Biological Services Program # FWS/OBS-80/29 October 1980 AN ECOLOGICAL CHARACTERIZATION OF COASTAL MAINE t Interagency Energy - Environment Research and Development Program pifice of Research and Development U.S. Environmental Protection Agency Fish and Wildlife Service U.S. Department of the Interior Volume Four J The Biological Services Program was established within the U.S. Fish and Wildlife Service to supply scientific information and methodologies on key environmental issues that impact fish and wildlife resources and their supporting ecosystems. The mission of the program is as follows: • To strengthen the Fish and Wildlife Service in its role as a primary source of information on national fish and wildlife resources, particularly in respect to environmental impact assessment. • To gather, analyze, and present information that will aid decision- makers in the identification and resolution of problems associated with major changes in land and water use. • To provide better ecological information and evaluation for Department of the Interior development programs, such as those relating to energy development. Information developed by the Biological Services Program is intended for use in the planning and decisionmaking process to prevent or minimize the impact of development on fish and wildlife. Research activities and technical assistance services are based on an analysis of the issues, a determination of the decisionmakers involved and their information needs, and an evaluation of the state of the art to identify information gaps and to determine priorities. This is a strategy that will ensure that the products produced and disseminated are timely and useful. Projects have been initiated in the following areas: coal extraction and conversion; power plants; geothermal, mineral, and oil shale development; water resource analysis, including stream alterations and western water allocation; coastal ecosystems and Outer Continental Shelf development; and systems and inventory, including National Wetland Inventory, habitat classification and analysis, and information transfer. The Biological Services Program consists of the Office of Biological Services in Washington, D.C., which is responsible for overall planning and management; National Teams, which provide the Program's central scientific and technical expertise and arrange for contracting biological services studies with states, universities, consulting firms, and others; Regional Staff, who provide a link to problems at the operating level; and staff at certain Fish and Wildlife Service research facilities, who conduct Inhouse research studies. ( FWS/OBS-80/29 October 1980 ) AN ECOLOGICAL CHARACTERIZATION OF COASTAL MAINE (North and East of Cape Elizabeth) Stewart I. Fefer and Patricia A. Schettig Principal Investigators Volume 4 Appendices The principal investigators wish to gratefully acknowledge the excellent guidance provided by the project's steering committee; the U.S. Fish and Wildlife Service National Coastal Ecosystems Team; and the contributions made by the many authors and reviewers , Special recognition is warranted for John Parsons, for his invaluable tech- nical editorial assistance, and for Beth Surgens , Cheryl Klink, and Renata Cirri for their tireless attention to production details throughout the study period. The study was conducted as part of the Federal Interagency Energy/Environment Research and Development Program of the Office of Research and Development, U.S. Environmental Protection Agency; the U.S. Army Corps of Engineers Tidal Power Study; and the U.S. Fish and Wildlife Service National Coastal Ecosystems Project. Department of the Interior U.S. Fish and Wildlife Service Northeast Region One Gateway Center, Suite 700 Newton Corner, Massachusetts 02158 ► i ( ( CHAPTER 1 Appendix A CHAPTER 2 Appendix A Appendix B Appendix C Appendix D CHAPTER 3 Appendix Al Appendix A2 Appendix B Appendix C Appendix D CHAPTER 4 Appendix A Appendix B Appendix C Appendix D Appendix E TABLE OF CONTENTS List of Species (Common and Scientific Names) Whose Common Names Appear in the Text . . . . in Region in Region in Region in Region in Region Total Wetland Acreage (NWI) in Regions 1 through 6 Summary Totals of Wetlands (NWI) in Region I Summary NWI data for Region 1 . Summary Totals of Wetlands (NWI) Summary NWI data for Region 2 . Summary Totals of Wetlands (NWI) Summary NWI data for Region 3 . Summary Totals of Wetlands (NWI) Summary NWI data for Region 4 . Summary Totals of Wetlands (NWI) Summary NWI data for Region 5 . Summary Totals of Wetlands (NWI) Summary NWI data for Region 6 . Towns in Each Region of the Characterization Area Direction and speed of winds (seasonal and average annual) at five major weather stations in Maine Geology of the Characterization Area by Region Licensed Municipal Dischargers by Characterization Region Licensed Industrial Waste Water Dischargers by Region Classification of Surface Waters The Clean Air Act and Maine Selected List of Federal Laws and Treaties Relating to Sport Fish and Wildlife . . . , Hydrographlc Profiles along a Transect from Boothbay Harbor, Maine, (Region 2) to 20 miles at Sea . . . . Surface Temperatures and Salinities of Coastal Stations Illustrated in Figure 4-5 (chapter 4) 21 November, 1974, to 27 November, 1975 Temperatures and Salinities at the Surface, Ten Meters, Twenty Meters, Thirty Meters and the Bottom in the Coastal Waters of the Gulf of Maine . , Surface Salinities and Temperatures in the Gulf of Maine List of Benthlc Invertebrate Species Found In Maine by Region ■ 11 Page A-1-1 2-A-l 2-A-2 2-A-3 2-A-l 2 2-A-l 3 2-A-38 2-A-39 2-A-53 2-A-54 2-A-88 2-A-89 2-A-114 2-A-l 15 2-B-l 2-C-l 2-D-l 3-A-l 3-A-2 3-B-l 3-C-l 3-D-l 4-A-l 4-B-l 4-C-l 4-D-l 4-E-l 10-80 Appendix F CHAPTER 6 Appendix Al Appendix A2 Appendix B CHAPTER 7 Table 1 Table 2 Table 3 CHAPTER 8 Appendix A Appendix B Appendix C CHAPTER 11 Table 1 Table 2 Table 3 Table 4 Table 5 Table 6 Table 7 Seasonal Abundances and Reproductive Patterns of Zoopiankton in Maine Waters 4-F-l Extent Cmiles) and Distribution of NWI Habitats Within Named River, Streams and Brooks in Each Region of Coastal Maine by River System Streams, Rivers, Brooks Flowing Exclusively Into Lakes or Ponds Chemical characteristics of some Maine rivers 6-A-l 6-A-27 6-B-l General, Geography, Morphometry, and Data Sources for 215 Names Lakes or Ponds in the Coastal Zone by Region 7-1-1 Water Chemistry, Color, Conductance, Temperature, and Transparency 7-2-1 Fishery Data, Pollution and Other Problems, and Other Biological and Chemical Data 7-3-1 Vascular Plants Occurring (Indicated by +) in Palustrine Habitats of Counties of the Characterization Area 8-A-l Invertebrates Likely to Occur in Open Water Palustrine Habitats of the Characterization Area and Their Principal Feeding Habitats 8-B-l Vertebrates Likely to Occur, Breed, or Rear Young in Palustrine Habitats of the Characterization Area 8-c-l List of Fishes Captured by Trawl in Boothbay Region of Maine 11-1-1 Fish Species Captured in Montsweag Bay and the Sheepscot River From June 1970 through 1977 . 11-2-1 Fishes Sampled by Gill Netting in the Sheepscot River and Montsweag Bay/ Back River System from 1970 through 1977 11-3-1 Relative Abundance by Number and Weight (kg) of all Fishes Collected by Otter Trawl in the Montsweag Bay - Sheepscot River Estuary, March 1971 - November 1977 11-A-l List of Fishes Found in Penobscot Bay by Central Maine Power Studies (1974 to 1975) .... 11-5-1 List of Fishes Captured by Trawl in Passamoquoddy Bay 11-6-1 Fishes Recorded in the Deer Isle/ Campobello Area and Vicinity 11-7-1 Hi Table 8 Table 9 Table 10 CHAPTER 13 Table 1 Table 2 Table 3 CHAPTER 14 Table 1 Table 2 Species and Occurrence of Ichthyoplankton Caught in the Buoyed and Anchored Plankton Nets Set in Montsweag Bay and the Sheepscot River From August 1970 to Present 11-8-1 Numerical Rank, Total Numbers Caught for each Larval Fish Species, and Percent Species Composition Based on Total Catch for the Pre- operational Period from August 1970 to June 1972 (Hauser, 1973), and the Operational Period from January 1973 to December 1977, for the Sheepscot River -Montsweag Bay Estuary 11-9-1 History of Fish Stocking in Coastal Maine Lakes 11-10-1 Inventory of Seal Haulout Sites 13-1-1 Significant Seal Haulouts in the Characterization Area 13-2-1 Location and Ownership of Islands and Ledges along the Coast of Maine Where Richardson (1976) Reported Gray Seals. The Total Number of Seals Observed Reflects Observations Over Several Years 13-3-1 Waterbird Nesting Island in Coastal Maine According to Korschgen 197 9 14-1-2 Important Known Shorebird Roosting and Feeding Locations in Coastal Maine 14-2-1 CHAPTER 16 Table 1 Table 2 Table 3 Table 4 Table 5 Relative Abundance, Feeding Methods, Food Types, and Preferred Habitats of Permanent Resident Terrestrial Birds in Coastal Maine . . . . Relative Abundance, Feeding Methods, Food Types, and Preferred Habitats of Breeding Migratory Terrestrial Birds in Coastal Maine. . . . Relative Abundance, Feeding Methods, Food Types, and Preferred Habitats of Non-Breeding, Migratory Terrestrial Birds in Coastal Maine . . . Relative Abundance, Feeding Methods, Food Types, and Preferred Habitats of Non-Breeding Winter Resident Terrestrial Birds in Coastal Maine List of Extremely Rare and Accidental Terrestrial Birds in Coastal Maine 16-1-1 16-2-1 16-3-1 16-4-1 16-5-1 CHAPTER 17 Table 1 Amount of Habitats (sq mi) and Densities of Selected Upland Furbearer and Game Species Found in Wildlife Management Unit 6 17-1-1 IV 10-80 Table 2 Amount of Habitats and Densities of Selected Upland Furbearers and Game Species Found in Wildlife Management Unit 7 17-2-1 Table 3 Amount of Habitats and Densities of Selected Upland Furbearers and Game Species Found in Wildlife Management Unit 8 17-3-1 Table 4 Habitat Abundance and Population Densities of Aquatic Furbearers in Wildlife Management Unit 6 17-4-1 Table 5 Habitat Abundance and Population Densities of Aquatic Furbearers in Wildlife Management Unit 7 17-5-1 Table 6 Habitat Abundance and Population Densities of Aquatic Furbearers in Wildlife Management Unit 8 17-6-1 Table 7 Available Deer Habitat and Densities for Deer for WMUs 6, 7, and 8 17-7-1 Table 8 Available Black Bear Habitat and Bear Population Densities in WMUs 6, 7, and 8 17-8-1 Table 9 Moose Habitat Available and Corresponding Moose Population Densities in WMUs 6, 7, and 8 ... 17-9-1 Table 10 Mammal Species Present on Three Coastal Maine Islands 17-10-1 Table 11 Reproductive Characteristics of Terrestrial Mammals in Coastal Maine 17-11-1 f c c > I CHAPTER 1 -1- I 10-80 c < c List of Species (Common and Scientific Names) Whose Common Names Appear in the Text Common name Scientific name ALGAE, BACTERIA, FUNGI AND MOSSES Algae brown filamentous green red Bacteria Diatoms Fungus Kelps Laminar ians Lettuce, sea Moss sea (Irish) sphagnum Laminaria spp. Fucus veslculosus Ascophyllum nodosum Agarum spp. Lyngbia sp. Vaucheria sp. Ulothrix sp . Urospora sp . Bangia sp. Enter omorpha sp . Chondrus crispus Polysiphonia spp . Pseudomas sp, Virbrio sp. Flavobasterium sp . Anthrobacter caulobacter Hy phomicr obr ium sp. Cytophaga sp. Acinetobacter sp. Photobacterium sp. Asterionella spp. Thalassiosera spp. Nityochia spp. Skeletonema costatum Chaetocerus spp . Haliphthosos milfordensis Lag end in ium sp. Laminaria spp. Laminaria spp. Agarum spp. Ulva lactuca Chondrus crispus Sphagnounum spp. > A-1-1 10-80 Common name (Moss continued) Rockweed Wrack, knotted Scientific name Fucus vesiculosus Ascophyllum nodosum r FISH Alligatorf ish Achory, striped Bass largemouth smallmouth striped sunf ishes temperate Bluef ish Bullhead, brown Burbot Butterf ish Capelin Carp Chub creek lake Cod, Atlantic Cunner Cusk Dace blacknose f inescale longnose northern red belly pearl Dogfish, spiny Eel American conger Elvers (see Eel, American) Fallfish Flounder, lefteye fourspot summer windowpane Flounder, right eye American plaice smooth winter witch Asp idophoro ides monopterygius Anchoa hepsetus Micropterus salmoides M. dolomieui Morone saxatilis Centrarchidae , Percichthyidae Pomatomus saltatrix Ictalurus nebulosus Lota lota Eprilus triacanthus Mallotus villosus Cyprinus carpio Semotilus atromaculatus Cones ius plumb eus Gadus morhua Tautogolabrus adspersus Brosme brosme Cyprinidae Rhinichthys atratulus Phoxinus neogaeus R. cataractae Phoxinus eos c Semotilus margarita S qua Ius acanthias Anguilla rostrata Conger oceanicus Semotilus corporalis Paralj-chtys oblongus Paralichtys dentatus Scophthalmus aquosus Hippoglossoides platessoides Liopsetta putnami Pseudopleuronectes american Glyptocephalus cynoglossus -c A-1-2 Common name Scientific name (Fish continued) Goosef ish Gunnel , rock Haddock Hagfish, Atlantic Hake red silver spotted white Halibut, Atlantic Herring alewif e American shad Atlantic menhaden blueback herring hickory shad Jack, crevalle Killfish, banded Lamprey, sea Lance, American sand Leopard, pickerel Lumpf ish Mackerel, Atlantic Menhaden, Atlantic Minnow fathead Mummichog Perch ocean (sea redfish) white yellow Pickerel, chain Pipefish, northeri. Plaice, American Pollock Pout, ocean Raven, sea Redfish Rockling, fourbear Salmonids (salmon and trout) Atlantic coho landlocked Lophius americanus Pholis gunnellus Melanogrammus aeglef inis Myxine glutinosa Urophycis chuss Merluccius bilinearis Urophycis r eg iu s Urophycis ternuis Hippoglossus hippoglossus Alosa pseudoharengus A. sapidissima Brevoortia tyr annus A. aestivalis Clupea harengus A. mediocris Caranx hiipos Fundulus diaphanus Petromyzon marinus Ammodytes americanus Esox sp. Cyclopterus lumpus Scomber scobrus Brevoortia tyr annus Cyprinidae Pimephales promelas Gundulus heteroclitus Sebastes marinus Morone americana Perca f lavescens Esox niger Lyngnathus fuscus Hippoglossoides platessoides Pollachius virens Macrozoextraireces americanus Hemitripterus americanus Sebastes marinus Enchelyopus cimbrius Salmonidae Salmo salar Onxorhynchus kisutch Salmo salar (continued) A-1-3 10-80 Common name (Fish continued) Scientific name f Sculpin arctic hookear longhorn grubby mailed scotpin moustache sea raven shorthorn slimy Scrup Searobin northern striped Seasnail Shanny daubed radiated Shark spiny dogfish white Shiner blackchin blacknose bridle golden Silverside, Atlantic Skate barndoor little smooth thorny winter Smelt, rainbow Shakeblenny Stickleback blackspotted brook four-spine nine-spine three-spine Sturgeons Atlantic shortnose Sucker longnose white Artediellus uncinatus Myoxocephalus octodecimspinosus Myoxocephalus aenaeus Triglops nybelini T. murrayi Hemitripterus americanus M, seorpius Cottus cognatus Stenotomus chrysops Prionotus carolinus P. evolans Eiparis atlanticus Lumpenus maculatus Ulvaria sukkifurcata Squalus acanthias Carcharodon carcharias Notropis heterodon N. heterolepis N. bifrenatus Notemigonus cryoieucas Menidia menidia Raja laevis R. erinacea R. senta R. radiata R. ocellata Osmerus mordax Lumpenus lumpretaef ormis Gasterosteus wheat land i Culaea Inconstans Apeltes quadracus Pungituis pungitius Gasterosteus aculeatus Acipenser oxyrhynchus Acipenser brevirostrum Catostomus catastomus C. commersoni € (continued) A-1-4 Common name Scientific name (Fish continued) Sunf ish pumpkinseed redbreast Tautog Tomcod, Atlantic Trout brook brown lake rainbow Tuna, bluefin Whitefish, round Wrymouth Lepomis gibbosus Lepomis auritus Tautoga onitis Microgadus tomcod Salvelinus fontinalis Salmo trutta Salvelinus namaycush Salmo gaifdneri Thunnus thynnus Prosopium cylindraceum Cryptacanthodes maculatus HIGHER VASCULAR PLANTS Adder's tongue Alder speckled Apple, wild Arbor-vitae Arrowgrass Arrowhead Ash black green white bigtooth quaking Aspen Aster p inweed salt marsh Basswood, American Bayberry Bedstraw Beachgrass, American Beach-heath Beech, American Birch blue gray paper sweet yellow Ophioglossum vulgatum Alnus spp. A. rugosa Pyrus malus Thuja occidentalis Triglochin maritima Sagittaria latifolia Fraxinus nigra F. pennsylvanica F. americana Populus spp. P. grandidentata P. tremuloides Aster spp. Aster foliaceus Aster linariifolius A. novibelgii Tillia americana Myrica pensylvanica Galium spp. Galium obtusum Ammophila breviligulata Hudsonia tomentosa Fagus grand if olia Betula caerulea -grand is B. populifolia B. papyrif ira B. lenta B. alleghaniensis (continued) A-1-5 10-80 Common name Scientific name t (Higher vascular plants continued) Bittercress Long 's bittercress Blinks Blueberry highbush Bluets Bogbean Broomsedge Bulrush river water great alkali Bunchberry Bur-reed Butternut Buttonbush Calypso Cattail Cedar Northern white Atlantic white Eastern red Celery wild Cherry pin black Chestnut Cinquefoil Club-moss mountain Comandra northern Coontail Cordgrass prairie salt marsh smoo t h Crabapple Cardamine longii C. pennsylvanica C. hirsuta Montia lamprosperma Vaccinium spp. V. caesariense Houstonia lancelata H. longifolia Menyanthes trifoliata Andropogon vlrglnicus Scirpus spp. S . ceaspitosus S. cylindricus S. atrovirens S. f luviatllis S. subterminalis S, validus S. paludosus Cornus canadensis Sparganium spp . Juglans cinerea Cephalanthus occidentalis, Calypso bulbosa Typha spp . T. latifolia Thuja occidentalis Chamaecyparis thyoides Juniperus virginiana Vallisneria americana Prunus pensylvanica P. serotina Castanea dentata Potentilla palustris Lycopodium selago Geocaulon lividum Ceratophyllum demersum Spartina pectinata S. alterniflora S. alterniflora Pyrus spp. m c (continued) A-1-6 Common name Scientific name (Higher vascular plants continued) Cranberry large small Crowberry black purple Currants Dogwood Dragon ' s-mouth Duckweed big small Dustv miller Eelgrass Elm American slippery Featherf oil Fern bracken fragrant cliff Fir balsam douglas Flag blue sweet Garlic, wild Gentian, fringed Gerardia, seaside Ginseng Glass wort Goldenrod seaside tall Gooseberries Grass alkali blue blue-joint cotton dune eel fescue manna marsh Vaccinium macrocarpon V. oxycoccus Empetrum nigrum E. atropurpureum Ribes spp. Cornus spp . Arethusa bulbosa Spirodela polyrhiza Lemna minor Artemisia stelleriana Zostera marina Ulmus americana U. rubra Hattonia inflata Pteridium a qu il inum Dryopteris fragrans Abies balsamea Pseudotsuga menziesii Iris versicolor Acorus calamus Al 1 ium canadense Gentiana crinita Gerardia maritima Panax quinquef olius Salicornia europea Solidago spp. S . lepida v. fallax S. lepida v. molina S. sempervirens S. altissima Ribes spp. Puccinillia spp . Poa spp. Calamagrostis canadensis Eriophorum spp . Ammophila breviligulata Zostera marina orchard panic Festuca spp. Glyceria spp. Spartina patens S. alterniflora Dactvlis glomerata Panicum dichotomum (continued) A-1-7 10-80 Common name Scientific name r (Higher vascular plants continued) Lobelia lobelia great Loosetrife, purple Maple mountain Norway red silver striped sugar Marsh-elder Marsh-felwort Meadow-sweet Milfoil, water Milk-vetch Milkwort Monkey- flower common estuary Moonwort Oak black bur northern red white Orach Orchis , pale green Parsnip, water Pea/ beach Pepperbush, sweet Pinweed Pine eastern white jack pitch red scotch Pipewort Plantain seaside water Pondweed bushy horned Pond-lily, yellow Poplar, balsam Primrose, birds-eye (continued) A-1-8 Lobelia kalmii h.' sipbilitica Lythrum salicaria Acer spicatum A. platanoides A. rub rum A. saccharinum A. pensylvanicum A. saccharum Iva frutescens Lomatogonium rotatum Spiraea latif olia Myriophyllum spp. Astragalus alpinus Polygala cruciata Mimulus ringens v. ringens M. ringens v. colpophilus Botrychium lunar ia Quercus velutina ^. macrocarpes ^. ru>ira Q. a] 3a Atri lex patula Habcnaria f lava V. herbiola Slum suave Lathyrus japonicus Clethra alnifolia Lechea maritima Pinus spp. P_. strobus P^. banks iana P. rigida P^. resinosa P^. sylvestris Eriocaulon parkeri Palntago juncoides Ranunculus ambigens ^otamogeton spp. Najas fle:silis Zannichellia palustris Nuphar microphyllum Populus balsamifera Primula laurentiana c 0 (Higher vascular plants, grass continued) reed reed rice-cut salt-meadow spike switch widgeon witch Gum, black Hawkweed Hemlock, eastern Hempweed , climbing Hickory, shag Hobble, witch Honeysuckle honeysuckle swamp swamp -fly trumpet Hophornbean American Eastern Horehound, water Horesetail Huckleberry black dwarf Inkberry Iris beachhead slender blue fag Juneberry Juniper creeping hybird ground Lady' s-slipper , Ram's-head Ladies' tresses, southern slender Laurel mountain pale sheep Lavender, sea Leatherleaf Lilaeopsis Phragmites australis P. communus Phalaris arundinacea Leersia oryzoides Spartina patens Distichlis spicata Panicum virgatum Ruppia maritima Agropyron repens Nyssa sylvat ica Hieracium spp. Tsuga canadensis Mikania scandens Carya ovata Virbernum alnif olium Lonicera dioica Rhododendron viscosum L. oblongifolia L. sempervirens Carpinus caroliniana Ostrya virginiana Lycopus unif lorus Equisetum f luviatile Gaylussacia baccata G. dumosa Ilex glabra Iris hookeri I. prismatica Amerlanchier spp. Juniperus horizontalis J. horizontalis x J. virginiana J. communis var . depressa Cypripedium arietinum Spiranthes gracilis Kalmia latifolia K. polifolia K. angustif olia Limonium nashii Chamaedaphne calyculata Lilaeopsis chin ens is (continued) A-1-9 10-80 f Common name Scientific name (Higher vascular plants continued) Sedge Orono salt marsh three-way Smartweed, water Spatterdock Speedwell, marsh Spike-rush Spiraea hardhack meadow sweet Spleen wort ma id en -hair silvery Stachys St. John's wort, marsh Stonewort Sumac Swampcandle Sweetgale Carex spp. C. atherodes C. rarif lora Carex silicea C, pensylvanica oronensis C. paleacea Dulichium arundinaceum Polygonum amphibium Nuphar spp. Veronica scutellata V. amphetamine Eleocharis spp. E. rostellata E. parvula Spiraea tomentosa S. latifolia Asplenium trichomanes Athyrium thelypteriodes Stachys tenuifolia Hypericum virginicum Nitella spp. Rhus spp . Rhus typhina c Lysimachia terrestris Myrica gale (continued) A-1-10 0 Common name Scientific name (Higher vascular plants continued) Ragweed Raspberry Rattlesnake-plaintain, downy Reed Rice, wild Rose Virginia rugosa Rosemary bog marsh Rush (unnamed) (unnamed) bayonet black soft Salthay Saltwort Saltwort Sandwort, mountain Screw-stem Sea-blite Sea rocket Ambrosia spp. Rubus spp. Goodyera pubescens Phragmites communis Zizania aquatica Rosa virginiana Rosa rugosa Andromeda glaucophylla Limonium nashii Juncus greenei Juncus dudleyi J. alpinus J. militaris J. gerardii J . ef fusus Apart ina patens Salsola kali Salicornia europea Arena ria groenlandica Bartonia paniculata Suaeda maritima Cakile edentula Ccontinued) A-1-11 10-80 Common name Scientific name f (Higher vascular plants continued) Tamarack Tea Labrador New Jersey Tearthumb, arrow-leaved Threesquare Twayblade, auricled Unicorn-root Violet Waterlily, white Water -meal Water -pimpernel Water -plaint a in Watershield Waterweed Weed merma id pickerel rattlesnake Wheat , strand Wicopy Willow water Woolgrass Yarrow Larix laricina Ledum groenlandicum Ceanothus americanus Polygonum sagittatum Scirpus americanus Listera auriculata Aletris farinosa Viola brittoniana V. triloba Nymphaea odorata Wolf f ia Columbiana Samolus parvif lorus Ranunclus ambigens Brasenia schreberi Elodea spp. Prosperpinaca palustris Pontederia cordata Hieracium venosum Elymus arenarius Dirca palustris Salix spp. Decodom verticillatus Scirpus cyperinus Achillea borealis c INSECTS AND CRAYFISH Aphid, balsam wooly Bees Beetle Blackflies, larval Budworm, spruce Caddisfly Catterpillar , saddled prominent Cranefly larvae Crayfish Hornets Mayflies Midge, chironomid Mites Mosquito Moth gypsy satin Adelges piceae (Chermes abietis) Hymenoptera Coleoptera S imu ium spp. 'Choristoneura fumiferana Trichoptera Heterocampa guttlvitta Tipula sp. Cambarus spp. Hymenoptera Ephemeroptera Chironomus spp . Acarina Dipt era Adas spp. Lepidoptera Porthetria dispar Stipnotia salicls 0 A-1-12 Common name Scientific name (Insects & "Crayfish continued) Spruce budworm (see also Budworm, spruce) Stonef lies Spider Springtail Stonefly njmiphs Wasps OTHER INVERTEBRATES Amphipod scud Arrowworm Barracle rock Plecoptera Arachnida Anurida maritima Plecoptera Pheronarcvs sp. Hymenoptera Ichneumonid Acanthohaustorius millsi Ampelisca abdita Gammarus oceanicus G. marinus G. tigrinus G. annulatus Amphiporeia virginiana Car Inogammarus mucronata Corophium lacustre Corophium volutator Gammarellus angulosus Gammarus mucronatus Haustorius canadensis Hvale nilssoni Leptocheirus pinquis Marionogammarus stoerensis Melita spp. Melita nitida Orchestia grillus 0. platensis Pa gurus spp. Prot ho haustorius deichmannae Psammonvx nobilis Talorchestria megaphthalma Unciola irrorata Undiola sp. Sagitta elegans Balanus balanoides B. crenatus B. improvisus (continued) A-1-13 10-80 Conmion name Scientific name ( tinsect and Crayfish continued) Bivalves baltic clam sof ted-shelled clam blue mussel mussel horse mussel ribbed mussel bivalve Bloodworm Bryozoan moss animals Chinaman's Hat Chinton Cladoceran water flea Clam sof ted-shelled baltic gem arctic Colelenterates sea anemone Comb jellies Copepods (continued) A-1-14 Macoma balthica Mra arenaria Mytilus edulis Musculus niger Modiolus modiolus M. demissus Nucula spp. Cerastoderma pinnulatum Thyasira flexuosa Astarte undata Glycera dibranchiata Entoprocta Acmaea testudinalis Tonicella marmorea Basmina longirostris Mya arenaria Macoma balthica Gemma gemma Hiatella arctica Metridium dianthus Urticina crassicornis € Obelia longissima sp. spp. Obelis Sertularia Cordylophora lacustris Ctenohores Bolinopsis infundibulum Pleurobranchis pileus Microsetella norvegina Acartia tonsa A. clausi (A. hudsonica) A. longiremis Oithona similis Temora longicornis Pseudocalanus minutus Eury temora herdmani Centropages hamatus C. typicus Calanus f inmarchicus Cyclops 0 Common name Scientific name MARINE INVERTEBRATES Crab green mud xanthid rock or jonah rock sand or mud horseshoe Crustacean Ctenophores-comb jellies Cucumber sea Dollar sand Echinoderms common starfish purple starfish blood starfish brittle starfish basket starfish sea cucumber sea urchin sun star Flatworm Flea beach water Gastropods periwinkle Carcinus maenas dug welR Hairworm Hat chinaman's Hemichordates Rhithropanopeus harrisi Neopanope texana N. texana Rithropanopeus harrisi Cancer borealis C. irrotatus C. irrotatus Limulus limulus Leptochelia repax Aeginella longicornis Bolinipsis infundibulum Pleurobrachle pileus Cucumario f rondosa Echinarachnius parma Aster ias vulgaris A. Forbesi Henicia sanquinolenta Ophiopholis aculeata Gorganocephalus arcticus Cucumaria frondora Strongylocentrotus droehbachiensis Crossaster papposus Platyhelminths Gamarus marinus annulatus G. tigrinus Carinogammarus mucronatus Basmina longirostris Hydrobia sp. Hydrobia totteni Littorina saxatilis littorina obtusata L^ Nassarius obsoletus Thais lapillus Polinices spp. Odostomia sp. Nematodes Acmaea testudinalis Saccoelossus kowalc A-1-15 10-80 Common name Scientific name f (Marine Invertebrates continued) Holoplankton Hydrozoans hydro ids Jellies comb Isopod Jellyfish medusae Krill, shrimp Limpet Lobster American Medusae jellyfish Metroplankton fish eggs Mollusc Amphipoda Append icularia Chaetognatha Cladocera Copepoda Euphausiacea Isopoda Medusae Pteropoda Class Kydrozoa Ctenophora Bolinopsis infundibulum Pleurobranchia p ileus Chirodotea caeca Edotea triloba Jaera sp. Jaera marina Cyathura polita Coelenterate medusae Cyanea capillate Aurelia aurita Euphausiid Acmaea testudinalis Homarus americanus Cnidaria Cyanae capillata Aurelia aurita Annelida larva Brachyura larva Cirripedia larva Crustacean eggs Crustacean nauplii Decapoda larvae Echinodermata larvae Gastropoda larvae Pelecypoda larva Pycnogonoida Aeolidia aculeata Aeo 1 id ia papillosa Hiatella arctica Ischnochiton ruber Odostomia bisuturalis Modiolus modiolus c 0 A-1-16 Common name Scientific name (Marine Invertebrates continued) Mussel blue horse ribbed mussel Nematode roundworm Oligochaete, worms Oyster Periwinkle common smooth Polychaete worms Mytilus edulis Modiolus modiolus M. demissus Musculius niger Nematoda Oligochaeta Crassostrea virginica Ostrea edulis Nucula spp . Littorina littorea L. obtusata L. saxatilus Pygospio elegans Spiophanes bombyx Exogone hebes Scolecoloepides viridis Eteone longa Harmothoe imbricata Polydora ligni Spio setosa Paraonis fulgens Nereis succinea N. virens Streblospio benedicti Scoloplos sp, Heteromastus filiformis Nephtys caeca N. bucera Tharyx acutus Lepidonotus squamatus Spirorbis borealis (continued) A-1-17 10-80 Common name Scientific name i (Marine Invertebrates continued) Polychaetes Protochordates sea squirt Qua hog Red tide Red tail bacterial infection Rotifers, worms Roundworm Sand dollar Sand worm Scaleworm Scallops, sea Scud Shell jingle pearly smootn Shrimp northern krill Snails mud moon freshwater Sponges green Squid flying long-finned Squirt sea Scolelepis squamata Capitella capitella Pectinaria hyperborea Fabric ia sabella Boltenia echinata Amaroucium sp. Didemnum albidum Dendropoa carnea Mercenaria mercenaria Gonyaulax excavata (G. tamarensis) Aerococcus viridians Aschelminthean Nermesteans Echinarachnius parma Nereis virens Lepidonotus squamata Placopecten magellamicus Gammarus oceanicus Anomia simplex Margarites helicinos Pandalus borealis Cragon sp . Mysidae Euphausids Paleamontes sp. Nassarius obsoletus Potinices duplical Ancylus fluviatilus Halichondria panicea Chalina oculata Illex illecebrosus Loligo peali Boltenia echinata i (continued) A-1-18 ( Common name Scientific name (Marine Invertebrates continued) Star brittle basket Starfish common purple blood Sun - star common Tintinnids Trematodes Tunicates Urchin sea Whelk dog Worms sand Ophiopholis aculeata GorganocephSlus arcticus Asterias vulgaris A. forbesi Hj^nicia sanquinolenta Crossaster papposus Gymnophallus sp . Parvatrema sp. Append icularia Strongylocentrotus droehbachachiensis Thais lapillus Nereis virens Nepthys incisa Scolecolepides viridis Polydora sp. Nemertea Nematoda Polycheate - Polydora sp . Eteone" longa MARINE AND TERRESTRIAL MAMMALS Bat big brown red hoary s ilv er -ha if ed little brown keen's myotis small-footed eastern pipistrelle Bear black Beaver Bobcat Chipmunk eastern Cottontail new england Coyote Eptesicus fuscus Lasiurus borealis L. cinereus Lasionycteris noctivagans Myotis lucifugus M. keenii M. leibii Pipistrellus subf lavus Ursus americanus Castor canadensis Felis rufus Tamias striatus Sylvilagus transitional is Canis latrans A-1-19 10-80 Conunon name Scientific name (Marine and Terrestrial Mammals continued) Deer white-tailed Dolphins common striped Atlantic white-sided white beaked bottlenose risso ' s Ermine Fisher Fox grey red Hare snowshoe Lejraning southern bog Lynx Marten Mice house Mink Mole hairy-tailed star-nosed Moose Mouse deer white-footed house meadow jumping woodland jumping Muskrat Myotis keens small-footed little brown Opossum, Virginia Otter, river Pipistrelle eastern Porcupine Porpoises harbor Raccoon Rat Norway (continued) A-1-20 i Odocoileus virginianus Delphinus delphis Stenella caeruleoalba Lagenorhynchus acutus L. albirostris Tursiops truncatus Grampus griseus Mustela erminea Martes pennant i Urocyon cinereoargenteres Vulpes fulva Lepus amef icanus Synaptomys cooperi Felis lynx Martes americana Mus musculus Mestela vison Parascalops brewer i Condylura cristata Peromyscus maniculatus P. leucopus Mus musulus Zapus hudsonius Napaeozapus insignis Ondatra zibethicus Myotis keenii M. leibii M. lucifugus Lutra conadensis Didelphis virginiana Lutra canadensis i Pipistrellus subf lavus Erethizon dorsatum Phocoena phocoena Procyon lotor Rattus norvegicus ( Common name. Scientific name (Marine and Terristrial Mammals continued) Seal harbor harp gray hooded Shrew short-tailed water masked smokey Thompson's pigmy pygmy Skunk, striped Squirrel southern flying northern flying gray red Vole pine (woodland) meadow grapper's red-backed Walrus Weasel long-tailed Whale finback minke blue sei northern right bowhead long-finned pilot sperm pigmy sperm killer Woodchuck Phoco vitulina P. groenlandica Halichoerus grypus Cystophora cristata Blarina blevicauda Sorex palustris S. cinereus S, fumeus Microsorex thompsoni M. hoyi Mephitis nigra Glaucomys sabrinus G. sabrinus Sciurus carolinensis Tamiasciurus hudsonicus Mircotus pinetorum M. pennsylvanicus Clethroinmys gapperi Odobenus rosmarus Mu stela frenata Balenoptera physolus B. acutorostrata B. musculus B. borealis Balaena glacial is B. mysticetus Globicephala melaena Physeter catodon Kogia breviceps Orcinus orca Marmota monax REPTILES AND AMPHIBIANS Bullfrog Frog gray tree frog green northern leopard pickerel mink wood Leather b&ck Atlantic Rana catesbeiana Hyla versicolor Rana clamitans R. pipiens R. palustris R. septentrional is R. sylvatica Sermochelys coriacea A-1-21 (continued) 10-80 Common name (Reptiles and Amphibians continued) Scientific name i Loggerhead Atlantic Newt red-spotted Pepper northern springs Racer northern black Salamander four-toed spotted blue-spotted red-backed northern dusky spring northern toed-lined Snake northern water northern brown red-bellied northern ring-necked northern smooth green northern black racer eastern garter eastern milk Stinkpot Toad, American Treefrog gray Turtle snapping stinkpot spotted turtle wood eastern painted Atlantic loggerhead Atlantic leatherback Caretta caretta Notophthalmus virdescens Hyla crucif er Coluber constrictor Hydromantes scutatum Ambystoma maculatum A. laterale Plethodum cinereus Esmognathus fuscus Gyrinophilus porphyriticus Eurycea bislineata Natrix sipedon Storeria dekayi S. occipitomaculata Diadophis punctatus Opheodrys vernalis Coluber constrictor Thamnophis sirtalis Lampropeltis doliata Sternothaerus odoratus Bufo americanus Hyla versicolor Chelydra serpentina Sternothaerus odoratus Clemmyis guttata C. insculpta Chrysemys picta Caretta caretta i Dermochelys coriacea WATERBIRDS, WATERFOWL, AND TERRESTRIAL BIRDS Accipiter goshawk sharp-shinned cooper 's Avocet, American Albatross yellow-nosed Accipiter gentilis A. striatus A. cooperii Recurvirostra americana Diomedea chlororhynchos c (continued) A-1-22 Common name S c i ent if ic name (Waterbirds, Waterfowl, and Terrestrial Birds continued) Ale id razorbill thick-billed murre common murre doverkie black guillemot common puffing Bittern least American Blackbird red-winged rusty yellow-headed Bobolink Brant Bufflehead Bunting snow ind igo painted lark lazuli Canvasback Cardinal Catbird gray Chat yellow-breasted Chickadee black-capped boreal Coot Cormorant great doubled-crested Corvid gray jay blue jay common raven fish crow black-billed magpie Cowbird brown headed Crane sandhill Creeper brown Alcidae Ale a torda Uria lomvia U. aalge All alle (Palutus alle) Cepphus grylle Fratercula corniculata Ixobrychus ex ills Botaurus lentiginosus Agelgius phoeniceus Euphagus carolinus Xanthocephalus xanthocephalus Dolichonyx oryzivorus Branta bernicla Bucephala albeola Plectrophenax nivalis Passerina cyanea P. ciris Calamospiza melanocorys P. amoena Athya americana Cardinal is cardinalis Dumetella carolinensis Icteria virens Parus atricapillus Parus hudsonicus Fulica americana Phalacrocorax carbo P. auritus Corvidae Perisoreus canadensis Cyanocitta cristata Corvus corax C. ossifragus Pica pica Molothrus ater Grus canadensis Certhia familiaris (continued) A-1-23 10-80 Common name Scientific name (Waterbirds, Waterfowl, and Terrestrial Birds continued) Crossbill red white-winged Crow common crow fish crow Cuckoo black-billed yellow-billed Curlew long-billed Dickcissel Dove rock mourning white-winged dove Dovekie Dowitcher short-billed long-billed Duck fulvous whistling mallard black wood ruddy harlequin Eagle bald golden Egret snowy great cattle Eider common king Falcon peregrine gyrfalcon merlin kestrel Finch purple horse Flicker common i Loxia curvirostra L. leucoptera Corvus brachyrhynchos C, ossifragus Coccyus erythropthalmus C. americanus Numenius americanus Spiza americana Columbia livia Zenaida macroura Z. asiatica Alle alle Limnodromus griseus L. scolopaceus Dendroaygna autumnal is Anas platyrhynchos A. rubripes Aix sponsa Oxyura jamaicensis Histrionicus histrionicus c Haliaeetus leucocephalus Aquila chrysaetos Egretta thula Casmerodeus albus Bubulcus ibis Somateria mollissima S. spectabilis Falconidae Falco peregrinus F. rusticolus F. CO lumbar ius F. sparverius Carpodacus purpureus C. mexicanus Colaptes auratus (continued) A-1-24 c Common name Scientific name CWaterbirds, Waterfowl, and Terrestrial birds continued) Flycatcher great crested ash-throated yellow-bellied willow alder least acadian olive-sided fork-tailed cissor-tailed Frigatedbird magnificent lesser Fulmar northern Gadwall Gallinule purple common Gannet Gnatcatcher blue-gray Godwit marbled hudsonian Goldeneye common Barrows Goldfinch Goose Canada snow white-fronted Crackle common Grebe red-necked horned eared western pied-billed Grosbeak evening pine rose-breasted blue Grouse ruffed spruce Myiarchus crinitus M. cinerascens Empidonax f laviventris E. traillli E. alnorum E. m in imu s E. virescens Nuttallornis borealis Muscivora tyrannus M. forf icate Frequata magnif icens F. ariel Fulmarus glacialis Anas strepera Porphyrula martinica Gall inula chloropus Morus bassansu Polioptila caerulea Limosa fedoa L. haemastica Bucephala clangula B. islandica Carduelis tristis Branta candensis Chen caerulescens Anser albif rons Quiscalus quiscula Podicips grisegena P. auritus P. hiaricollis Aechmophous occidentalis Podilymbus podiceps Hesperiphona vespertina Pinicola enucleator Pheucticus ludoviciana Guiraca caerulea Bonasa umbel lus Canachites canadensis (continued) A-1-25 10-80 Common name Scientific name (Waterbirds, Waterfowl, and Terrestrial Birds continued) i Gullemot black Gull glaucous Iceland great black-backed lesser black-backed herring ring-billed black-headed laughing Bonaparte's little mew Franklin's ivory Sabine's Hawk marsh rough-legged red-tailed broad-winged sharp-shinned cooper' s red-shouldered swainson' s Herons great blue green little blue lauisiana black-crowned night yellow-crowned night Hummingbird ruby-throated Ibis glossy Jaeger promarine parastitic long-tailed Jay blue gray Junco dark-eyed Kestrel Killdeer Kingfisher belted Cepphus grylle Larus spp . Larus hyperboreus L. glaucoides L. marinus L. fuscus L. argentatus L. delawarensis L. ridibundus L. articilla L, Philadelphia L, minutus L. canus L. pipixcan Pagophila eburnea Xema sabini Circus cyaneus Buteo lagopus B. jamaicensls B. platypterus Accipiter striatus A. cooperii B. lineatus B. swainsoni Ardeiae Ardea herodias Butorides striatus Florida carulea i Hydranassa tricolor Nycticorax nycticorax N. violacea Archllochus colubris Plegadis falcinellus Stercorarius pomarinus S. parasiticus S. longicaudus Cyanocitta cristata Perisoreus canadensis Junco hy emails Falco sparverius Charadrius vocif erus Megaceryle alcyon ( (continued) A-1-26 Common names Scientific name (Waterbirds, Waterfowl, and Terrestrial Birds continued) Kingbird eastern western Kinglet golden-crowned ruby-crowned Kittiwake black-legged Knot red Laridae gulls terns Lark horned Longspur lap land Smith's Loons common red-throated arctic Magpie black-billed Martin purple Meadowlark eastern Merganser hooded common red -breasted Merlin Mockingbird Murre common thick-billed Nighthawk common Nuthatch red -breasted white-breasted Old squaw Oriolfe northern orchard Osprey Ovenbird Tyrannus tyrannus T. verticaiis Requlus satrapa R. calendula Rissa tridactyla Calidris canutus Eremophila alpestis Calcarius lapponicus C. pictus Gavidae Gavia immer G, stellata G. arctica Pica pica Progne subis Sturnella magna Lophodytes cucullatus Mergus merganser M. serrator Falco columbarius Mimus polyglottos Uria aalge U . lomv ia Chordeiles minor Sittacanadensis S. carolinensis Clangula hyemalis Icterus galbula I, spurius Pandion haliaetus Seiurus aurocapillus (continued) A-1-27 10-80 Common name Scientific name (Waterbirds, Waterfowl, and Terrestrial Birds continued) Owls great-horned short-eared long-eared snowy barred great gray screech boreal saw-whet hawk barn Oyster catcher Pelican brown white Petrel Leach's Storm Wilson's storm Pewee easternwood Phalorope red Wilson's northern Pheasant ring-necked Phoebe eastern say' s Pigeon rock dove Pintail Pipit water Plover senipalmated piping American golden black-bellied Ptarmigan willow Piiffin common Bubo virginianus Asio f lammeus A. otus Nye tea scandiaca Strix varia S . nebulosa Otus asio Aegolius funereus A. acadicus Surnia ulula Tvto alba Haematopus pallistus Polecanus occidentalis P. ervthrorhynchos Oceanodroma leucorhoa 0. oceanicus Contopus virens Phalaropus fulicarius Steganopus tricolor Lobipes lobatus Phasianus colchicus Sayornis phoebe S . sava Columbia livia Anas acuta Anthus spinoletta Charadrius semipalmatus C. melodus Pluvialis dominie a P. squatarola Lagopus lagopus Fratercula artica (continued) A-1-28 Conuaon name Scientific name (Waterbirds, Waterfowl, and Terrestrial Birds continued) Rails Virginia king clapper yellow Raven common Razorbill Redhead Redpoll common hoary Redshank spotted Redstart American Robin, American Ruff Sander ling Sandpiper upland spotted solitary purple pectoral white-rumped bairds least sempipalmated western dulin curlew buff-breasted stilt Sapsucker yellow-bellied Shorebirds Scoter white-winged surf black Scaup greater lesser Shearwater greater sooty manx Gary ' s Rallidae Rallus limicola R. elegans R. longirostris Coturnicops noveboracensis Corvus corax Alca torda Athya americana Carduelis flammea C. hornamanni Tringa erythropus Setophaga ruticilla Thurdus migratorius Philomachus pugnax Calidris alba Bartramia longicauda Ac tit is macular ia Tringa solitaria Calidis maritima C. melanotos C. fuscicollis C. bairdi C. minutilla C. pusilla C, mauri C. alpins C. f erruginea Tr3mgites subruf icollis Micropalama himantopus Sphyrapicus varius Scolopacidae Melanitta deglandi M. perspicillata M. nigra Athya marila A. af finis Puf f inus P. griseus P. puf f Inus P. diomedea (continued) a-1-29 10-80 Common name Scientific name (Waterbirds, Waterfowl, and Terrestrial Birds continued) i Shoveler Shrike northern loggerheaded Siskin pine Skimmer, black Skua, northern Srtipe common Sparrow house savannah grasshopper sharp-tailed sear id e LeConte'S vesper lark tree chipping clay-colored field white-crowned Harris white-throated fox Lincoln' s swamp song Starling european Stilt black-necked Swallow tree bank rough-winged barn cliff Swan mute whistling Swift chimney Tanager scarlet western summer Anas clypeata Lanius excubitor L. ludovicianus Carduelis pinus Rynchops nigra Catharacta skua Cap el la gallinago Passer domesticus Passerculus sandwichensis Ammodramus savannarum Ammospiza caudacuta A. maritima A. lecontei Pooecetes graminius Chondestes gramineus Spizella arborea S. passerina S. pallida S. pusilla Zonotrichia leucophrys Z. querula Z. albicollis Passerella iliaca Melospiza lincolnii M. georgiana M. melodia Sturnus vulgaris Himantopus mexicanus Iridoprocne bicolor Riparia riparia Stelgjjiopteryx ruf icollis Hirundo rustica Petrochelidon phrrhonota Cygnus olor Olor columbanus I Chaetura pelagica Piranga olivacea P. ludoviciana P. rubra c A-1-30 Common name Scientific name (Waterbirds, Waterfowl, and Terrestrial Birds continued) Teal green -winged blue-winged Tern common arctic roseate least black forster ' s sooty royal sandwich Caspian gull-billed Thrasher brown Thrush Swaison' s hermit wood gray-cheeked varied Titmouse tufted Towhee rufous-sided Turnstone ruddy Veery Vireo red-eyed warbling solitary yellow-throated Philadelphia white-eyed Vulture turkey black Warbler black-and-white tennessee Nashville orange-crowned blue-winged golden-winged parula yellow magnolia cape may Anas crecca A. discors Sterna hirundo S, paradisaea S, dougallii S . albifrons Childonias niger forsteri fuscata maxima S_. S^ i: S_. S_. Gelochelidon nilotica Toxo stoma fufum sandvicensis caspia Ctharus ustulatus C. guttatus Hylocichla mustelina C. minimus Txoreus naevius Parus bicolor Pipilo erythrophthalmus Arenaria interres Vireo olivaceus V. gilvus V. solitarius V. f lavifrons V. philadelphicus V. griseus Cathartes aura Coragyps atratus Mniotilta varia Vermivora peregrina V. ruficapilla V. celata V. pinus V. chrysoptera Parula americana Dendroica petechia D. magnolia TTT t Igr lan A-1-31 10-80 Common name (Waterbirds, Waterfowl, and Terrestrial Birds continued) Scientific name f» Warbler black-throated blue y el low-rump ed (myrtle) black-throated green cerulean blackburnian chestnut -sided bay-breasted blackpoll pine prairie yellow-throated mouring Connecticut Canada hooded prothonotary palm Wilson' s worm-eating Water thrush northern Louisiana Waxwing cedar bohemian Wheat war Whimbrel Whip-poor-will Widow chuck-will' s Wigeon European American Willet Woodcock, American Woodpecker pileated red-bellied red-headed hairy downy black-backed three-toed northern three-toed D. p. Rl Rl RjL Rj. Rj. D. caerulescens coronata virens caerulea fusca pensylvanica castanea striata pinus discolor D. dominica Oporornis Philadelphia 0. agilis Wilsonia canadensis W. citrina Protonotaria citrea D. palmarum Wilsonia pusllla Helmitheros vermivorus Seiurus noveboracensis S . motacilla Bobycilla cedrorum B. garrulus Oenanthe oenanthe Nximenius phaeopus Caprlmulgus vociferus Caprimulgus carolinensis Anas penelope A. americana 'Catoprophorus semipalmatus Philohela minor # Drycocopus pileatus Melanerpes carolinus M. erythrocephalus Picoides villosus P. pubescens P. arcticus P. tridactylus (continued) c A-1-32 Common name Scientific name (Waterbirds, Waterfowl, and Terrestrial Birds contined) Wren house winter Carolina long-billed marsh short-billed marsh Yellowlegs greater lesser Yellowthroat common Troglodytes aedon T. troglodytes Thryothorus ludovlcianus Cistothorus palustris Cistothorus platensis Tringa melanoleuca T. f lavipes Geothlypis trichas A-1-33 10-80 i i c CHAPTER 2 -2- 10-80 I € C APPENDIX A NATIONAL WETLAND INVENTORY DATA 2-A-O 10-80 # I r Total Wetland Acreage (NWI) in Regions 1 through 6 Wetland type Acreage Wetland type Acreage ElAB ElOW EIRB ElUB E2AB E2BB E2EM E2E0 E2EU E2FL E2FM E2FS E2RF E2RS E2SS LlAB LlOW LIUB L2AB L2BB L2EM L20W L2UB MlAB Ml BE MlOW MlUB M2AB M2BB M2FL M2RF M2RS 1203.3 PAB 62366.5 PEM 58.7 PEO 3062.6 PFE 2767.4 PFO 1088.9 PFS 13795.0 PFW 499.7 POW 406.7 PSE 41649.7 PSO 3.5 PSS 47.4 PUB 137.5 2911.1 RIBB 65.9 RIEM RIFL 27.3 RlOW 57109.5 RIRS 29.6 RlUB 208.7 R2EM 6.4 R20W R30W 84.9 70.8 UNKNOWN 4137.3 25.7 79476.2 26411.1 6201.6 3602.0 28802.9 106.7 21451.0 TOTAL 57.1 '8982,7 113.1 632.7 106707.6 13727.6 142.3 3449.4 8570.4 31.5 47275.9 52.2 1379.6 3192.4 1465.9 7140.1 1.2 12.1 79.0 1828.3 1038.6 2361.4 566130.6 2--A-i 10-80 Summary Totals of Wetlands (NWI) in Region 1 Wetland type Acreage Wetland type Acreage ElAB ElOW EIRB ElUB E2AB E2BB E2EM E2E0 E2EU E2FL E2FM E2FS E2RF E2RS E2SS LlAB LlOW LIUB L2AB L2BB L2EM L20W L2UB MlAB MIBB MlOW MlUB M2AB M2BB M2FL M2RF M2RS 209.0 PAB 5436.7 PEM PEG 262.1 PFE 387.1 PFO 7.3 PFS 1921.3 PFW 286.0 POW 9.3 PSE 5411.3 PSO 3.5 PSS 47.4 PUB 42.1 74.3 RIBB RIEM RIFL RlOW 396.1 RIRS 29.6 RlUB R2EM R20W R30W UNKNOWN 503.4 20.8 8581.2 2609.2 3390.0 426.4 5223.1 6.4 2213.8 TOTAL 1112.7 19.2 3260.8 650.3 5.4 362.2 200.5 2.0 1458.3 278.0 52.0 552.4 119.3 121.2 45754.4 P-A-i SUMMARY OF WETLANDS IH BRUNSWICK, REGION i FRIDAY 17 AUGUST 1979 TOWN BRUNSUUCK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK BRUNSWICK WETLAND TYPE EiOW E2EM E2FL MiOW M2AB M2BB MSFL M2RS P EM P FO P OW P SS RiBB RIEM RiOU ACREAGE UNI 0CIS96 780 0 0 0S8 0 0518- 7 01112. OOOSl, 0 0 091 . 0023S, 0 0061 , 0 0387, 278 52 548 5200 , 0 0 05 020 10 002 0 03 010 0 07 0 09 013 007 030 7 2 i 128 2--A-3 10-80 SUMMARY OF WETLANDS IN CAPE ELIZABETH, REGION i FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE CAPE ELIZABETH EiOW CAPE ELIZABETH E2BB CAPE ELIZABETH E2EM CAPE ELIZABETH E2E0 CAPE ELIZABETH E2EU CAPE ELIZABETH E2FL CAPE ELIZABETH LiOW CAPE ELIZABETH MiAB CAPE ELIZABETH MiUB CAPE ELIZABETH M2AB CAPE ELIZABETH M2BB CAPE ELIZABETH M2FL CAPE ELIZABETH M2RS CAPE ELIZABETH P EM CAPE ELIZABETH P EO CAPE ELIZABETH P FO CAPE ELIZABETH P FS CAPE ELIZABETH P FW CAPE ELIZABETH P OW CAPE ELIZABETH P SE CAPE ELIZABETH P SO CAPE ELIZABETH P SS ACREAGE * UNITS 40,2 i 6,4 i 87 , 1 5 165,6 3 9,3 1 11 ,5 i 8S.8 i 64 . 8 4 741 .2 8 10.0 2 116,2 21 4,7 2 275 . 1 23 218,9 24 27.4 6 715,6 6a 94, 1 8 5,4 i 58,4 37 73,7 3 2,0 i 184,2 26 2997.6 239 -A-4 SUMMARY OF- WiE.TI,..ANDS IN CUMBERLAND, REGION 1 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE CUMBERLAND E2EM CUMBERLAND E2FM CUMBERLAND LiOW CUMBERLAND LiUB CUMBERLAND MlAB CUMBERLAND MIBB CUMBERLAND MiOW CUMBERLAND MiUB CUMBERLAND M2AB CUMBERLAND M2BB CUMBERLAND M2FL CUMBERLAND M2RF CUMBERLAND M2RS CUMBERLAND P EM CUMBERLAND P FO CUMBERLAND P FS CUMBERLAND P OW CUMBERLAND P SE CUMBERLAND P SS ACREAGE * UNITS 15. 1 4 3.5 2 17,4 i 29 . 6 i 8.4 i 20.8 i 4.0 i 251 .9 7 564 . 5 18 123.2 20 347 . 4 14 6.4 1 295.8 50 143,9 16 303,4 31 203.0 9 38 . 7 18 20.3 4 309.6 24 2706,9 223 2-A-5 10-80 SUMMARY OF WFITLANDS IN FALMOUTH, RFGIQN i FRIDAY 17 AUGUST 1979 TOWN FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH FALMOUTH WETLAND TYPE EiOW E2AE E2EM E2FL E20W E2RS LiOW M2AB M2&B M2FL M2RF M2RS F> EM FO FS OW SE P F' P P P SS RiOW R20W R30W ACREAGE * UNITS 98, 1 6 45,8 3 222.9 9 423.2 9 9.3 4 2,3 i 26 0 .7 i AAS.7 S 6. A 2 411, 8 2 6.8 2 4 0.3 13 1 0 1 . S 18 396.7 53 145,3 9 52.3 26 18.2 2 98 . 0 18 4 ,4 1 47.8 6 66.1 4 2903.6 194 a-rt-6 SUMMARY OF WETLANDS IN FREEPORT, REGION i FRIDAY 17 AUGUST i979 TOWN WETLAND TYPE ACREAGE t UNITS FREEPORT EiOU 2S0.S 3 FREEPORT E2AB 80 , i 4 FREEPORT E2BB 0.9 i FREEPORT E2EM 385,7 29 FREEPORT E2E0 12,0 1 FREEPORT E2FL 744,6 4 FREEPORT E2FS 27.7 2 FREEPORT E2RS 35,3 S FREEPORT MlUB 1183.4 S FREEPORT M2AB 571.7 7 FREEPORT M2BB 10.2 2 FREEPORT M2FL 991 , 0 7 FREEPORT M2RS 120.8 39 FREEPORT P EM 167,0 14 FREEPORT P FE 13.8 i FREEPORT P FO 455.9 25 FREEPORT P FS 54.0 3 FREEPORT P OW 30.3 10 FREEPORT P SE 17.3 3 FREEPORT P SS 78.4 15 5230.6 180 -A-7 10-80 SUMMARY OF WETLANDS IN HARPSWFILL, REGION i FRIDAY 17 AUGUST 1979 TOWN HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP HARP SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL SWELL WETLAND TYPE EiAB EIFL EiOW E2AB E2EM E2FL E2RS LiOW MlAB MIGW MiUB M2AB M2BB M2FL M2RS P EM P EG P OW P SS UNK ACREAGE * UNITS 209.0 6 12. 0 1 3 0S8.0 4 45. 0 3 0 0201 .9 015 1552,0 4 0 20.0 4 1.7 1 0 0 388. 0 017 08094. 1 0 08 96.6 11 0 0661 . 1 024 0 0 055,3 013 01245.8 0 47 01019.2 127 40.0 3 0 0 1 1 8 . 1 008 00018.6 003 0 0 089.6 012 38 . 0 3 16994. 0 350 3-A-8 SUMMARY OF" WETLANDS IN PORTLAND, REGION 1 FRIDAY 17 AUGUST 1979 TOWN PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND PORTLAND WETLAND TYPE ElOW ElUB E2AB E2EM E2FL E20W E2RF E2RS LiOW MlOW MlUB M2AB M2&H M2FL M2RS P EM f> F> P P P P FE FO FS ow SE SS :0W R30W ACREAGE 811, 1 133, 7 125. 9 207. 6 1020. 5 16. 3 4. 8 7 , >•> 9 , 6 345, ,8 116, , 0 297 - ,3 104 , 0 174 .9 368 ,5 92 .4 2 .9 279 .6 36 .2 24 ,7 29 .3 156 .4 7 . 1 55 , 1 4426 ,9 * UNITS 13 6 3 20 19 3 1 5 1 i 5 14 30 iO 52 9 i 35 3 14 3 278 2-A-9 10-80 SUMMARY OF WETLANDS IN SOUTH PORTLAND FRIDAY i? AUGUST 1979 TOWN WETLAND TYPE ACREAGE * UNITS SOUTH PORTLAND EiOW SOUTH PORTLAND EiUB SOUTH PORTLAND E2AB SOUTH PORTLAND E2EM SOUTH PORTLAND E2FL SOUTH PORTLAND LiOW SOUTH PORTLAND MlOW SOUTH PORTLAND MiUB SOUTH PORTLAND M2AB SOUTH PORTLAND M2BB SOUTH PORTLAND M2FL SOUTH PORTLAND M2RS SOUTH PORTLAND P EM SOUTH PORTLAND P FE SOUTH PORTLAND P FO SOUTH PORTLAND P FS SOUTH PORTLAND P OW SOUTH PORTLAND P SE SOUTH PORTLAND P SS 278. ,0 114, ,3 6, ,0 38, ,4 416, ,7 20 ,9 78, ,4 122, ,3 22, ,0 4, ,1 11 , ,7 9, ,2 185, ,5 2, , 5 517, , 0 55, ,3 40 .8 41,7 49. 1 3 1 5 12 1 i 1 i i i 11 1 28 5 21 4 10 2013,9 114 ?.-A-iO TOWN YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH YARMOUTH SUMMARY OF WETI. .ANDS IN YARMOUTH, REGION 1 FRIDAY i: 7 AUGUST 197' WETLAND TYPE ACREAGE i UNITS EiOW 41^3 . B 4 EiUB 0 0 014,1 OOi E2AB 84 , 3 4 E2EM 166,2 12 E2E0 108,4 s E2FL. 462,8 2 E2FS i 9 . 7 1 E2RF 37 . 3 i E2RS 9. 5 i MiAB 42 . 7 3 MiUB 97 , 8 3 M2AB 3 0 0.0 9 M;iFL 923.2 11 M2RS 33 . 1 8 P EM 72.2 3 P FO 239.0 9 P FS 62 , 4 5 P OW 37 . 0 11 P SS iS7, i 10 RZ'OW 64 . 4 33S5 . 0 1 104 2-A"li 10-80 Summary Totals of Wetlands (NWI) in Region 2 Wetland type Acreage Wetland type Acreage ElAB ElOW EIRB ElUB E2AB E2BB £2 EM E2E0 E2EU E2FL E2FM E2FS E2RF E2RS E2SS LlAB LlOW LIUB L2AB L2BB L2EM L20W L2UB MlAB MIBB MlOW MlUB M2AB M2BB M2FL M2RF M2RS 718.0 PAB 17992.7 PEM PEO PFE 162.7 PFO PFS 4975.1 PFW POW PSE 9432.4 PSO PSS PUB 129.8 RIBB 8.0 RIEM RIFL RIOW 4199.2 RIRS RlUB R2EM R20W R30W UNKNOWN 538.0 1785.0 562.0 168.0 1937.7 6.8 3.2 10320.7 1940.8 40.6 560.6 1480.9 7883.6 1101.6 3132.9 1211.1 5682.4 12.1 353.4 138.3 810.0 TOTAL '77380.9 2-A-i; SUMMARY OF k![::TL.ANDS IN ALNA > REGION 2 F-Pi:OAY i? AUGUST 1979 TOWN WETLAND TYPE ACREAGE IN IT ALNA ALNA ALNA ALNA ALNA ALNA ALNA ALNA ALNA ALNA ALNA ALNA ALNA EiOlJ E2AP E2EM E2FL LiOW P E-M P FTi P FS P OW 5>F P RiOW R30W 00126 i 4 0 29 0 0 081 0 0174 0 0 494 , 0 0145 0 0 022 0 0 037 0 0151 0 0 053 42 0 03 1 5 ij 0 05 013 033 015 019 0 08 034 0 02 14 01,0 144 2-A-i3 10-80 TOWN SUMMARY OF" WFTLANDS IN ARROWSIC^ Rt^GION 2 F-RIDAY 17 AUGUST 1979 WETLAND TYPE ARROWSIC ARROWSIC ARROWSIC ARROWSIC ARROWSIC ARROWSIC ARROWSIC FiOW E2EM F2FL LlOW P EM F-' FO P SS ACREAGE * UNITS 1084. 0 3 726. 0 16 7^2, 0 13 46,0 1 11,0 2 S3. 0 A 19. 0 3 I 2693 . 0 I -A-i4 I SUMMARY OF WETLANDS IN AUGUSTA, REGION 2 FRIDAY i? AUGUST 1979 TOWN WETLAND TYPE AUGUSTA LiOW AUGUSTA P EM AUGUSTA P EO AUGUSTA P FE AUGUSTA P FO AUGUSTA P FS AUGUSTA P OW AUGUSTA P SE AUGUSTA P SS AUGUSTA RiBB AUGUSTA RiFL AUGUSTA RiOW AUGUSTA R20W AUGUSTA UNK ACREAGE * UNITS i4S6.3 12 122,5 20 A. 7 i 3 . 2 1 2069.8 lis 166,3 IS S9,3 3 0 730.0 30 589 . 3 60 3.0 1 6 . 3 4 62.2 2 330.4 4 93.3 1 5696 . 6 299 2-A-i5 10-80 SUMMARY OF WETLANDS IN PATH. REGION 2 TOWN WETLAND TYPE FRIDAY 17 AUGUST 1979 ACREAGE * UNITS r BATH BATH BATH BATH PATH BATH BATH BAIH BATH PATH PATH BATH EiOW E2EM E2FL LiOW P EM P FO P OW P SS RiBB RIEM RiFL RiOW 1368 0 030 0 73 64 43 12 iS8. 377 , 172, 73 . 380, 5 012 4 i 3 1 2 12 6 2 2 i 3022.0 5i f 2-A-i6 < SUHMARY OF- W[{TLANDS IN BOOTHBAY, REGION 2 FRIDAY 17 AUGUST 1979 TOWN BOOT HB AY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY BOOTHBAY WETLAND TYPE ElAB EiOW E2EM E2FL E2RS LiOW M2BB M2FL M2RS P EM P FO P OW P SS ACREAGE # UNITS 98,0 1 116.0 6 55.0 Q 1158.0 31 20.0 6 200.0 A 2.0 i 3 0.0 3 179. 0 18 72. 0 8 161 . 0 28 19. 0 11 17 0.0 21 ;280 . 0 147 2-A-17 10-80 SUMMARY OF WETLANDS IN BDOTHBAY HARBOR, REGION 2 F'RIDAY 17 AUGUST .1979 TOWN BOO TUB AY HARBOR WETLAND TYPE EiAB BOOTHBAY HARBOR E2FL BOOT HB AY HARBOR E2RS BOOTHBAY HARBOR LlOW BOOTHBAY HARBOR MiAB BOOTHBAY HARBOR MlOW BOOTHBAY HARBOR M2FL BOOTHBAY HARBOR M2RS BOOTHBAY HARBOR P EM BOOTHBAY HARBOR P f-n BOOTHBAY HARBOR P OW BOOTHBAY HARBOR P SS ACREAGE t UNITS iS3, 0 2 li , 0 1 1-1.0 3 93 , 0 3 iA .0 i 7 , 0 2 9, 0 3 £.<, 0 4 15, 0 3 30, 0 A 7, 0 7 67, 0 5 K 428 . 0 38 i 2-A-i8 € SUMMARY OF" WETLANDS IN BOWDOINHAM , REGION 2 FRIDAY 17 AUGUST 197^^ TOWN BOIODOINHAM BOIODOINHAM BOIODOINHAM BOl-JDOINHAM BOIODOINHAM BO WDO I NH AM BOWDOINHAM BOklDOINHAM BOWDOINHAM BOWDOINHAM BOWDOINHAM BOWDOINHAM WETLAND TYPE EiOW E2FL P P P F' P P ACREAGE e;:m FO FS OW BE SS RiFB RiEM RiFL RiOW 170 op 0 0 086 0 0 785 0 0272 0 0 021 117 0 0742 51 01757 0 0117 0 0 974 5178,1 * UNITS 4 1 010 072 022 016 4 066 1 015 0 07 014 232 2-A-i9 10-80 SUMMARY OF WETLANDS IN CHELSEA, REGION 2 FRIDAY i? AUGUST 1979 TOWN CHELSEA CHELSEA CHELSEA CHELSEA CHELSEA CHELSEA CHELSEA CHELSEA CHELSEA CHELSEA CHELSEA WETLAND TYPE LiOW P EM P P P P P P FO FS FW OW SE SS RiBB RiFL RiOW ACREAGE * UNITS 25,3 i ii.7.2 7 1088. 6 53 61 ,7 il 2. A i 13.2 9 63.6 3 287,3 3i 10.4 i 54.4 5 271 .9 3 1996.0 125 2-A-20 SUMMARY OF WEITLANDS IN DRflSDEN, REGION 2 FRIDAY 17 AUGUST 1979 TOWN DRESDEN DRESDEN DRESDEN DRESDEN DRESDEN DRESDEN DRESDEN DRESDEN DRESDEN DRESDEN DRESDEN WETLAND TYPE LlOW P EM P FO P FS OW SE P P P SS Ri&B RiEM RIFL RiOW ACREAGE * UNITS 355 , i i 0 0 045.7 016 01027,7 085 0 0171,7 016 0 0 035.1 026 0 0 072.1 009 00510.2 07 0 3,4 1 0 0 552. 1 009 0 0349.8 031 00953,5 009 4076,4 273 2-A-21 10-80 SUMMARY OF WETLANDS IN EDGECOMB , REGION 2 FRIDAY 17 AUGUST 1979 TOWN EDGECOMB EDGECOMB EDGECOMB EDGECOMB EDGECOMB EDGECOMB EDGECOMB EDGECOMB WETLAND TYPE E2EM e; BFL e; BRS LiOW p EM p FO F' OW P SS ACREAGE * UNITS 0 0 043.7 008 00399.8 016 8,8 3 75 . 0 2 13,0 2 0 0118.6 016 0 0 023,S 014 0 0173.8 028 I 856 89 f 2-A-2P I SUMMARY OF- WETLANDS IN FARMINGDALE , REGION 2 FRIDAY .1.7 AUGUST 1979 TOWN FARMINGDALE FARMINGDALE FARMINGDALE FARMINGDALE FARMINGDALE FARMINGDALE FARMINGDALE FARMINGDALE FARMINGDALE WETLAND TYPE LiOW P EM FO FS OW SE P P P P P ss RiFL RiOW ACREAGE # UNITS 67 , 9 2 7 , 5 3 25S , 6 33 13.1. .3 ii 7.S 6 39. f3 5 1B6. 1 20 1.4 i 14S.2 2 84- 83 2-A-23 10-80 SUMMARY OF WETLANDS IN GARDINER,, REGION 2 F'RIDAY 17 AUGUST 1979 TOWN WETLAND TYPE GARDINER GARDINER GARDINER GARDINER GARDINER GARDINER GARDINER GARDINER GARDINER LiOW P EM P FO F> FS F' OW P SE P SS RlOW R30W CREAGE 1 1 0 . 0 2S ,5 317 ■ 2 58 ,4 23 ,2 4 ,3 102 ,8 412 ,2 96, ,2 1152, 8 IN ITS 6 44 4 8 i 24 3 i 93 2-A-24 SUMMARY Of" WETLANDS IN GEORGETOWN, REGION 2 FRIDAY 17 AUGUST 1979 TOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN GEORGETOWN WETLAND TYPE EiAB EiOW E2EM E2FL E2RS LiOW MiAB MiOW M2BB M2FL M2RS P EM P FO P OW P SS ACREAGE i UNITS 192, 0 i 2399.0 4 1144.0 21 1370.0 35 15. 0 7 14,0 i 309, 0 13 iSO.O 1 44.0 4 7.0 2 266. 0 18 90. 0 6 38 . 0 3 27 . 0 5 110.0 617 13 134 2-A-2S 10-80 SUMMARY OF WETLANDS IN HALLOWELL , REGION 2 FRIDAY .17 AUGUST 197? TOWN WETLAND TYPE HALLOWELL HALLOWELL HALLOWELL HALLOWELL HALLOWELL HALLOWELL HALLOWELL HALLOWELL HALLOWELL HALLOWELL L low EM FO FS OW f' P F P P SE P SS Ri&B RIFL RiUB :R£AG£ 11^ L IN ITS 6. 1 2 11 .5 2 96,4 8 26.9 3 18.8 7 5 . 5 1 2.2 i 6.3 2 5.9 i 12.1 i 191 .7 2-A-26 SUMMARY OF WflTLANDS IN NEWCASTLE, REGION 2 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE NEWCASTLE NEWCASTLE NEWCASTLE NEWCASTLE NEWCASTLE NEWCASTLE NEWCASTLE NEWCASTLE NEWCASTLE NEWCASTLE NEWCASTLE Ei.OW E •2AB E 5EM E ^FL L LOW P EM F FO P FS P OW P SE P SS ACREAGE * UNITS 730.8 6 91 .8 8 0 0545,4 0 47 943 ■ 9 20 0 0218,6 0 05 198,6 42 0 0550,5 0 64 173.1 24 00020,0 013 52, 1 10 0 0 384,3 060 390 9,1 299 2-A-27 10-80 SUMMARY OF WETLANDS IN PITTSTON, REGION 2 FRIDAY 17 AUGUST 1979 TOWN PITTSTON PITTSTON PITTSTON PITTSTON PITTSTON PITTSTON PITTSTON PITTSTON PITTSTON PITTSTON PITTSTON PITTSTON WETLAND TYPE LiOW EM FO FS FW OW P P F> P P P SE P SS RIBB RIEM RIFL RiOW ACREAGE * UNITS 207.6 3 SO.S 13 7S2 . 2 80 1 14,9 14 38 , 2 1 61 ,S 22 239 , 1 11 314,2 63 81 .2 i 10.0 5 94.5 10 466,8 3 2431.0 226 2-A-28 SUMMARY OF" WETLANDS IN PHIPPSBURG, REGION 2 FRIDAY 17 AUGUST 1979 TOWN PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG PHIPPSBURG WETLAND TYPE ElOW E2EH ESF-L E2RS EZ'SS LlOW MlAB MiOW m;2bb MZ'FL M2RS P EM P FTi P OW ACREAGE # UNITS 2314. 0 7 10 96.0 27 1373.0 20 8.0 3 B, 0 i 49, 0 3 215. 0 iO 1628.0 2 SI 6.0 8 84 . 0 6 214. 0 2i 247.0 i3 383 , 0 30 48. 0 li 0 0344, 0 040 8527.0 202 2-A~29 10-80 SUMMARY OF WETLANDS IN RANDOLPH, REGION 2 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE RANDOLPH RANDOLPH RANDOLPH RANDOLPH RANDOLPH P P P FS OW ss RiFL RiOW :reage 38 .1 0 ,8 37 .8 21 ,8 S7 ,2 155, ,7 i UNITS 1 i 5 3 1 ii 2-A-30 SUMMARY OF WETLANDS IN SOUTHPORT , REGION 2 FRIDAY 17 AUGUST 1979 TOWN SOUTHPORT SOUTHPORT SOUTHPORT SOUTHPORT SOUTHPORT SOUTHPORT SOUTHPORT SOUTHPORT SOUTHPORT SOUTHPORT WETLAND TYPE ElOW E2EM E2FL E2RS LiOW M2FL M2RS P FO P OW P SS ACREAGE i UNITS 2030.0 1 2.0 1 2i . 0 4 2i ,0 7 9.0 i 68.0 12 143. 0 23 •.■''3 . 0 5 3.0 2 44,0 3 24:14.0 59 2-A-3i 10-80 SUMMARY OF WETLANDS IN SWAN ISLAND (PERKINS TWP . ) , REGION 2 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE SWAN ISLAND P EM SWAN ISLAND P FO SWAN ISLAND P OW SWAN ISLAND P SS SWAN ISLAND RIEM SWAN ISLAND RIFL SWAN ISLAND RiOW ACREAGE 7 , ,6 'dA. ,4 B. ,1 52, ,4 144 ,7 296 ,3 412 ,9 ''46 . 4 * UNITS 2 5 6 6 8 34 2-A-32 SUMMARY OF WFTLANDS IN TOPSHAM, REGION 2 FRIDAY 17 AUGUST 1979 TOWN TOPSHAM TOPSHAM TOPSHAM TOPSHAM TOPSHAM TOPSHAM HAM HAM TOP TOP WETLAND TYPE LiOW P EM P FO P OW P SS RiBB RIEM RIFL RiOW ACREAGE * UNITS 3A. 0 1 179.0 10 iSA. 0 7 4,0 1 1715,0 38 497.0 8 4 03.0 6 132,0 3 880.0 1 3998.0 75 2-A~33 10-80 SUMMARY OF WETLANDS IN WEST BATH. REGION 2 TOWN FRIDAY 17 AUGUST 1979 WETLAND TYPE ACREAGE * UNITS i WEST BATH WEST BATH WEST BATH WEST BATH WEST BATH WEST BATH WEST BATH WEST BATH WEST BATH ElOW e; 2EM E> 2FL e; 2RS LiOW F' EM P FO P OW P SS 1326. 0 38 , 0 685 . 0 14,0 5S , 4 59 . 0 32 , 0 33 , 0 267 . 0 4 12 i 2 4 3 2 18 25 0 9 , 4 48 2-A-34 SUMMARY OF WETLANDS IN WESTPORT,, REGION 2 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE WESTPORT WESTPORT WESTPORT WESTPORT WESTPORT WESTPORT WESTPORT WESTPORT E lAB EiOW E ?EM E 2FL E £;RS P EM P F'O P OW P SS ACREAGE 275. 0 328 ■ 0 6i . 0 541 . 0 13,0 19.0 64 . 0 18. 0 64 . 0 1383.0 * UNITS 3 4 9 5 7 58 2-A~35 10-80 SUMMARY OF WETLANDS IN WISCASSET, REGION 2 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE * UNITS WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET WISCASSET EiOW E 2AB E 2EM E 2FL E 2RS L iOW F EM P EO P FO P FS P OW P SE P SS 04328- 3 0 0 0240, 0 0784, 0 0 012, 0 0101, 0 0 033, 2. 0 0 488, 114, 00041. 41 . 00177. 7 8 9 1 0 5 7 1 3 0 6 9 0 6396.6 003 2 029 015 009 0 03 Oil 1 040 15 030 11 028 197 2-A-36 SUMMARY OF WETLANDS IN WOOLWICH, REGION 2 FRIDAY 17 AUGUST 1979 TOWN WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WOOLWICH WETLAND TYPE EiOW E2EM E2FL E2RS LiOW P EM P P F> FO FS OW SS RIBB RIEM RiOW R20W ACREAGE # UNITS 1749,0 A 683.0 27 1209.0 IB 4, 0 2 432.0 2 0 0178.7 020 004S8.9 043 11,0 3 0 0 0S6,4 018 0 0578,1 059 72 , 3 1 93,6 2 0 0226.8 002 23. 0 i 5775,8 202 2-A-37 10-80 Summary Totals of Wetlands (NWI) in Region 3 Wetland type Acreage Wetland type Acreage ElAB ElOW EIRB ElUB E2AB E2BB E2EM E2E0 E2EU E2FL E2FM E2FS E2RF E2RS E2SS LlAB LlOW LIUB L2AB L2BB L2EM L20W L2UB MlAB MIBB MlOW MlUB M2AB M2BB M2FL M2RF M2RS 137.8 PAB 102A4.1 PEM PEO PFE 325.8 PFO 7.0 PFS 1083.9 PFW 190.3 POW - PSE 5840.9 PSO PSS PUB 74.3 214.4 RIBB RIEM RIFL RlOW 7218.7 RIRS RlUB R2EM R20W R30W UNKNOWN 845.7 142.7 278.9 20.0 1418.9 891.4 11320.1 1669.5 418.1 613.9 4435.5 163.4 17.1 1723.8 TOTAL 49312.4 2-A-38 SUMMARY OF WETLANDS IN BRISTOL, REGION 3 FRIDAY iV AUGUST 1979 TOWN BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL BRISTOL WETLAND TYPE EiOW E2BB E2EM E2FL LiOW MiAB MiOW M2BB M2FL M2RS P EM P FO P OW P SS R20W ACREAGE * UNITS 172. 0 1 7.0 i 8.0 1 274. 0 5 227,0 5 68.0 6 18.0 i 8,0 2 1 S7 . 0 10 312. 0 32 177.8 16 0 0377.4 040 66.5 22 0 0527.1 045 15.0 i 2414,8 188 2-A-39 10-80 SUMMARY OF WETLANDS IN BREMFIN , REGION 3 FRIDAY 17 AUGUST 197? TOWN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN BREMEN WETLAND TYPE EiAB EiOW E2AB E2EM E2FL E2RF E2RS LiDW M2FL M2RS P EM P P P P P FO FS OW SE BS ACREAGE * UNITS 0 0117. 8 006 584 . 0 3 0 0 020,2 004 0 0 039.4 006 0 0554.3 020 00 0 08. 0 0 02 0 0 078.3 013 343.0 2 25.0 4 91,0 ii 9.6 i 00605.2 036 26.5 2 00003,2 003 6, 0 1 0 0138.6 030 2650, 1 144 2-A-40 SUMMARY OP WETLANDS IN GUSHING, REGION 3 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE GUSHING ElAB GUSHING ElOW GUSHING E2EM GUSHING E2FL GUSHING E2RF GUSHING E2RS GUSHING LlOW GUSHING MiAIii GUSHING M2FL GUSHING M2RS GUSHING F' EM GUSHING F' FO GUSHING F» FS GUSHING F' OW GUSHING P SE GUSHING F> SS ACREAGE * UNITS 12,0 3 02085,7 004 7 . 8 3 0 0931.1 023 8,5 2 0 0 039.1 008 20,2 i 109,0 5 107. 0 7 13. 0 i 0 0 030 .3 006 0 0758,4 047 76 , 4 15 27.4 16 10.7 3 00287,5 041 4524.1 185 2-A-4i 10-80 SUMMARY OF WETLANDS IN DAMAR I SCOTIA , REGION 3 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE DAHARISCOTTA EiOW DAMARISCOTTA E2AB DAHARISCOTTA E2EM DAMARISCOTTA E2FL DAMARISCOTTA LiOW DAMARISCOTTA P EM DAMARISCOTTA P FO DAMARISCOTTA P FS DAMARISCOTTA P OW DAMARISCOTTA P SE DAMARISCOTTA P SS ACREAGE 49,7 52. i 30 .6 232,3 247.6 29 . 6 755 , 8 26.4 27.1 5. 0 390 ,6 1846,8 fl: UNITS 1 5 S 2 10 53 5 10 1 24 118 3-A- fit-Al SUMMARY OF" WETLANDS IN FRIENDSHIP, REGION 3 FRIDAY 17 AUGUST i?7? TOWN WETLAND TYPE FRIENDSHIP ElAB RIENDSHIP EiOW RIENDSHIP E2EM RIENDSHIP E2FL F RIENDSHIP E2RS FRIENDSHIP LiOW FRIENDSHIP MlAB RIENDSHIP M2FL RIENDSHIP M2RS FRIENDSHIP P EM FRIENDSHIP P FO FRIENDSHIP P FS FRIENDSHIP P OW FRIENDSHIP P SE FRIENDSHIP P SS ACREAGE * UNITS 8, 0 2 0 0723.3 0 03 0 0 04S.4 0 07 00359,4 0 09 5.0 1 20 , 0 i 4 08, 0 15 286 . 0 16 294 . 0 22 0 0 010.4 003 0 0 373.2 028 132.6 9 0 0 016.6 006 4. 0 1 0 0171 ,9 022 2857 , 8 145 2-A-43 10-80 SUMMARY OF WETLANDS IN METINIC ISLAND. REGION 3 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE « UNITS METINIC ISLAND METINIC ISLAND METINIC ISLAND METINIC ISLAND M2RS P FO P OW P SS 136.0 8.0 2.0 22, 0 7 1 i 3 168.0 2-A-44 i TOWN SUMMARY OF WETLANDS IN MONHEGAN F- PI DAY 17 AUGUST 1979 TYPE MONHEGAN MONHEGAN MOWHEGAN MONHEGAN MONHEGAN MONHEGAN WETLAND El iEM m; :'AB M2RS P FO P OW P SS ACREAGE * UNITS 4, 0 i 6.0 i 22 . 0 8 2.0 1 1 .0 i 7.0 2 14 2-A-45 10-80 SUMMARY OF- WEiTLANDS IN NOBLEEBORO, REGION 3 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE NOBLEBORO NOBLEBORO NOBLEBORO NOBLEBORO NOBLEBORO NOBLEBORO NOBLEBORO NOBLEBORO NOBLEBORO NOBLEBORO e; ;?AB e; :'EM e; 2FL LiOW p EM F> FO F' FS V OW p SE F> SS ACREAGE * UNITS 56. 0 2 34.9 5 35.7 3 04283. i Oil 32.8 9 1166,9 85 35.4 7 24,9 16 210.3 9 218.7 34 609B.7 181 2-A-46 SUMMARY OF WETLANDS IN SOUTH BRISTOL, REGION 3 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE SOUTH BRISTOL EiOW SOUTH BRISTOL e;2em SOUTH BRISTOL E2FL SOUTH BRISTOL E2RS SOUTH BRISTOL MiAB SOUTH BRISTOL m;2fl SOUTH BRISTOL M2RS SOUTH BRISTOL P FO SOUTH BRISTOL P OW SOUTH BRISTOL P SS 'iSi?. IS, SA3 . 4, 31 , 3S , 102, 46 20 97 44i0.0 * UNITS 4 3 32 2 4 S iO 4 17 ii 92 2-A-47 10-80 SUMMARY or-" WETLANDS IN SOUTH THOMASTON, REGION 3 SATURDAY 18 AUGUST 1979 TOWN WETLAND TYPE SOUTH THOMASTON ElOW SOUTH THOMASTON E2AB SOUTH THOMASTON E2EM SOUTH THOMASTON E2E0 SOUTH THOMASTON E2FL SOUTH THOMASTON E2RF SOUTH THOMASTON E2RS SOUTH THOMASTON MiAB SOUTH THOMASTON MiOW SOUTH THOMASTON m;2ab SOUTH THOMASTON M2BB SOUTH THOMASTON M2FL SOUTH THOMASTON M2RS SOUTH THOMASTON P EM SOUTH THOMASTON P F-0 SOUTH THOMASTON P FS SOUTH THOMASTON P OW SOUTH THOMASTON P SE SOUTH THOMASTON P SS ACREAGE * UNITS 0 018 0,3 004 11.2 3 0 0 0S8,7 008 0 0190,3 001 01058,7 009 0 0 029,9 004 0 0 0 0 0,5 001 00029,7 0 03 0 0 0 31,5 001 0 0234, 1 007 0 00 06.0 002 0 0 064,5 0 06 0 0 037.6 009 0 0 047.4 008 00270,5 032 00279.2 029 0 0 008,6 010 0 0 0 01,3 001 0 0 16 0, 2 025 270 0,2 163 2-A-48 SUMMARY OF WETLANDS IN ST. GEORGE, REGION 3 FRIDAY 17 AUGUST 1979 TOWN ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST, GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE ST. GEORGE WETLAND TYPE EiOW E2EM E2F-L E2Rr-" E2RS MiAB MiOW M2AB M2BB M2FL M2RS P EM FO FS OW BE SB ACREAGE * UNITS 01329. i 004 0 0463. 0 008 0 0 672.8 018 27.2 5 00081 .8 006 20 0.0 13 93.2 1 38.9 2 6.0 2 0 0744.4 034 0 0716.2 080 0 0 025.7 005 00519.2 054 171 .5 20 0 0 056.7 019 2.8 1 0 0 254.4 038 5402.9 310 2-A-49 10-80 SUMMARY OF WETLANDS IN THOMASTON , REGION 3 FRIDAY 17 AUGUST .1979 TOWN WETLAND TYPE THOMASTON THOMASTON THOMASTON THOMASTON THOMASTON THOMASTON THOMASTON THOMASTON THOMASTON EiOW e; ?EM e; 2FL p EM p FO p FS p OW p SE p SS ACREAGE * UNITS IPS. 5 2 64,4 iO 137.9 3 35.5 9 177.8 24 209.4 23 66,6 2i 39 . 0 3 1 6 0,6 2S 1075.7 120 2-A-50 SUMMARY OF WETLANDS IN WALDOBORO, REiiGION 3 FRIDAY 17 AUGUST .1979 TOWN WALDOBOI<0 klALDGBORO WALDOBORO IJALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WALDOBORO WETLAND TYPE EiOW E2AB E2EM E2FL EERF E2RS LlOW ACREAGE EM FO FS OW SE SS R20W R30W UNK A 3 4 1286 186 164 10 42. 0 0,7 5,7 679.1 33S . 2 5 073 ,6 4 07,4 54 , 0 289.7 1333.7 4,7 3.3 16.2 10 882.4 * UNITS 5 29 23 1 2 10 257 37 35 9 139 2 1 584 2-A-5i 10-80 SUriMARY OF WEITLANDS IN WARREN, REGION 3 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE WARREN FIlOW WARREN E2EM WARREN LIGW WARREN P EM WARREN P FO WARREN P FS WARREN P OW WARREN P SE WARREN P SS WARREN R50W WARREN R30W ACREAGE * UNITS 131 .1 2 iA&.3 16 1124.6 7 157,1 22 1186,1 106 305.7 31 64,5 4 0 45. 1 7 919.3 99 143.7 2 13,8 2 4239 . 3 334 2-A-52 Summary Totals of Wetlands (NWI) in Region A Wetland type Acreage Wetland type Acreage ElAB ElOW EIRB ElUB E2AB E2BB E2EM E2E0 E2EU E2FL E2FM E2FS E2RF E2RS E2SS LlAB LlOW LIUB L2AB L2BB L2EM L20W L2UB MlAB MIBB MlOW MlUB M2AB M2BB M2FL M2RF M2RS 134.8 PAB 10446.1 PEM PEG 128.1 PFE 721.4 PFO 648.1 PFS 980.4 PFW POW PSE 6020.9 PSD PSS PUB 609.7 RIBB RIEM RlFL RlOW 12868.2 RIRS RlUB 26.1 R2EM 5.8 R20W R30W UNKNOWN 1486.4 4.9 38676.0 854.7 925.8 6292.7 11.9 1719.0 13.1 141.1 22767.5 4013.0 38.8 1013.3 2360.3 8.2 8165.1 52.2 61. 6 808, 4 1 2 175 3 224 6 111.9 7914.0 TOTAL 130330.6 2-A-53 10-80 SUMMARY OF WETLANDS IN BANGOR, REGION A FRIDAY 17 AUGUST 1979 TOWN BANGOR BANGOR BANGOR BANGOR BANGOR BANGOR BANGOR BANGOR BANGOR BANGOR WETLAND TYPE LiOW P EM P P P P FO FS OW SE RIFL RiOW R30W ACREAGE 4 UNITS 60.0 i 37.? 9 0 0261.9 025 0 0392.S 030 OOi^iS. 0 025 0 0270,8 018 0 0323.9 041 0 0 012.5 002 128, 0 1 35.8 1 1677.6 153 2-A-54 SUMMARY OF WETLANDS IN BELF-AST, REGION A FRIDAY j.7 AUGUST 1979 TOWN WETLAND TYPE BELFAST BELFAST BELFAST BELFAST BELFAST BELFAST BELFAST BELFAST BELFAST BELFAST BELFAST BELFAST EiOW F. ?AB e: 2FL LiOW P E« P FO P FS P OW P SE P SO P SS R20W ACREAGE * UNITS 99.3 5 7 , 9 3 204.8 5 133.5 5 124.5 21 1061 .6 56 354 . 7 45 20.4 17 44.6 6 4,0 1 260,6 51 15.0 1 2330.9 216 2-A-55 10-80 SUMMARY OF WETLANDS IN BLUE HILL, REGION 4 FRIDAY 17 AUGUST i?79 TOWN BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE BLUE HILL HILL HILL HILL HILL HILL HILL HILL HILL HILL HILL HILL HILL HILL HILL HILL WETLAND TYPE EiAB EiOW e;?ab E2EH E2FL E2RS LiOW MiAB MiOW M2AB M2FL M2I SE F> SS ACREAGE * UNITS 0 0 838.2 013 20, i 6 35 . 7 2 24. 0 7 00025.5 005 00170.3 029 29.7 7 0 0 010.4 Oil 9.4 1 0 0 036.9 010 120 0.2 91 2-A-61 10-80 SUMMARY OF WETLANDS IN CASTINE, REGION 4 FRIDAY 17 AUGUST 1979 TOWN CASTINE CASTINE CASTINE CASTINE CASTINE CASTINE CASTINE CASTINE CASTINE CASTINE CASTINE CASTINE CASTINE WETLAND TYPE EiOW E2BB E2EM E2FL E2RS MiOW M2AB M2BB M2EM M2FL M2RS P EM P FO P OW P SS ACREAGE 13, ,7 14, , 1 21 , ,8 187 ,7 27, ,3 5366 , ,6 2, ,7 57, ,4 2, ,3 140, ,7 143, ,7 28, ,3 634, ,6 123.6 * UNITS 4 4 4 6 3 i 9 1 10 22 3 16 2 9 6766.7 96 2-A-62 SUMMARY OF WETLANDS IN DEER ISLE, REGION 4 FRIDAY 17 AUGUST 1979 TOWN DEER ISLE DEER ISLE DEER ISLE DEER ISLE DEER ISLE DEER ISLE DEER ISLE DEER ISLE DEER ISLE DEER ISLE DEER ISLE DEER ISLE WETLAND TYPE E2EM E2FL LiOW Mi AD MIBH M2BB M2FL M2RS P EM P FO P OW P SS ACREAGE * UNITS 37.8 6 3.1 i 56.4 2 4.8 i 3.9 i 198,7 35 1375.3 46 1807,4 146 31.2 4 836.6 48 i.i 1 220.9 20 4577.2 311 2-A-63 10-30 SUMMARY OF WETLANDS IN FRANKFORT, REGION 4 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT FRANKFORT EiUB e; 2EM e; dfl. e; 2RS L: low p EM F* FE p FO p FS p FW p OW F> SE p SS R30W UNK ACREAGE * UNITS 11,2 1 114,7 8 216,6 5 0 ,9 i 91 ,9 3 12,4 i 9,6 i 00405,2 021 00327.0 012 3,8 i 14,0 3 122.9 3 0 0 093,9 016 0 0123,5 0 07 i .1 1 1548,7 84 2-A-64 SUMMARY OF WETLAND?3 IN HAMPDEN, REGION A FRIDAY 17 AUGUST 1979 TOWN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN HAMPDEN WETLAND TYPE EiOW E2&B E2FL LiOW P EM P P P P P FE FO FS OW SE SS RIFL RiOW R20W R30W ACREAGE * UNITS 198.8 i O.S i 43.2 10 145,9 2 2,9 i 1 ,8 i 0 0758,5 025 0 0265,7 017 0 0 037.8 030 0 0 432,7 019 00223.4 031 5 . 7 4 0 0177.7 002 36 , 0 2 0 0 014,7 003 2'^' 149 2-A-65 10-80 SUMMARY Of" WETLANDS IN ISLE AU HAUT, REGION 4 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ISLE AU HAUT E2EM ISLE AU HAUT LlOW ISLE AU HAUT MlAB ISLE AU HAUT MSAB ISLE AU l-IAUT l-'iZBB ISLE AU HAI..IT H2FL ISLE AU HAUT M2RS ISLE AU HAUT P EM ISLE AU HAUT P FO ISLE AU HAUT P SS ISLE AU HAUT UNK ACREAGE 2, ,9 72 . , 2 2B0 ,3 10, ,7 34, , 0 40, ,2 393 , ,5 4, ,1 126, ,4 150, , 0 29, ,3 1143, 6 # UNITS i 1 19 2 7 4 70 1 27 38 3 173 2-A-66 SUMMARY OF WETLANDS T.N irSLEBORQ, REGION A FRIDAY 17 AUGUST 1979 TOWN ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO ISLEBORO WETLAND TYPE E2AB E2BB E2EM E2FL E2RS LiOW M.1.AB MiOW M2AD M2BB M2EM M2FL M2RS P FO P SS ACREAGE 14 0 46 4 42 5 91 7 0 0134 0 27 6 338 4 SSS5 2 54 2 112 9 S 7 A 1 8 7 il2S 0 479 0 45 0 8520 3 * UNITS 1 B S 12 021 i 13 2 9 20 i 34 81 27 9 244 .A-67 10-80 SUMMARY OF- WETLANDS IN LINCOLNVILLE , REGION 4 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE LIK'COLNVILLE EiOW LIK'COLNVILLE E2EM LIHCOLNyiLLE E2FL LINCOLNVILLE LiOW LINCOLNVILLE M2BB LIMCOLNVILLE P EM LINCDLNUILLE P f"0 LINCOLNVILLE P FS LINCOLNVILLE P OW LINCOLNVILLE P SE LINCOLNVILLE P SS LINCOLNVILLE R20W ACREAGE * UNITS 9.3 3 7.2 2 8.8 2 0 i i 0 i , 2 0 08 25,6 S iOB.O 24 0 0 879,7 103 0 0284.2 022 0 0 034.5 028 19. 0 3 0 0327.2 042 6.5 i 2811.2 243 2-A-68 GUf'iMARY OF-' WETLANDS IN MONROE ISLAND > REGION ^ SATURDAY 18 AUGUST 197*^ MONROE MONROE MONROE MONROE TOWN IGLANi: ISLAND ISLANi: WETLAND TYPE M2BB MidFL m;2rs P ow ACREAGE i "^i 8i .S 6S,9 i .6 164 , A * UNITS 4 2 ii 3 20 2-A-69 10-80 SUMMARY or-" WETLANDS IN MUSCLE RIDGE IS., REGION 4 SATURDAY 13 AUGUST 19"^ TOWN WETLAND MUSCLE RIDGE IS. MlAP MUSCLE RIDGE IS, MiOW MUSCLE RIDGE IS. M2AB MUSCLE RIDGE IS. M;i]f.iB MUSCLE RIDGE IS, M2FL MUSCLE RIDGE IS. M2RS MUSCLE RIDGE IS. P OW TYPE ACREAGE * UNITS 0 0 084, 0 Oil 0 0006, 0 OOi 79 . 4 il' 0 0 029, 0 0 03 0 0 078.5 007 182,6 27 0 0233.7 029 by.^ 80 2-A-70 i SUMMARY OF WETLANDS IN NORTH HAVEN, REGION 4 FRIDAY i7 AUGUST i.979 TOWN WETLAND TYPE NORTH HAVEW E2EM NORTH HAi^^EN LiOW WORTH HAVEN MiAB NORTH HAVEN M2AB NORTH HAVEN M2Br:: WORTH HAVEN M2FL WORTH HAVEN M2RS WORTH HAVEN P EM WORTH HAVEN P FO WORTH HAVEN P SS WORTH HAVEN UNK ACREAGE * UNITS 19.4 5 76 . S 1 88.6 15 9 . 9 A 87 . :l 20 422.6 41 569,3 102 2S . i 4 639.3 60 95 . 2 ii 15.4 i 2051 .4 ?64 -A-71 10-80 SUMMARY OF WETLANDS IN NORTHPORT , REGION 4 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE WORTHPDRT NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NOR T HP OR T NORTHPORT NOR T HP OR T e; 5BF e; 2FL L: iOW MiAB MiOW m; 5BB m; ;?FL m; 5RS EM FO FS OW SE SS r; 20 W ACREAGE * UNITS 1 9 , 1 i 7 . 2 1 0 0333.1 0 04 4.3 1 2 Oil. 6 i 1 i . 3 2 99 . 2 8 61.8 10 22 . 5 3 0 0 948, 0 046 1 0 0,1 7 6.6 4 66.4 2 0 0198.2 010 7 . 5 i 389{ 101 2-A-72 SUMMARY OF WETLANDS IN OR LAND, REGION 4 FRIDAY i? AUGUST 1979 TOWN ORLAND OR LAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND ORLAND WETLAND TYPE EiOW EiUB E2BB E2EM E2FL E2RS LlOW L2BB P EM ACREAGE P P P P S P S UNK FE FO FS OW 0408S. 0 0 073. 16, 0 0367, 23 . 028,28, S. 0 0 064, 6 . 0 0768, 0 0226, 0 0 027, 0 0 i i i , 00280 38 8 7 S 8 2 4 8 6 8 3 6 6 9 4 9 8928 , S # UNITS 002 004 008 3 012 1 003 2 079 013 014 0 06 046 2 203 2-A-73 10-80 SUMMARY OF WETLANDS IN ORR INGTDN , REGION 4 FRIDAY 17 AUGUST 1979 T(3WN ORI-'INGTON ORRINGTON DRRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON ORRINGTON WETLAND TYPE EiOW E2BB E2EM E2FL E2RS LI GUI EM FO FS OW P P P P P SE P SS RIFL RlOW R 1 R S R20W ACREAGE * UNITS 352,8 i 18. i 7 7.1 2 i 14,4 8 7 . 0 4 0 0748,4 0 03 0 0 011,8 0 08 0 0 262, 6 030 0 0 1 3 0 . 7 013 00016.4 Oil 0 0203,6 012 003S7,3 029 0 ,7 1 0 0123, 8 0 02 1 ,2 2 0 0 0S0,8 0 02 24 Oi 135 2-A-74 SUMMARY OF WEnLANDS IN OWLS HEAD. REGION 4 ShTURPAY j.S AUGUST 1979 TOWN 01 01 OWI. OWI, 01' 01 OWL OWI ow OWL. OWL OWL OWL OWL HE HE AD EAD IE AD lEAD lEAD AD IE AD IE AD lEAD EAD IE AD IE AD lEAD IE AD WETLAND TYPE EiOW E2AB E2EM E2FL E2RS M2AB M21E(B M2FL M2RB P P P P EM F'O F-S OW ACREAGE # UNITS 25 , A i 1 , 8 i 0 0 044 . 0 0 0 6 0 0 i 0 i , 2 0 0 .1. 0,6 1 47i .6 S 57 . 4 12 247 . 9 8 58,7 12 5 , 7 3 217 . 0 22 273 , 6 22 6 , 7 8 0 0 i 0 0 , 5 019 1632. 1 124 2--A-75 10-80 SUMMARY OF WETLANDS IN PENOBSCOT, REGION A FRIDAY 17 AUGUST i?79 TOWN WETLAND TYPE ACREAGE * UNITS PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT PENOBSCOT E iAB EiOW E. 2AB E SEM E 2FL E 2RS LlOW MiOW M 2FL M 2RS P EM P FE P FO P FS P OW 3.2 1597.2 229 . 2 30 1213 106 0 0603 235 69 11 0 0 1 87 0 0 022 01891 58 00 004 0 0382 6646 . 6 3 3 ,4 8 ,8 . 0 3 4 3 9 o 1 4 10 3 16 12 004 1 1 Oil 002 052 2 0 03 029 153 2-A-76 SUMMARY OF- WETLANDS IN PROSPECT, REGION A FRIDAY 17 AUGUST 1979 OWN PROSPECT PROSPECT PROSPECT PROSPECT PROSPECT PROSPECT PROSPECT PROSPECT PROSPECT PROSPECT PROSPECT PROSPECT WETLAND TYPE EiUB E2EM E2FL LiOW P P P P F» P EM FO F5 FW OW SE P SS UNK ACREAGE * UNITS 9.1 i 255 . 2 7 220 ,8 5 66.6 1 3.0 i 152.7 11 118.5 9 1 .9 1 4.7 5 1 5 . 6 1 113.3 15 17.9 2 979.3 59 2-A-77 10-80 SUMMARY OF WETLANDS IN ROCKLAND, REIGION 4 SATURDAY i8 AUGUST 1979 TOWN WETLAND TYPE ACREAGE * UNITS ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND ROCKLAND E2EM LiOW MliAB M2&B M2FL M2RS F-' F^' F^ F' P P P EM F-E F-0 FB OW SE SS 0 0 0 3 0 0 0157 96 8 78 (,"' 00133 0 0267 64 0 0 037, 0 0 025 0 0 482 0 7 4 4 8 8 6 0 6 7 7 5 o 001 004 i 2 5 1 013 1 035 8 018 0 05 035 1399 , 4 129 2-A-78 SUMMAi?Y OF WETLANDS IN ROCKF>ORT , REGION 4 SATURDAY 18 AUGUST 1979 TOWN WETLAND TYPE ROCK PORT ROCK PORT ROCK PORT ROCK PORT ROCK PORT ROCK PORT ROCK PORT ROCK PORT ROCK PORT ROCK PORT ROCK PORT I.. .Oi/J m: luW m; ■;BB m: :'FL m; ?RS p EM p FO p FS p OW p SE p SS ACREAGE * UNITS 00610.9 0 07 0 0 044.8 002 00023.9 0 08 OOOEJB, 0 0 03 000S2.4 013 0 0 088.3 014 0 0B33, 8 0 9 0 0 0 093.1 019 0 0 0 1 S , 6 016 0 0 016.4 0 02 0 0 IBS, 0 021 2020.2 i9S 2-A-79 10-80 SUMMARY OF WETLANDS IN SEARSPORT, REGION 4 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACRE-: AGE * UNITS SEAR SPORT SEAR SPORT SEAR SPORT SEAR SPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT SEARSPORT EiOW E2BB E2EM E2FL E2RS LiOW MlAB MiOW M2AB M2BB M2FL M2RS F' P P P P -. UNK EM FO FS OW C;Q O /_ 16 1 64 7 0 0472 22 10271 12 SI 474 237 16 0 0S87 94 0 00 03 0 0698 Q 1 6 8 5 6 7 1 3 5 0 A.. 9 7 i 3 1 3 2 OOS 2 5 1 5 17 22 2 029 S 002 022 13043.4 128 2-A--80 SUMMARY OF W FT LANDS IN SEDGE WICK, REGION 4 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE SEDGWICK SEDGWICK SEDGWICK SEDGWICK SEDGWICK SEDGWICK SEDGWICK SEDGWICK SEDGWICK SEDGWICK SEDGWICK SEDGWICK EiOW e; £'AB e; 2EM e; :;FL e; 2RS LiOW m: ?FL m; ?RS p EM p FO p OW p SS ACREAGE i7A 3 221 1 19 S 236 S SA 1 189 9 S2 S 33 7 7 8 1 0 A 1 1 10 376 7 * UNITS 3 8 1 3 1 33 2 15 2-A-8i ?4i7.7 80 10-80 SUMMARY OF WETLANDS IN STOCKTON SPRINGS, REGION 4 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE * UNIT* STOCKTON SPRINGS EiOW STOCKTON SPRINGS E2BB STOCKTON SPRINGS E2EM STOCKTON SPRINGS E2FL STOCKTON SPRINGS E2RS STOCKTON SPRINGS MiOW STOCKTON SPRINGS M2AB STOCKTON SPRINGS M2BB STOCKTON SPRINGS M2FL STOCKTON SPRINGS M2RS STOCKTON SPRINGS P EM STOCKTON SPRINGS P FO STOCKTON SPRINGS P FS STOCKTON SPRINGS P SE STOCKTON SPRINGS P SS STOCKTON SPRINGS P UB 2076 17 11 0 0610 0 0 0S7 3160 38 29 6 85 12 0 0144 62 140 . 0 007 0 03 Oil 014 3 1 2 2 5 A 020 4 3 015 i 6759, 4 97 2-A-82 SUMMARY OF" WETLANDS IN STGNINGTON, REGION 4 FRIDAY i? AUGUST i?79 TOWN STGNINGTON STONINGTGN STGNINGTON STGNINGTON STGNINGTON STGNINGTON STGNINGTON STONINGTGN STGNINGTON STGNINGTON WETLAND TYPE E2EM MiAB MiBB MliBB M^FL M2RS P EM P FO P OW P SS ACREAGE * UNITS 2 . 2 1 42,9 7 i.O 1 A.S 1 483 . 9 22 227,7 59 8. 0 2 448,4 29 22,4 2 14,9 3 1255.9 127 2-A-83 10-80 SUMMAF^Y OF WETLANDS IN SURRY, REGION A FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE SURRY SURRY SURRY SURRY SURRY SURRY SURRY SURRY SURRY SURRY SURRY SURRY SURRY SURRY SURRY EIDW E2FL e: ?RS LlOW MiDW m;. ?AB m;. ;fl M- ?RS p EM F' eo p fo p FS p OW p SE F> SS ACREAGE * UNITS 7 0 , 7 i 00267.6 0 03 2.5 1 01217.7 004 7236 . 6 4 3.8 1 251 .5 7 8. 1 3 0 0 067,6 009 2.6 1 01044,5 050 0 0 231 ,1 012 0 0226.9 Oil 208.2 8 00421,6 036 11261 , 0 151 2-A-84 SUMMARY GF WETLANDS IN VERONA, REGION 4 FRIDAY 17 AUGUST 1979 TOWN VERONA VERONA VERONA VERONA VERONA VERONA WETLAND TYPE E2FL E2RS P FO P FS P SE ACREAGE * UNITS 316.5 5 79. 0 4 36.0 5 22.9 3 3.3 i 49.2 6 506 24 2-A-85 10-80 SUMMARY OF WETLANDS IN VINALHAVEIN, REGION 4 FRIDAY 17 AUGUST .1979 TOWN WETLAND TYPE ACREAGE * UNITS VINALHAVEN VINALHAVEN VIMALHAVEN VINALHAVEN VI HAL HAVEN VINALHAVEN VINALHAVEN VINALHAVEN VINALHAVEN VINALHAVEN VINALHAVEN VINALHAVEN VINALHAVEN ElAB EiOW E2EM E2FL MiAB MiOW M2AB m;2bb m;2f-l M2RS P FO P OW 42 iS2 0 0 04S j.6 0 0545. 0 0 021 , 5 0 0 097 01383 01393 01220 0 0 0 1 2 0 0 045 012 1 054 0 05 2 030 075 209 092 009 009 4979 . 1 504 2-A-86 SUMMARY OF WETLANDS IN WINTERPDRT , REGION 4 WINTE IvIIWTE WINTE WINTE 10 INT E WINTE WINTE WINTE WINTE WINTE WINTE WINTE WINTE WINTE WINTE TOWN RPORT RFORT RPORT RPORT RPORT RPORT RPORT RPORT RPORT RPORT RPORT RPORT RPORT RPORT RPORT WETLAND TYPE EiOW e; 2BB e; .^EM e; 2FL E< 5RS p EM p FE p FO p FS p FW p OW p SE p SO p SS R30W FRIDAY i? AUGU; 5T 197 ACREAGE * UNITS S66,5 i i .S i 0 0 094. 0 013 iEii ,9 10 3 , i 3 0 0 096, 0 0 08 S8 . 0 3 0 0 446. i OS- 0 0340.9 OSS 33 . i 3 0 0 031 .8 020 .1. 3 . 3 2 00004.2 002 0 02i.S,9 030 0 0 061 .2 004 2150,5 152 2-A-87 10-80 Summary Totals of Wetlands (NWI) in Region 5 Wetland type Acreage Wetland type Acreage ElAB ElOW EIRB ElUB E2AB E2BB E2EM E2E0 E2EU E2FL E2FM E2FS E2RF E2RS E2SS LlAB LlOW LIUB L2AB L2BB L2EM L20W L2UB PAB 5309.5 PCM PEO 1510.5 PFE 601.5 PFO 11.5 PFS 2179.1 PBf 23.4 POW 397.4 PSE 6135.1 PSO PSS 21.1 PUB 457.3 RIBB RIEM RIFL 19543.4 RlOW RIRS 23.1 0.6 RlUB R2EM R20W R30W UNKNOWN 1633.9 68.5 436.6 20301.2 4652.4 57.5 575.1 3645.9 21.3 9596.4 370.7 2.8 419.0 MlAB MIBB MlOW MlUB M2AB M2BB M2FL M2RF M2RS 177.8 19869.2 5133.3 360.2 422.6 7752.6 79.0 4664.6 TOTAL 116454.1 2-A-88 S U M M A R Y 0 F" W L" T I , A N D S I N B A R H A R B 0 R > R E G 1 0 N 5 FRIDAY 17 AUGUST i97<^' TOWN BAR HARBOR BAR HARBOR BAR HARBOR BAR HARBOR BAR HARBOR BAR HARBOR BAR HARBOR BAR HARBOR BAR HARBOR BAR HARBOR BAR HARBOR WETLAND TYPE E2EH E2FL LiOW MiOW M2BB M2FL. M2RS P EM P FO P OW ACREAGE * UNITS 8 i . S 6 73 , i 3 "24.5 9 4 098,2 3 4.3 1 HI i 5 . 3 17 68 . 5 17 7 i .9 6 9'77.3 48 87,0 14 995, 1 32 8196.7 156 2-A-89 10-80 SUMMARY OF' WETLANDS IN CHERRYFIELD . REGION 5 FRIDAY 17 AUGUST 197? TOWN WETLAND TYPE CHERRYF-IELD e; 2EM CHERRYF'IELD e; 2E0 CHERRYFIELD L: IGW CHERRYFIELD P EM CHERRYFIELD P EO CHERRYFIELD P FE CHERRYFIELD P FO CHERRYFIELD P FS CHERRYFIELD P FW CHERRYFIELD P OW CHERRYFIELD P SE CHERRYFIELD P SS CHERRYFIELD r; 20 W CHERRYFIELD r; :'5GW ACREAGE # UNITS 52,7 9 iO . i i 10 6,4 i 00032, 1 Oil 10.9 o 102. 0 16 02249.5 114 0 0849,3 049 4 i , 9 10 0 010 4,1 0 47 0 0219,6 018 0 0188,6 027 0 0252.0 Oil 2,8 1 4222, 0 317 2-A-90 SUhfMARY OF l-JETLANDS IN COLUMBIA, REGION S FRIDAY i? AUGUST 1979 TOWN WETLAND TYPE COLUMBIA LiOW COLUMBIA COLUMBIA COLUMBIA COLUMBIA COLUMBIA COLUMBIA COLUMBIA COLUMBIA COLUMBIA p EM p FE p FO p FS p OW p SE F' SO F' SS K.' •^OW ACREAGE * UNITS 138.8 6 7 0.3 6 12.6 4 88S . 4 51 396 . 4 31 26.1 14 595 . 7 14 3,6 2 2102. 1 28 40 .6 2 4274 . 6 158 2-A-9i 10-80 SUMMARY OF WETLANDS IN CRANBERRY ISLE5, REGION 5 FRIDAY 1.7 AUGUST .1979 TOWN WETLAND TYPE CRANBERRY ISLES E2EM CRANBERRY ISLES MZ'BB CRANBERRY ISLES M2FL CRANBERRY ISLES M2RS CRANBERRY ISLES P f-G CRANBERRY ISLES P SS ACREAGE * UNITS 72.3 3 0 0 013.2 0 03 0 0112,9 006 0 02 03.S 019 182.4 3 156.3 1 ■:'4 0.6 3S i 2-A-92 SUMMARY OF" WETLANDS IN Ef.LLSWORTH , REGION 5 FRIDAY 17 AUGUST i?79 TOWN WETLAND TYPE ACREAGE « UNITS ELLSWORTH ELLSWORTH ELLSWORTH ELLSWORTH ELL ELL ELL ELL ELL ELL ELL S WORTH S WORTH S WORTH S WORTH S WORTH S WORTH S WORTH ELLSWORTH ELLSWORTH ELLSWORTH ELLSWORTH ELLSWORTH ELLSWORTH EiOW EiUB E2FL E2RS LiOW L2BB MiOW M2FL F* F' F* P P F' F' r; EM EO FE FO FS OW SE SS :0W 0 0171 . 32 0 0 320, 0 0 022, 0S642, 0 9S 21 , 00293- 0 0 047- 15 01S22 0 0741 0 0 025 0 0 761 0 0496 0 0 070 4 8 5 9 6 9 3 "/, 1 4 7 8 8 4 7 1 003 1 0 09 0 02 020 i i i 015 005 1 134 036 021 033 050 004 132B1 ,9 337 2-A-93 10-80 TOWN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN FRANKLIN SUMMARY OF WETL .ANDS IN FRANKLIN, REGION 5 FRIDAY 17 AUGUST WETLAND TYPE ACREAGE 1 U F."iOW 0 06S3.6 EiUB 355 . 5 F.'2AB 280 . 0 F2EM 0 0130.6 F2EU 12,1 E2FL 01423.4 F2RS 152. i LiOW 0 0 890 . 1 P EM 0 0 051 . 0 P FE 13.9 P FO 01402.9 P FS 0 0333.0 P OW 0 0018.8 P SE 0 0474.6 P SS 0 0423.5 6650 , 1 1979 UNITS 003 5 ii 017 1 018 7 009 0 04 2 080 028 0 09 023 0 31 248 2-A-94 SUMMARY OF" WETLANDS IN GOULDSBORO , REGION 5 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE il^ UNITS GOULDSBORO EiOW 369.2 i GOULDSBORO ElUB 3.9 i GOULDSBORO E2BB 2,6 2 GOULDSBOR 0 E2EM 0 0283,0 018 G 0 U L D S B 0 R 0 E 2 F L 0 1 0 7 3 . 1 0 0 6 GOULDSBORO E2RS 0 0 068,4 0 08 GOULDSBORO LiOW 813.7 7 GOULDSBORO MlAB 35.5 2 GOULDSBORO MiOU 5.9 1 GOULDSBORO MlUB 20 0,0 5 GOULDSBORO M2AB 0 0 051.5 0 03 GOULDSBORO M2BB 00074.5 016 GOULDSBORO M2FL 01056,9 038 GOULDSBORO M2RF 72.2 4 GOULDSBORO M2RS 0 0548.7 059 GOULDSBORO P EM 386.6 13 GOULDSBORO P FE 6,2 1 GOULDSBORO P FO 01170.9 071 GOULDSBORO P FS 00030.7 004 GOULDSBORO P OW 0 0 032,2 0 04 GOULDSBORO P SS 01262.0 066 GOULDSBORO UNK 68.5 4 7616,2 334 2-A-95 10-80 SUMMARY OF WETLANDS IN HANCOCK, REGION 5 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE 4 UNITS HANCOCK HANCOCK HANCOCK HANCOCK HANC HANC HANC HANC HANC HANC HANC HANC OCK OCK OCK OCK OCK OCK OCK OCK HANCOCK HANCOCK HANCOCK HANCOCK HANCOCK EiOW ElUB E2Alti E2EM E2FL E2RS MiOW M2AB M2r.(B M2FL M2RS F P P P P P EM FO FS OW SE 00434 797 0 0184 0 0 080 0 0 639 00027 371 16 1 78 31 11 0 070 0 0 0287 33 211 SO 0 4 9 0 0 8 r- 9 4 3 1 9 3 2 6 1 7 3987, 1 006 007 010 021 0 08 1 2 i 5 2 0 33 016 ii 13 li ISl 2-A-96 SUMMARY Of" WETLANDS IN HARRINGTON, REGION 5 FRIDAY i? AUGUST .1.979 TOWN WETLAND TYPE ACREAGE * UNITS HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON HARRINGTON ElOW E2BB E2EM E2EU E2FL E2RS MiAB MiOW MiUB M2BB M2FL M2R£> P EM P FE FO FS OW 00 v-y il28.3 S.B A 9 i 3 12.8 325 . 4 161 2253 Oi7''37, 0 0 0 1 3 0 0163, 0 0201 26 , 1 , 0 0463, 1 1 7 6 , 0 0164 4 9 9 6 5 3 3 1 i 1 7 3 039 9 9 iS 2 1 Oil 015 0 06. 034 4 i 034 iS 3 014 P-A~97 7378,2 10-80 SUMMARY OF WETLANDS IN LAMOINE, REGION S FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE 4 UNITS LAMOINE LAMOINE LAM DINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE LAMOINE EiOW EiUB E2AB E2EM E2FL E2RS LiOW MiOW M2FL m: P P P f P RS EM FO FS OW ss UNK 00365, 277, 76 0 0 089, 01076, 107, 31 , 1959 , 4 08 73 , 5, 0 0169, 43, 1 , 0 0 045, 84, 0 03 4 3 006 017 6 i A A S 1 010 4 004 i 4816.3 75 2-A-98 SUMMARY OF WETLANDS IN LONG ISLAND > REGION S FRIDAY 17 AUGUST 197? TOWN WETLAND TYPE LONG ISLAND E2EM LONG ISLAND MJ.OU.1 LONG ISLAND M2AB LONG ISLAND M2BB LONG ISLAND M2FL LONG ISLAND M2RS LONG ISLAND P FO LONG ISLAND P SS ACREAGE * UNITS 3.8 i 506,8 i S,i i S.8 2 .t.5.4 i 96 , S 9 47 .A 6 BO .7 S 'Ol . cti 2-A-99 10-80 SUMMARY OF WETLANDS IN HILBRIDGE, REGION 5 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE t UNITS MILBRIDGE HILBRIDGE HILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE MILBRIDGE EiOW E2BB E2EM E2E0 E2EU E2FL E2RF E2RS LiOW MiAB MiOW MiUB M2BB M2FL M2RS P EM P P P F' f> P FE FO FS OW SE ss 0 0 418, i , 00336, 0 0012, 0 0223, 0 0639, 21 29 00030, 30 0 0S6S 01355 11 0 0379, 0 0267, 7, 4, 01084, 95 , 24, 41 , 0 0116, 008 1 041 004 006 010 1 10 003 1 0 03 Oil 3 0 1 3 028 2 1 051 6 7 3 015 5997 . 5 2-A-iOO SUMMARY OF" WETLANDS IN MOUNT DESERT, REGION S FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE MOUNT DESERT EiOW MOUNT DESERT E2EM MOUNT DESERT E2FL MOUNT DESERT LiOW MOUNT DESERT L2EM MOUNT DESERT MiOW MOUNT DESERT M2fiB MOUNT DESERT M2FL MOUNT DESERT M2RS MOUNT DESERT P EM MOUNT DESERT P FO MOUNT DESERT P OW MOUNT DESERT P SS ACREAGE V UNITS 1376,2 i 49.3 4 0 0 044,5 004 01369,2 010 12,6 1 3433,1 2 6, 0 i 0 0421.4 019 0 0 982.9 012 12,2 2 0 0563,5 0 55 9,4 2 0 0250,4 023 853 0 ,7 136 2-A-iOi 10-80 SUMMARY OF WETLANDS IN SORRENTO, REGION S FRIDAY 17 AUGUST 1979 TOWN SORRENTO SORRENTO SORRENTO SORRENTO SORRENTO SORRENTO WETLAND TYPE MiAB M2AB M2FL P P FO SS ^iCREACE # UNITS 49.3 4 S7 . 4 s ■.?69 . 7 10 93 , 0 9 23,2 1 20. i 1 612,7 30 i 2-A-i02 i SUMMARY OF WFITLANDS IN SOUTHWFST HARBOR, RFIOION S FRTDAY 17 AUGUST i.979 TOWN WETLAND TYPE SOUTHWEST HARBOR E2EM SOUTHWEST HARBOR E2FL SOUTHWEST HARBOR LiOW SOUTHWEST HARBOR MiOW SOUTHWEST HARBOR M2FL SOUTHWEST HARBOR M2RS SOUTHWEST HARBOR P EM SOUTHWEST HARBOR P FO SOUTHWEST HARBOR P OW SOUTHWEST HARBOR P SS ACREAGE * UNITS BA . 7 3 24,0 i 2.1.0,0 i 1755, i 2 210.6 li i 3 . 5 3 1 7 , 3 i 2 05.1 24 2.9 3 120.0 14 ;64i .2 63 2-A-i03 10-80 SUMMARY OF WETLANDS IN STEUBEN, REGION S FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE * UNITS STEUPEN STEUBEN STEUPEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN STEUBEN EiOUi EiUB EZ'BB E2EM E2E0 E2FL E2RS LiOW L2AB MlAB MlOW MiUB M2AB M2BB M2FL M2RF f' R p p p p F> P EM FE FO F5 r\^ OW SE SO SS ;0W UNK 0 0179 IS 0 0239 0 0 0 4S6 0 0 002 0 0183 23 15 1605, 1840 132 194 1076, 6, 220 , 0 0 027, 132, 02481 , 0 0297, 15, 0 0 043, 0 0261 , 0 , 0 0832, 3, 215, 1 8 0 5 7 2 0 1 1 5 7 2 6 9 7 8 6 4 5 1 5 6 8 6 9 1 9 6 0 03 i 030 1 0 03 0 02 0 03 {^ 3 4 11 12 18 45 2 62 0 08 14 076 032 5 010 016 1 035 1 8 10506.5 410 2-A-i04 SUMMARY OF WETLANDS IN SULLIVAN, REGION S FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN SULLIVAN EiOW EiUB e; 5AB e; ^EH e; ?.FL e: 2RS LiOW m; 2i^h m: 2FL m; 2RS p EM F FO p FS F' OW p SE p SS ACREAGE * UNITS 00177.6 0 03 24, 0 i 60. S 1 9 . 7 5 0 0 043.S 004 0 0 02S.3 002 937 . 1 9 41 .7 3 184.6 5 6,4 2 16,7 3 1374,9 68 171 ,8 13 1 7 . 8 10 326 , 0 17 299,3 25 3716.9 171 2-A-105 10-80 SUMMARY OF WETLANDS IN SWANS ISLAND, REGION S FRIDAY 17 AUGUST i?79 TOWN WETLAND TYPE ACREAGE UNITS SWANS ISLAND EiOW SWANS ISLAND E2EM SWANS ISLAND LiOW SWANS ISLAND MiAP SWANS ISLAND MiOW SWANS ISLAND MZ'AB SWANS ISLAND MZ'BB SWANS ISLAND M2FL SWANS ISLAND MZ'RS SWANS ISLAND P EM SWANS ISLAND P FO SWANS ISLAND P OW SWANS ISLAND P SS SWANS ISLAND UNK i ,9 i 3 , i 1 i , 3 0 0 022, 0 i 3 . 3 52,0 28. S 282. 8 0 0929.4 34 . i 0 0319.9 o o 00148,4 23. 0 i 2 i 003 i 7 6 19 063 4 0 32 o 026 1881 .9 169 2-A-i06 SUHMARY OF WETLANDS IN T7SD,, REGION 5 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE T7SD T7SD T7SD T7SD T7SD T7SD T73D T7SD T7SD T7SD E: i.UB L: LOW P EM P ED F' F-F P FO P FS P GW P SE P SS ACREAGE 4 UNITS 3 . 6 i 481 .9 6 169.6 7 8.8 1 38.2 S 0 0 491 , 0 050 0 0 1 0 1 . 3 012 30,3 4 87 . 2 S 230.7 16 1642 , 6 107 Ji-A-i07 10-80 SUMMARY OF WETLANDS IN T8SD, REGION 5 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE * UNITS TBSD LiOW 614,5 i T8SD P EM 164.0 9 TBSD P FO 1237.9 26 T8SD P FS 4?1 , i 2S l: LOW p EM p FO p FS p OW p SE p SS T8SD P OW S.8 5 T8SD P SE 3S7,4 19 T8SD P SS 214.3 19 104 ACREAGE 6 1 4 ,5 164 ,0 1237, ,9 4S1 ,i S . ,8 3S7 ,4 214 .3 3 0 45, , 0 ^-A-i08 SUMMARY OF WETLANDS Ihl T9SI), REC7ION 5 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE ACREAGE # UNITS T9SD LiOW 11 OS. 2 i T9SD P F-0 126.9 5 T9SD P FS 3-4.2 3 T9SD P OW 8.9 2 T9SD P SF ^1,1 3 T9SD P SS 61,2 3 1387.4 17 ACREAC )E 11 OS, ,2 1 26 , ,9 3-1 ,2 8, ,9 SI , 1 61 ,2 ^-ft-ioy 10-80 SUMMARY Of WETLANDS :tN TiOSD, REGION 5 FRIDAY 17 AUGUST 1979 TOWN WETLAND TYPE TiOSD TiOSD TiOBD TiOSD TiOSD TiOSD TiOSD TiOSD TiOBD TiOSD TiOSD TiOSD l: LOW p EM P EO p FE p FO p F5 p OW P SE p SO p SS RI iiOW UNK ACREAGE * UNITS 301 i ,2 16 170 .4 12 1 ,7 1 10 4.8 IS 012S4.9 118 686.3 49 44.6 IS 0 0258.9 024 16.8 3 402. 0 36 4.1 1 27 , 2 i 5982.9 291 ■A-liO SUMMARY OF WETLANDS IN TREMONT , REGION S F-RIDAY i? AUGUST 1979 TOWN WETLAND TYPE ACREAGE * UNITS TREMONT TREMONT TREMONT TREMONT TREMONT TREMONT TREMONT TREMONT TREMONT TREMONT TREMONT e; 2EM e; 2FL LiOW MiAB m; e:&b m; BFL m; e:rs p EM p F-0 p OW p SS 0 0 060, 3i , 2S3 ii j.3 0 0 534 0 0282 0 0 047, OOB'iS, 00006, 0 0 366, 0 07 2 i 2 020 0 33 0 06 04i 0 02 023 !i6 3^5* ii-A-ili 10-80 SUMMARY OF WETLANDS IN TRENTON, REGION S FRIDAY i? AUGUST 197? TOWN WETLAND TYPE TRENTON TRENTON TRENTON TRENTON TRENTON TRENTON TRENTON TRENTON TRENTON TRENTON TRENTON EiOW e: 2EM e: 2FL MiOW m; :?FL m; 2RS p EM p F-O p f-S p OW p SS ACREAGE A . 5 iO , 5 466 , 1 4825, ,5 ii96, ,7 4i, ,1 5 , ,2 693, , 3 16, ,3 13, ,7 237, 4 7510. 3 * UNITS 1 1 2 4 6 1 11 i 43 i 2-A-ii; SUMMARY OF- WETLANDS :i:N WINTER HARBOR, REGION S FRIDAY .17 AUGUST 1979 WINTER WINTER WINTER WINTER WINTER WINTER WINTER TOWN HARBOR HARBOR HARBOR HARBOR HARBOR HARBOR HARBOR WETLAND E 2EM L. iOW M ^BB M 2FL M 5RS P FO P SS TYPE ACREAGE # UNITS 8.5 2 i 7 . 4 1 54 , 8 3 226 , 8 9 603,5 26 ii5.3 8 262 , 6 16 1288,9 65 -ft-il3 10-80 Summary Totals of Wetlands (NWI) in Region 6 Wetland type Acreage Wetland type Acreage ElAB ElOW EIRB ElUB E2AB E2BB E2EM E2E0 E2EU E2FL E2FM E2FS E2RF E2RS E2SS LlAB LlOW LIUB L2AB L2BB L2EM L20W L2UB 3.7 PAB 12938.6 PEM 58.7 PEO 1161.9 PFE 568.9 PFO 415.0 PFS 2666. a PFW POW PSE 8809.1 PSO PSS PUB 1425.6 RIBB 57.9 RIEM RIFL 27.3 RlOW 12883.9 RIRS RlUB 159.5 R2EM R20W R30W 84.9 70.8 UNKNOWN 45.2 1688.0 32.6 38737.3 801.6 520.1 268.9 15737.0 7.5 193.2 96.9 79.0 646.2 534.6 1683.0 MlAB MIBB MlOW MlUB M2AB M2BB M2FL M2RF M2RS 586.0 10422.1 18668.6 1317.8 1245.2 8011.3 21.3 4224.8 TOTAL 146935.2 2 -A-ii4 SUMMARY LISTING OF V^ETLAMDS IN BEALS , MAINE WEDNESDAY 7 MARCH 19 79 TOWN bEALS bEALS cEALS bEALS bEALS BEALS BEALS BEALS bEALS BEALS BEALS bEALS BEALS WETLAND TYPE E2EM MlAB MlOW MlUB M2AB M2BB M2FL M2RS P FO P FS P OW P SS UNK ACREAGE # UNITS 5.7 4 44.: 3 161.1 1 1495.3 19 168.2 11 18.4 8 601.4 34 814.9 7 8 391.1 23 24.5 2 3.4 2 153.4 12 9.5 3 3891.0 20 0 2-A-115 10-80 SUMMARY OF WETLANDS IN ADDISON, REGION 6 FRIDAY 17 AUGUST .1.97? TOWN WETLAND TYPE ACREAGE i UNITS ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON ADDISON EiOW E.iUB E2BB E2EM E2FL E2RS MiAB MiOW MlUB M2BB M2FL M2RS F' F' P P P R20W UNK EM FO FS OW SE SS 0 0880 56 10 0 0569 01540 33 0 0367 03780 02165 0 0 039 0 0459 0 0516 0 0 033 0 2807 32 5 3 Q 0 3 5 3 1 0 0 2 5 B 3 5 38. 1 26.7 0 0992.7 2.5 33 . 2 0 07 3 1 051 012 0 06 006 010 014 018 0 78 004 117 3 8 2 062 14384.3 418 2-A-li6 SUMMARY LISTING OF WETLANDS IN CALAIS, MAINE WEDNESDAY 7 MARCH 1979 TOWN CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS CALAIS WETLAND TYPE ElOW E2BB E2FL E2RS LlOW EM FE FO FS OW SE SS Rl FL RlOW R30W UNK ACREAGE 1674.9 21.1 254.3 45. 2 1320.9 677.5 11.1 1634.1 191.6 36.6 79.3 1174.0 193.2 82.4 313.3 34.1 # UNITS 3 7 12 13 7 31 1 119 22 10 8 127 1 2 3 8 7743.6 374 2-A-ii7 10-80 SUMMARY LISTING OF WETLANDS IN CENTERVILLE, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE ACREAGE # UNITS CENTERVILLE P FO 9405.1 51 CENTERVILLE P OW 7.4 4 CENTERVILLE P SS 1557.1 45 CENTERVILLE R20W 2 3 7.6 2 CENTERVILLE UNK 4.1 1 11211.3 103 i 2--A-ii8 SUMMARY OF WETLANDS IN COLUMBIA FALLS, REGION 6 FRIDAY 17 AUGUST 1979 TOWN COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS COLUMBIA FALLS U) :tland EiOW E. 2EM E< i:'FL L low P EM P FO P FS P OW P SE P SS r; 20 W TYPE UNK ACREAGE ■# UNITS 92 , 6 i 177.0 8 3 ■ 0 i i , 7 i 0 0 017. S 0 03 019 0 9 , A 066 25,6 5 00003. 0 003 7 . 6 2 00209,9 036 00016.7 0 02 69.2 8 2533.2 136 2-A-ii9 10-80 SUMMARY LISTING OF WETLANDS IN CUTLER, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE CUTLER ElOW CUTLER E2BB CUTLER E2EM CUTLER E2FL CUTLER LlOW CUTLER MlAB CUTLER MlFL CUTLER MlOW CUTLER MlUB CUTLER M2A£5 CUTLER M2BB CUTLER M2FL CUTLER M2RS CUTLER P EM CUTLER P FO CUTLER P OW CUTLER P SS CUTLER UNK ACREAGE # UNITS 0.4 1 2.5 1 81.2 11 10.0 1 8.6 1 67.8 7 63.7 3 575.4 2 2120.7 11 50.5 4 89.0 24 822.5 23 465.1 54 27.7 8 1782. 2 93 72.3 16 2399.1 89 6 .8 3 8645.5 352 2-A-i20 SUMMARY LISTING UF WETLAivlDS IN DEi\llMi;SVILLE, MAINE WEDNESDAY 7 MARCH 1979 TOWN DENNYS\/ILLE DENNYSVILLE DENNYSVILLE DENNYSVILLE DENNYSVILLE DENNYSVILLE DENiMYSVILLE DENNYSVILLE DENNYSVILLE DENNYSVILLE WETLAND TYfE EIRB E2EM E2FL E2RS P EM P FO P OW P SS R30VV UNK C RE AGE # UNITS 47.4 3 48.9 5 139.5 8 41.8 3 45.9 5 1690.4 35 1.5 1 204.5 18 13.0 2 3.1 1 2236.0 81 2-A-i2i 10-80 SUMMARY LISTING OF WETLANDS IN EAST MACHIAS, MAINE WEDNESDAY 7 MARCH 197 9 TOWN WETLAND TYPE EAST MAC ri I AS E2EM EAST MACHIAS E2FL EAST MACHIAS LlOW EAST t4ACHIAS P EM EAST MACHIAS P FO EAST MACHIAS P OW EAST MACHIAS P ss EAST MACHIAS R20W EAST MACHIAS R30W ACREAGE # UNITS 179.2 12 202.6 1 1723.0 2 70.3 6 2233.7 64 108.8 6 574.4 17 71.5 2 140.3 2 i 5308.8 112 2-A-i22 Summary listing of wetlawds iw eastport, maiwe WEDNESDAY 7 iViARCH i97b» TOWN WETLAND TYiPE EASTPORT ElUB EASTPORT £2Ani EASTPORT E2BB EASTPORT E2EM EASTPORT E2FL EASTPORT £2RS EASTPORT MlUB EASTPORT M2AB EASTPORT M2BB EASTPORT M2FL EASTPORT M2RS EASTPORT P OW EASTPORT P SS EASTPORT UNK ACREAGE # UNITS 97.4 7 7.5 1 69.5 6 2.0 2 38.0 4 51.1 7 376.9 6 157.1 4 89.4 17 253.9 13 134.1 26 0.7 1 0.5 1 782.0 3 2060.1 98 2-A-i23 10-80 SUM^iARY LISTING OF WETLANDS IN EDMUNDS, MAINE WEDNESDAY 7 MARCH 1979 TOWN EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS EDMUNDS WETLAND TYPE hlAB ElOW EIRB ElUB E2AB E2Bii E2Eiyi E2FL E2RS LlOW L20W P EM P FE P FO P FS P OW P SE P SS R20W UNK ACREAGE # UNITS 3.7 1 98.3 3 4.6 1 189.0 8 197.3 19 1.3 1 109.9 23 404.1 28 329.7 72 97.9 2 1.9 1 47.9 7 21.5 2 2060.5 91 25.7 3 38.1 5 3.2 1 1131.8 46 3.6 1 9.0 2 4779.0 317 2~A-i24 SUMMARY LISTING OF WETLAi>JDS IN JONESBOROUGH , MAINE WEDNESDAY 7 mRCH 1979 TOWN JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH JONESBOROUGH WETLAND TYPE ElOW ElUB E2B6 E2EM E2FL E2RS LlOW MlUB P EM P FO P OW P SS RlEM RlOW R20W R30W UNK ACREAGE # UNITS 235.4 2 37.6 1 4 6.7 7 80.0 13 694.6 12 31.5 8 4.3 1 54.8 1 21.5 4 1511.1 61 14.5 6 215.6 24 7.5 5 14.5 1 8.1 3 6.5 1 1.3 1 2985.5 151 2-A-i2S 10-80 SUMMARY LISTING OF WETLANDS IN JONESPORT, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE JONESPORT ElOW JONESPORT ElUB JONESPORT E2BB JONESPORT E2EM JONESPORT E2FL JONESPORT E2RS JONESPORT LlOW JONESPORT MlAB JONESPORT MlOW JONESPORT MlUB JONESPORT M2AB JONESPORT M2i3B JONESPORT M2FL JONESPORT M2RS JONESPORT <;iiiug^ JONESPORT P FO JONESPORT P OW JONESPORT P SS JONESPORT UNK ACREAGE # UNITS 99.0 4 134.7 2 18.0 3 157.1 28 870.9 9 19.1 6 12.9 1 76.5 7 112.3 2 1867.1 19 214.0 21 297.4 59 68 4.0 41 698.6 144 34.4 1 1337.2 72 1.9 1 1417. 2 57 71.7 16 8124.0 493 2-A-iE6 SUMMARY OF WETLANDS J.N LIJBEC , REGION 6 FRIDAY 17 AUGUST 1979 TOWN LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC LUBEC WETLAND TYPE ElOW EiUB E2AB E2BB EEEM E2FL E2RS E2SB MlOW MiUB M2AB M2BB M2FL M2RF M2RS M2UB P P P P S UNK EM FO OW ACREAGE * UNITS 725,3 10 j.7,7 3 54,3 9 0,9 1 240,0 29 999 , 4 35 00150.9 0 58 57.9 3 628 , 4 5 3017,4 15 247.9 26 328 , 1 54 1274.6 29 21.3 1 408.2 90 9.6 1 30,6 5 327.2 34 5.9 5 374 , 3 47 4 07.4 12 9327.3 472 2 -A- 127 10-80 SUMMARY LISTING OF WETLANDS IN I^IACHIAS, MAINE WEDNESDAY 7 MARCH 1979 TOWN MACHIAS MACHIAS MACHIAS MACHIAS MACHIAS MACHIAS MACHIAS MACHIAS MACHIAS MACHIAS MACHIAS MACHIAS WETLAND TYPE E2EM E2FL LlOW EM FO FS OW SE SS R20W R30W UNK ACREAGE # UNITS 277.9 4 355.2 2 17.7 2 72.5 3 407.9 31 14.1 1 6.9 3 3.9 1 59.1 11 21.4 1 60.7 1 6.8 2 1304.1 62 2-A-i28 SUMMARY LISTING OF WETLANDS IN MACHIASPORT, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE MACHIASPORT ElUB MACHIASPORT E2BB MACHIASPORT E2EM MACHIASPORT E2FL MACHIASPORT E20W MACHIASPORT E2RS MACHIASPORT MlAB MACHIASPORT Ml OW MACHIASPORT MlUB MACHIASPORT M2AB MACHIASPORT M2BB MACHIASPORT M2FL MACHIASPORT M2RS MACHIASPORT P EM MACHIASPORT P FO MACHIASPORT P OW MACHIASPORT P ss MACHIASPORT UNK ACREAGE # UNITS 18.7 1 2.5 1 200.0 27 987.7 8 1.2 1 8.3 6 14.3 2 4675.1 3 4159.2 12 145.9 3 181.7 10 2493.0 18 353.8 44 6.3 1 595.7 25 16.3 2 114.8 7 31.7 2 14006.2 173 2~A-129 10-80 SUMMARY LISTING OP WETLANDS IN MARION, MAINE vnEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE ACREAGE # UNITS MARION LlOW 6233.7 7 MARION L2A3 110. y 1 MARION P EM 2 2.3 2 MARION P t'O 1541.1 83 MARION P OW 33.6 4 MARION P SS 1220 .3 34 9161.9 131 2-A-i30 DUMmRY_LISTING_OF_WETLAiNlDS_IN I^lARSriF lELD, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE ACREAGE # UNITS MARSHFIELD LlOW 289.9 5 MARSHFIELD L20W 9.1 1 MARSHFIELD P EM 81.1 1 MARSHFIELD P OW 17.7 2 MARSHFIELD P SE 96.1 1 MARSnFIELD P SS 242.3 16 MARSHFIELD R20W 19.4 1 MARSHFIELD UNK 20.7 1 MARStiFILED P FO 635.8 41 1412.1 69 2-A-i3i 10-80 SUM'IARY LISTING OF WETLANDS IN PEMBROKE, iviAINE WEDNESDAY 7 MARCH 191^ TOWN PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE PEMBROKE WETLAND TYPE ElOW EIRB ElUB E2AB E2BB E2EM E2FL E2RS LlOW L2EM L20W MlOW MlUB M2AB M2BB M2fL M2RS P EM P FO P FS P OW f SS R20W R30t» UNK ACREAGE # UNITS 1864.8 5 6.7 1 261.5 7 135.3 11 21.8 3 7 9.9 30 643.9 26 248.0 56 66 .0 5 79.0 1 6.2 1 338.9 1 219.9 2 75.5 8 75.9 12 289.8 15 109.6 14 137.8 23 1261.0 54 14.0 3 0.8 1 416.6 43 13.1 1 0.8 1 31.4 3 6418.2 327 2-A-i32 SUMMARY LISTING OF WETLANDS IN PERRY, MAINE WEDNESDAY 7 MARCH 1979 TOWN PERRY PERRY PERRY PERRY PERKY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY PERRY WETLAND TYPE ElOW ElUB E2AB E2BB E2EM E2FL E2RS LlOW L20W L2UB MlUti M2AB M2BB M2FL M2RS P EM P FO P FS P OW P SS UNK C RE AGE # UNITS 2805.8 4 197.7 6 40.6 3 130.2 14 18 7.6 31 424.9 19 63.6 16 1748.6 4 6 7.2 1 70.8 3 698.9 7 215.0 8 22.7 5 528.3 17 155.1 25 147.1 22 975.9 70 94. 4 6 5.5 3 495.1 57 70.0 4 9145.0 325 2-A-133 10-80 SUMMARY LISTING OF WETLANDS IN ROBBINSTON, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE ROBBINSTON ElOW ROBBINSTON E2BB ROBBINSTON E2EM ROBBINSTON E2FL ROBBINSTON E2RS ROBBINSTON LlOW ROBBINSTON L20W ROBBINSTON P EM ROBBINSTON P FO ROBBINSTON P FS ROBBINSTON P OW ROBBINSTON P SE ROBBINSTON P SS ACREAGE # UNITS 3432.3 2 56.8 10 7.6 6 209.7 17 88.3 22 478.9 5 9.6 4 34.9 9 961.9 92 378.2 29 68.3 9 39.9 2 366.3 54 6132.7 261 2-ft-i34 SUMMARY LISTING OF WETLANDS IN RO^^UE BLUFFS, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE ROyUE BLUFFS ElOW ROgUE BLUFFS E2BB ROQUE BLUFFS E2EM ROQUE BLUFFS E2FL ROtJUE BLUFFS E2RS ROQUE BLUFFS LlOW ROQUE BLUFFS MlAB ROQUE BLUFFS MlOW ROQUE BLUFFS MlUB ROQUE BLUFFS M2AB ROQUE BLUFFS M2BB ROQUE BLUFFS M2EM ROQUE BLUFFS M2FL ROQUE BLUFFS M2RS ROQUE BLUFFS P EM ROQUE BLUFFS P FO ROQUE BLUFFS P ow ROQUE BLUFFS P SS 2-A-13S CREAGE # UNITS 15.3 2 29.0 3 80.1 5 58.1 6 35.8 10 32.9 1 16.0 2 38.9 1 2283.9 8 28.5 3 81.7 16 3.2 2 426.2 14 369.3 31 28.3 2 456.4 25 2.2 1 57.9 4 4043.7 136 10-80 SUMMARY LISTING OF WETLAr^DS IN TRESCOTT, MAINE WEDNESDAY 7 MARCH 1979 TOWN TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT TRESCOTT WETLAND TYPE ElOW ElUB E2AB E2BB E2EM E2FL E2RS LlOW MlUB M2AB M2BB M2FL M2RS M2UB P EM P FO P OW P SE P SS UNK ACREAGE # UNITS 1012.8 4 151.3 8 133.9 13 3.9 2 133.7 25 951.1 36 275.8 51 22.1 1 175.1 3 15.2 1 21.9 10 114.7 2 199.6 15 25.2 1 35.3 6 405.9 35 7.0 5 12.2 1 508.7 41 36.2 4 4241.6 264 2-A-i36 SUMMARY LISTING OF WETLANDS IN WHITING, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE WHITING E2EM WHITING E2FL WHITING E2RS WHITING LlAB WHITING LlOW WHITING L2AB WHITING MlOW WHITING P EM WHITING p FO WHITING P FS WHITING P OW WHITING P SS WHITING R20W WHITING UNK ACREAGE # UNITS 46.4 8 21.8 1 3.0 1 68.8 6 972.8 13 52.3 3 21.9 1 119.6 12 286U.8 130 1.0 1 23.1 4 1549.6 79 16.0 1 45.3 2 5802.4 262 2-A-137 10-80 SUMMARY LISTING OF WETLAivlDS IN WH ITNE YVILLE, MAINE WEDNESDAY 7 MARCH 1979 TOWN WETLAND TYPE WHITNEYVILLE P EM WHITNEYVILLE P FO WHITNEYVILLE P OW WHITNEYVILLE P ss WHITNEYVILLE UNK ACREAGE # UNITS 30.1 1584.1 23.4 301.8 9.5 2 37 7 17 1 1948.9 64 2-A-138 APPENDIX B Towns in Each Region of the Characterization Area Region 1 Brunswick, Cape Elizabeth, Cumberland, Falmouth, Freeport, Harpswell, Portland, S. Portland, Yarmouth. Region 2 Alna , Arrowsic, Augusta, Bath, Boothbay, Boothbay Harbor, Bowdoinham, Chelsea, Dresden, Edgecomb, Farmingdale, Gardiner, Georgetown, Hallowell, Newcastle, Perkins Township, Pittston, Phippsburg, Randolph, Richmond, Southport, Topsham, West Bath, Westport, Wiscasset, Woolwich. Region 3 Bristol, Bremen, Gushing, Damariscotta, Friendship, Monhegan, Nobleboro, South Bristol, South Thomaston, St. George, Thomaston, Waldoboro, Warren. Region 4 Bangor, Belfast, Blue Hill, Brewer, Brookline, Brooksville, Bucksport, Camden, Castine, Deer Isle, Frankfort, Hampden, Isle au Haut, Islesboro, Lincolnville, Matinicus Isle Pit., Mussel Kidge, North Haven, Northport, Orland, Orrington, Owls Head, Penobscot, Prospect, Rockland, Rockport, Searsport, Sedgewick, Stockton Springs, Stonington, Surry, Verona, Vinalhaven, Winterport. Region 5 Bar Harbor, Cherryfield, Columbia, Cranberry Isle, Ellsworth, Franklin, Gouldsboro, Hancock, Harrington, Lamoine, Long Island Plantation, Milbridge, Mt. Desert, Sorento, Southwest Harbor, Steuben, Sullivan, Swan's Island, T7SD, T8SD, T9SD, TIOSD, Tremont, Trenton, Winter Harbor. Region 6 Addison, Beals, Calais, Centerville, Columbia Falls, Cutler, Dennysville, E. Machias, Eastport, Edmunds, Jonesboro, Jonesport, Lubec, Machias, Machias- port, Marion, Marshfield, Pembroke, Perry, Robbinston, Roque Bluffs, Trescott, Whiting, Whitneyville . 2-B-l 10-80 i APPENDIX C Direction and speed of winds (seasonal and average annual) at five major weather stations in Maine 2-C-l 10-80 i Dec-Jan-Feb Jun-Jul-Aug -15 % 10 f calm j Grid Values (wind distribution in percent) Mar-Apr-May PORTLAND 1955-1964 Sept-Oct-Nov Wind Speed Class (knots) Figure CI. Direction and speed of seasonal winds at Portland. 2-C-2 10-80 Dec-Jan-Feb Jun-Jul-Aug 20 15 % Mar-Apr-May BRUNSWICK 1960-1969 Sept-Oct-Nov 10 ( calm 1 Grid Values (wind distribution in percent) 22+ 17-21 11-16 7-10 4-6 0-3 Wind Speed Class (knots) Figure C2. Direction and speed of seasonal winds at Brunswick. 2-C-3 Dec-Jan-Feb Mar-Apr-May Jun-Jul-Aug ( calm J Grid Values (wind distribution in percent) AUGUSTA 1 950-1 954 Sept-Oct-Nov Wind Speed Class (knots) Figure C3. Direction and speed of seasonal winds at Augusta. 2-C-4 10-80 Dec-Jan-Feb Mar-Apr-May Jun-Jul-Aug OLD TOWN 1960-1964 ( calm ] Grid Values (wind distribution in percent) Sept-Oct-Nov Wind Speed Class ''■^ (knots) Figure C4. Direction and speed of seasonal winds in Old Town. 2-C-5 Dec-Jan-Feb Mar-Apr-May ST. JOHN 1953-1972 Jun-Jul-Aug Sept-Oct-Nov % Grid Values (wind distribution in percent) Wind Speed Class (knots) Figure C5 Direction and speed of seasonal winds at St, New Brunswick, Canada, 2-C-6 John, 10-80 Portland 1955-1964 Brunswick 1960-1969 % ANNUAL — 20 — 15 — 10 ^ 5 ( calm J ^- — ^ Grid Values (wind distribution in percent) St. John 1953-1972 Wind Speed Class (knots) Figure C6. Annual average wind statistics for the five major stations. 2-C-7 APPENDIX n Geology of the Characterization Area by Region Although the basic geologic tramework of the Maine coast within the characterization area originated from similar tectonic, glacial and post- glacial processes from a broad, regional standpoint, significant variations do occur from region to region. The regional differences are described below on a more detailed basis than the general presentation describing the role of geology in the ecosystem of the characterization area. The regional descriptions cover bedrock, surfi- cial, marine and hydrologic geology, as well as soils. Region 1 (Cape Elizabeth to Cape Small) Bedrock Geology: The coastal lowland tracts of Region 1 is dominated by steeply dipping (almost vertical) metamorphic schists and gneisses cut by high angle faults. Local intrusion of granitic igneous rocks occur in Portland and Westbrook (Hussey and Pankiwskyj , 1975) . The structural grain of the bedrock trends northeast - southwest, control- ling the bedrock surface topograpny and the orientation and distribution of islands and land mass peninsulas in Casco Bay. This structural trend is due to the orientation of bedrock folding and regional faults. Six regional faults have been recognized by Hussey (1971). Five faults are high angle faults paralleling the structural grain. A thrust fault, running along the inner shore of Casco Bay, also trends northeast - southwest. These faults are most likely on the order of 140 million years old. The rocks of this region have been defined by Hussey (1971) as belonging to the Casco Bay and Merrimack Groups (cambro-Ordovician and Silurian Age, respectively) . Significant rock types are the Spurwink Limestone (.Chebeague Island and South Portland) and the rusty schists of the Gushing Formation which imparts significant amounts of iron to the groundwater. The Merrimack Group lies inland from Casco Bay and is intruded by granitic plutons. Granite is actively mined from one small plutonic body on the Westbrook - Portland line (Blue Rock Industries) and these small granite bodies are presently being studied as potential underground petroleum storage facilities. Surficial Geology: Region 1 is dominated by an areal coverage of marine sands and silty clays of the Presumpscot Foramtion. The marine sediment covers 70% of the area, occurring as relatively thick (up to 100 feet) deposits at low elevations. (Continued) 2-D-l 10-80 Upland elevations are covered with thin tills or ledge is exposed (Thompson, unpublished) . Coarser glacio-f luvial surficial deposits occur along the northwestern margin of the region (ice-contact sand and growth deposits) and in the Androscoggin River Valley (outwash sands) . Ice-contact deposits may occur buried beneath marine clay valley fills such as an esker that extends south- west from the Androscoggin River into South Freeport (Gerber, 1979) . Soils: The soils of this region are dominated by loamy and clayey soils developed on the marine clays. These soils include: Adams, Buxton, Scantic, Lyman, Peru and Histosols. Poorly developed soils on bare ledge occur in ridge tops, while sandy soils (Colton) and wet organic soils overly outwash and ice-contact surficial deposits (U.S.D.A., 1967). Marine Geology: The marine geology of Region 1 is dominated by Casco Bay, a wave-dominated neutral embayment. Several fine-grained estuaries lie along the landward margin of the Bay (Cousins, Fore and Harraseeket Rivers) (Timson, in press). The Royal and Presumpscot Rivers are delivering sediment to this basin at a high enough rate so that their estuarine environments can be considered as deltas although substantial portions of these deltaic (estuarine) environments are sub-aqueous . Sedimentation rates within Casco Bay are variable, probably from 0 to 2.8 cm/yr (Schnitker, 1974). S. D. Warren (1974) has measured suspended sediment concentrations of the Presumpscot River. These concentrations vary from .5 to 40 mg/1, the later figure occurring during spring freshets. Timson (unpublished data) found that much of this sediment input from rivers was deposited within the estuary or just outside of the estuary's mouth in the inner Bay. Suspended sediment from the ocean floor of the estuary's mouth in the inner Bay. Suspended sediment from the ocean floor also contri- butes to sedimentation within the Bay. Ocean water suspensates contribute from 2 to 6 mg/1, of sediment capable of being deposited within the Bay. Timson (1979) reports that unconsolidated shorelines along the inner Bay margin are retreating annually at a rate of from .25 ft to 3 ft. The material eroded from these shores also serves as a contribution to material being deposited on the floor inter tidal and subtidal flats of Casco Bay. Hydrogeology: Four major rivers drain Region 1. The Androscoggin River passes through the upper portion of the area. The Royal, Presumpscot and Fore Rivers drain the remaining and major portions of the region. (Continued) 2-D-2 The Royal River has an average discharge of 7.7 cu ra/sec with maximum recorded discharge over 300 cu m/sec. The Presumpscot River drains 1,528 km^ and has an average discharge of about 25 cu m/sec and maximum flows exceeding 350 cu m/sec. The Fore River has extreme discharges of about 33 cu m/sec (U.S.G.S., 1978). Groundwater data for Region 1 is sparse, but Caswell (1978) indicates that bedrock well yields can exceed 100 gpm in bedrock aquifers which coincide with regional bedrock faults. One apparent aquifer is a zone paralleling the Nonesuch Fault running northeast - southwest along the inner margin of Casco Bay and extending through the town of Freeport. Gerber (1979) estimates a surface aquifer recharge rate of about 31.2 liters/sec/km2 of exposed aquifer surface with 60% of this water transmitted through the aquifer and 40% being contributed to the bedrock groundwater. Regions 2 and 3 (Cape Small to Port Clyde) Bedrock Geology: The bedrock geology of this region is exemplified by folded metamorphozed lithologies with a structural trend oriented north - south. The region is therefore dominated by north - south trending ridges, forming long peninsulas along topographic lows and may structually control the position of the coastal embayments. The bedrock lithology of this region is less well known than that of Region 1, but contains many of the same units (Hussey and Pankiwskyj , 1975). The Casco Bay Group of Cambro - Ordovician Age underlies most of the coastal peninsulas but are replaced by different formations of equivalent age to the coast. The Friendship area is characterized more by non-rusty schists and gneisses and a metamorphorized volcanic (amphibolite) . An Early Devonian sill (basalt) occurs along the coast and inland to the west of the Damariscotta River . The bedrock terrain of the region is intruded locally by granites with the eastern interior underlain by extensive granitic rocks. The western peninsulas (Friendship and St. George) are locally intruded by gabbros and diorites, and the outer islands (Monhegan I., Matana I.) are composed of hornblende gabbros. Along the western margin of the region, in Union and Thomaston, a marble crops out and has been mined historically for agricultural lime and for cement lime. Pegmatite lenses and pods occur inland marginal to granitic intrusions. These pegmatites have been mined principally for feldspar and mica during World War II, but are still picked over by amateur gemologists seeking quartz, beryl and touirmaline. (Continued) 2-D-3 10-80 Metal mining activity has never been big in the region, but copper, zinc and nickel sulfides are reported in high concentrations in the St. George River basin (Bland 1957). The seismicity of Regions 2 and 3 is low with a risk level estimated to be minor in the eastern portions to moderate in the coastal western portions (NOAA, 1971). Thirty two or more earthquakes have been observed within the region (Hadley and Devine, 1975). The last major earthquake in this region oc cured in 1979 near Wiscasset. The magnitude of this event was estimated to be 4.3 on the Richter Scale (personal communication from Walter Anderson, Maine Department of Geology, Augusta, ME; 1979). Surficial Geology: Regions 2 and 3 surficial deposits differ little in their distribution throughout the area. Typically, this region is dominated by thin deposits of till on topographic highs with bedrock valleys filled with variable thicknesses of marine deposits (Presumpscot Formation) . Region 2 differs from Region 1 in that end moraines, ridges of till and ice-contact stratified deposits, are ubiquitous throughout the terrain. Larger ridge and ridge complexes are composed mostly of stratified deposits, while smaller ridges (washboard moraines) are covered with marine clay and consist primarily of compact glacial till. An example of a larger moraine complex consisting of stratified deposits is the moraine system running east - west in St. George and Friendship. The outer islands of this region are essentially bare of surficial deposits, but thin tills and marine clays fill in some of the topographic lows of these islands (Caswell, 1974). Surficial deposits are generally thin throughout the region, but range up to 100 feet thick locally (Caswell 1974 and 1977) . Thick outwash deposits occur in Topsham, and inland in Whitefield and Jefferson. The soils of Regions 2 and 3 generally consist of loamy and clayey soil associations, but are locally sandy in ice-contact surficial deposits. Hydrogeology: Areas of high bedrock yield are located in Topsham, Damariscotta, Wiscasset, Pemaquid and Union. Each area of high yield is associated with a high- angle thrust fault or normal fault and produces yields exceeding 50 gpm (Caswell 1974 and 1977). Other zones moderate of yield (Boothbay Harbor and South Bristol) occur, but most bedrock wells yield less than 10 gpm. High iron content water is commonly associated with bedrock aquifer zones and heavy use of bedrock wells along the seaward tips of peninsulas (Pemaquid) produces brackish wat6r. Several bedrock wells within Regions 2 and 3 have yielded high salt-content water. These wells apparently tap trapped marine waters which became part of the groundwater reserve during times of post-glacial submergence (Caswell 1979). (Continued) 2-D-4 The surface hydrology of Regions 2 and 3 is dominated by five rivers: Kennebec, Sheepscot, Damariscotta, Medomak, and St. George Rivers. The Kennebec River drains 7,045 kin2 and has an average discharge of 126 cu m/sec at Bingham, Maine. Extreme flows may reach 1,670 cu m/sec. In 1977, the Kennebec River discharged an average of 196 tons of suspended sedi- ment daily (U.S.G.S., 1978). The Sheepscot River, which is more typical of remaining rivers within the region, drains 383 km2, has an average discharge of 6.9 cu m/sec and extreme flows of about 200 cu m/sec. Region 4 (Port Clyde to Blue Hill Bay) Bedrock Geology: The bedrock geology of Region 4 marks the transition from one of domi- nant structural control by folded and faulted metamorphic rocks to a terrain dominanted by igneous plutonic intrusions - the transition occurs in the vicinity of Penobscot Bay. The terrain west of the Bay, including that which underlies the Isleboro Islands, is dominated by Ordovician and Silurian non-rusty schists, metamor- phozed volcanic rocks and non-metamorphozed volcanic rocks dominated by tuffs and rhyolites. These rocks, primarily of Devonian and Silurian Age form ring- dike complexes where volcanic rocks surround the granitic intrusions in concen- tric plan. Numerous quarrys were established on coastal areas and islands with granite intrusion because of handy water transport access to the building stone. Of note are building stone granite quarrys on Hurricane and Vinalhaven Islands. Metal sulfide mining has also been active in this region. Although the last remaining copper mine closed in 1977 (Blue Hill, Maine), activity in this region has been moderate, apparently because of mineralization associated with metamorphism of volcanic rocks adjacent to granitic intrusion bodies. Seismically, Region 4 has historically been less active than Region 1, 2 or 3 as far as magnitude of events. Approximately sixteen recorded seismic events have occured in this area of magnitude I or greater since 1766. One event of magnitude V occured in Winterport in 1938. All other events were of lower intensity. Rand and Gerver (1976) report a remobiliza- tion of a fault plane in Sears Island due to glacial loading or unloading. This event occured approximately 56,000 years ago and resulted in a traceable movement of rocks at the surface of about 2 to 3 cm. Thompson (1979) has found evidence for a similar remobilization along the Norumbega Fault Zone which runs through the northern part of the region. (Continued) 2-D-5 10-80 Surficial Geology: The surficial geology of Region 4 is similar to that of Region 3 dominated by thin tills on bedrock highs with valley infillings of marine sedi- ments. Because the terrain is dominated by granitic intrusives which underly the resistant topographic highs, the tills tend to be bouldery and of coarser texture than the tills further to the southwest (Thompson 1978) . End moraines are not as prevalent in number over the terrain in Region 4 , but these features also tend to be coarser than their southern counterparts and also tend to contain a high percentage of boulder particles. Ice-contact deposits (kames, eskers, and small deltas) are local, but a large concentration of these deposits occurs in Belfast, Searsport and Stockton Springs . The soils of Region 4 are loamy and clay soils. Peru, Lyman, and Scantic soils are common on the mainland on low elevation surfaces, while poorly devel- oped organic soils and bare ledge are common on the outer islands and higher coastal mountains. Marine Geology: The Penobscot River estuary, the largest fine-grained estuary along the Maine coast dominates the marine and estuarine environments of this area. The Bagaduce River estuary is the only other sizeable estuary within the region, which, because of its strong topographic and bathymetric relief, is dominated by subtidal marine systems of shallow wave-dominated platforms and deeper tidal-current dominated channels. Intertidal areas not associated with the estuarine systems are a part of wave-dominated or tide-dominated embayment systems. These systems are composed primarily of subtidal and intertidal sand and mud flats, aquatic beds, tidal channels and ledge environments . The sediments of the lower Penobscot estuary have been studied by Ostericher (1965), Hathaway (1972). and Folger (1972 a & b) . Folger (1972 a) characterizes the basin as one of high tidal range and relatively small sediment input coupled with high current velocities throughout most of the estuary ( > 100 cm/ sec) and vigorous wave action. The resultant of these conditions is a sediment distribution which coarsens from the basin channel laterally to the upland margins and down estuary. Clays occur throughout the deeper portions of the upper lower estuary and coarsens to silt between Rockland and Vinalhaven. Medium to fine sand covers the bay bottom south of Rockland. Coarse sand and gravels exist close to the shoreline and at the mouths of small bays off Penobscot Bay. Cores penetrating surface sediments indicate that in the upper regions of the lower Bay, clay grades down to sand; in the mid-portions, clay predomin- ates from the surface to at least depths of three meters; silt or fine sands to fine silts at depths in the lower Bay (Ostericher 1965). (Continued) 2-D-6 Organic carbon content decreases with increasing grain-size. Maximum values of 2.1% organic content were found by Folger (1972 a) in the estuarine clays, while values of 0.5% were found in sand-sized sediments. Ross (1967) has delineated the areal distribution of sediments delivered to the shallow inshore by the Penobscot River on the basis of the presence and abundance of amphiboles in the sand fraction of the sediments. Sediment is dispersed in a fan-like pattern from the mouth of the river. The dispersed fan extends as far south as Isle au Haut and as far east as Mount Desert Island. Although this dispersal pattern contradicts a southwest drift flow along the Maine coast, no reason for the anomolous distribution has been offered. Hydrology: The Penobscot River drains 17,280 km^ with an average discharge of 335 cu m/sec and extremes exceeding 4330 cu m/sec. Peak discharge occurs in late April or early May. On the average, the Penobscot delivers 242 tons of suspended sediment daily to Penobscot Bay in concentrations of approximately 11 mg/1 (U.S.G.S. 1978). Bedrock wells in the region yield an average 9 gpm (Prescott 1966) . Zones of high bedrock groundwater yield occur in Bucksport, Deer Isle, Belfast, Camden, Bangor and Brewer along the Penobscot River. Other areas have low yields, especially east of Penobscot Bay where granitic rocks are common. Bedrock wells in Verona yield high iron content water. Surface wells are common in Region 4 as rural areas dominate. High yields can be expected in the ice-contact eskers in Waldo, Penobscot and Hancock Counties, while lower yields are to be expected in most other areas. Region 5 (Blue Hill Bay to Addison) Bedrock Geology: Large granite plutons dominate the geology of Hancock County. The two most prominent topographic features of the region, Mt. Desert and Tunk Mtn. are ring-dike complexes of central granite rocks surrounded by other intrusives. Metamorphozed volcanics occur in the lowlands, but the entire region is under- lain mostly by plutonic rocks. Schists, slates and metasandstones of Cambro-Ordovician Age occupy land areas in between ring-dike complexes, and these rocks are metamorphozed more strongly locally adjacent to the igneous complexes. Region 5 is less seismically active than the remainder of the coast — only two seismic events have originated within the region since 1766, both events «7ere below magnitude II (Bloxsom 1975). Only two major faults have been napped in the Region (Hussey 1972) . These faults have cut through Cambro- Drdovician slates in a northeasterly direction just above Ellsworth. (Continued) 2-D-7 10-80 Surficial Geology: Because of its underlying igneous bedrock terrain and relatively rugged relief. Region 5 is characterized by surficial deposits of ground moraine (till) covered sporadically with small, discontinuous bouldering moraine deposits. In the northern part of the region, however, larger end moraines and ice- contact deposits left on the surface of the interior lowlands have created a dammed topography which has allowed thick peat deposits (up to 25 feet deep) to accumulate (Cameron 1978) . Small peat and swamp deposits occur locally along the coast (Timson 1978). The soils of this region are clayey, loamy or non-existent. Marine Geology: Sedimentation along this portion of the coast has occured primarily sub- tidally owing to the relatively deep bathymetry. A number of fine-grained estuaries occur in the regions (Union River, Narraguagus River estuaries), but little investigation in these estuaries has taken place, particularly with respect to sedimentation rates. Sedimentation rates within these estuaries and the neutral tide-dominated or wave -dominated basins into which the estuaries flow is low owing to the low topography which the rivers drain and the presence, from Franklin Bay - east, of algal mats in the intertidal flats which would be smothered by moderate sedimentation (Timson, in press) . Of note within this region is the only fjord in the eastern seaboard of America - Somes Sound. The fjord lies along the southwest border of Mt. Desert. Hydrology: The Union and Narraguagus Rivers are the major rivers draining Region 5 . The Narraguagus River drains 601 km of terrain with an average discharge of 14.02 cu m/sec and extremes of 295 cu m/sec. The Union River (Ellsworth) drains 383 km^ of terrain along the eastern border of the region with an average discharge of 7.6 cu m/sec with extremes of 117 cu m/sec, (U.S.G.S. 1978). No sediment discharge rates are available for these rivers. Groundwater data for Region 5 indicates that bedrock yields are less than in other regions (Caswell and Lanctot 1975) . This probably results from the igneous nature of the bedrock but also from the sparseness of well data. Higher than normal bedrock yields do occur in Cherryfield, Bass Harbor, and Southwest Harbor. Wells tapping surface groundwater are common in local ice-contact sand and gravel deposits, particularly in the eastern portions of the region. (Continued) 2-D-8 i i Well yield in these deposits or from bedrock underlying these gravel aquifers is high, averaging 11 gpm (Prescott 1974) . The groundwater table averages about 12 feet below ground surface elevations (Prescott ]974). Region 6 (Cherryfield to Calais) Bedrock Geology: Washington County is underlain by a series of volcanic rocks intruded locally by granitic and gabbroic intrusions. These Silurian and Devonian volcanic rocks represent remanants of a chain of volcanic centers in this area. The volcanic rocks are poorly metamorphozed flow breccias, tuff breccia and tuffs and are interbedded locally with sandstones, siltstones and basalt flows (Gates 1969). Structurally, the region has been folded, faulted and intruded in Middle Devonian time, and faulted extensively later during Carboniferous and Triassic Times. The structural trend, like much of the raminder of the Maine coast, is northeast - southwest, but several mapped faults trend northwest - southeast. A large fault with this trend is inferred to run along the St. Croix River estuary basin. Seismically, Region 6 has exhibited a history of being much more active than Region 5 (Bloxsom, 1975), especially along a northwest - southeast trending belt centered on eastern Passamaquoddy Bay, Since 1766, approximately twenty seismic events have occurred in the region, including five seismic events of between magnitudes 5 and 6 and including one event over magnitude 7 (Bloxsom, 1975). Surficial Geology: Region 6 is dominated by an ice-contact deposit complex extending from Pineo Ridge in Cherryfield to Lubec. This complex represents a late-glacial advance which left a series of marine deltas and gravelly end moraines along the coastal region (Borns, 1978). In front of this ice stand margin, smaller moraine ridges lie on or are buried within marine clay deposits. Behind the ridge complex, sand and gravel interlobate deposits and eskers rise above the coastal lowlands, and dominate a terrain underlain by thick tills and numerous peat deposits. The eskers may be as long as 80 miles in length (Borns, 1978). Soil associations are varied, but are dominated by the clayey Lyman- Scantic and Peru soils. Inland, and associated with the sand and gravel deposits, is the Colter-Adams-Histosols association of sandy, gravelly soils and peat deposits. The peat deposits of southern Washington County are numerous and extensive. There are approximately twenty commercial peat deposits containing sphagnum peat within the region (Cameron, 1975). These deposits contain from 15,000 short tons to over 8,000,000 short tons of peat. (Continued) 2-D-9 10-80 Marine Geology: Region 6 has a valuable distribution of marine systems. The coastal portion from Cherryfield to Cutler are characterized by small fine-grained estuaries which empty into wave- or tide-dominated neutral embayments. The neutral embayments open onto a narrow wave-shoal platform which terminates abruptly at the 70 meter isobath where the Fundican Fault separates Paleozoic from Mesozoic rocks (Uchupi 1968), From Cutler to Lubec, the bathymetry and shoreline topography are very steep, only a wave shoal platform extends from cliff shorelines for a few kilometers until the 70 meters isobath. The segment from Lubec to Calais is characterized by fine-grained estuaries (St. Croix and Dennys River), wave-shoal embayments and fan deltas where streams draining the volcanic bedrock debouch onto extensive tidal falts. Sedimentation within these systems is little understood - little data exists as to sedimentation rates. Fink (1975) found suspended sediment concentrations in the St. Croix river to vary between 4 and 22 milligrams per liter. Investigations by EG&G (1973) and the U.S. Army Corps of Engineers (International Joint Commission 1959) indicate about 13 meters of estuarine sands, silts and clays infill the Cobscook Bay embayment, indicating about 1 mm of deposition annually in the channels, a slow rate of deposition compared to the southwestern regions of the characterization area. Much of the sediment source for the intertidal deposits is derived from wave erosion of shoreline banks. Shoreline retreat of up to 1 meter annually has beai noted by Timson and Kale (1977) along the Machias and Cutler shorelines. Hydrology: Several rivers drain or run through region 6. The major river is the St. Croix River. Discharge of the St. Croix is a mean annual rate of 76.2 cu m/sec with peak flows averaging above 600 cu m/sec. The river delivers approximately 67 tons of suspended sediment daily to the estuary in con- centration averaging about 8.8 mg/1 (U.S.G.S. 1978). The Machias River is the next largest river draining Region 6. The Machias drains 1184 km with average discharges of 26 cu m/sec and extremes exceeding 420 cu m/sec. The Dennys River is representative of small rivers draining the region. The Dennys drains only 239 km^ with an average discharge of 5.4 cu m/sec and extremes only reaching 111 cu m/sec. (Continued) 2-D-lO ) The groundwater hydrology of Region 6 is similar to Region 5. Bedrock wells yield an average of 10 gpm from a water table which averages 10.6 feet below the ground level (Prescott 1974). The ice-contact deposits are all favorable groundwater aquifers, delivering more than 50 gpm. They also act as recharge areas for bedrock groundwater. There are few areas which exhibit favorable bedrock yields, but there is too little data to confirm the absence of bedrock aquifer zones (Caswell and Lanctot 1975). Since most wells in this region are dug wells, there is a potential for well water salt contamination by aerial pesticides which travel rapidly through gravel deposits (Caswell 1978). \ > 2-D-ll 10-80 I CHAPTER 3 -3- 10-80 i Table Al . Licensed Municipal Dischargers by Characterization Region Town Discharger Receiving waterbody Region 1 Brunswick Cape Elizabeth Cape Elizabeth Falmouth Freeport Portland Portland S. Portland Yarmouth Brunswick Sewer District Town of Cape Elizabeth Town of Cape Elizabeth Town of Falmouth Freeport Sewerage District City of Portland Portland Water District (Westbrook) City of S. Portland Town of Yarmouth Androscoggin River Spurwink River Cape Elizabeth Harbor Falmouth Estuary Hanaseeket Estuary Stroudwater River Presumpscot River S. Portland Harbor Royal River Region 2 Augusta Bath Boothbay Harbor Richmond Wiscasset Augusta Sanitary District City of Bath Boothbay Harbor Sewer District Richmond Utilities District Town of Wiscasset Kennebec River Kennebec River Boothbay Harbor Estuary Kennebec River Sheepscot River Region 3 Waldoboro Thomas ton Region 4 Waldoboro Sewer District Town of Thomaston Medomak River St . George Estuary Bangor Belfast Bluehill Brewer Camden Camden Castine Rockland City of Bangor City of Belfast Town of Bluehill City of Brewer Town of Camden Town of Camden Town of Castine City of Rockland Penobscot River Belfast Harbor Bluehill Bay Penobscot River Camden Harbor Camden Harbor Castine Estuary Rockland Estuary Region 5 Bar Harbor Ellsworth Northeast Harbor Southwest Harbor Winter Harbor Town of Bar Harbor City of Ellsworth Town of Mt. Desert Town of Southwest Harbor Town of Winter Harbor Bar Harbor Estuary Union River Mt. Desert Estuary Southwest Harbor Henry Cove Region 6 Calais Machias Perry City of Calais Town of Machias Passamaquoddy Housing Authority St. Croix River Machias River Estuary Perry Estuary 3-A-l 10-80 Table A2 . Licensed Industrial Waste Water Discharges, By Region i Town Region 1 Portland Portland Portland Portland Portland Portland Portland Portland Portland Portland Portland Portland S. Portland S. Portland S. Portland S. Portland Portland Portland Portland Portland Portland Portland Portland Portland Portland Portland Portland Discharger Yarmouth Region 2 Burt Company Central Maine Power Company Cook Concrete Company Corenco Company King Resources Company Landsman Packing Company Maine Fisheries Corporation Portland Company Portland Sebago Oil & Ice Thomas Beals Furniture Co. Webber Petroleum Company William Underwood Company American Oil Company Amoco Oil Company Astroline Petroleum Corp. Central Maine Power Company Chevron USA, Inc. Exxon Company, U.S.A. Fairchild Semiconductor General Electric Company Getty Refining & Marketing Gulf Oil Company Northeast Petroleum Corp. Pine State By-Products Portland Pipeline Corp. Shell Oil Company Texaco Inc . Days Crabmeat Effluent type Receiving water body Thermal Thermal Washwater Washwater Runoff Processing Fish Processing Thermal Thermal, backwash Thermal Runoff Thermal Runoff Runoff Runoff Thermal Runoff Runoff Thermal Thermal, Proc. Runoff Runoff Runoff Runoff Runoff Runoff Processing Fall Brook Portland Harbor Portland Harbor Presumpscot River Portland Harbor Portland Harbor Portland Harbor Portland Harbor Portland Harbor Portland Harbor Portland Harbor Portland Harbor S. Portland Harbor Portland Harbor S. Portland Harbor S. Portland Harbor Casco Bay S. Portland Harbor Long Creek Tributary S. Portland Harbor S. Portland Harbor Rolling Mills Pond Below Rolling Mills Pd. S. Portland Harbor Anthoine Creek S. Portland Harbor S. Portland Harbor Cousin's River, W. Branch Augusta Brewers Dairy, Inc. Augusta Edwards Manufacturing Co. Augusta Exxon Company, USA Augusta Governor Hill Fish Factory Bath Bath Iron Works Farmingdale Central Maine Power Company Gardiner Gardiner Water District Gardiner Yorktown Paper Mills of Maine Topsham Pejepscot Paper Wiscasset Central Maine Power Company Wiscasset Maine Yankee Atomic Power Co. Thermal Thermal Runoff Hatchery wastewater Thermal Sump & Drains Processing Thermal Thermal, Processing Kennebec River Kennebec River Kennebec Tributary Spring Brook Kennebec River Kennebec River Cobbosseecontee Stream Cobbosseecontee Stream Androscoggin River Sheepscot River Montsweag Bay (Continued) 3-A-2 Table A2 . Continued Town Discharger Effluent type Receiving water body Region 3 Bristol Friendship Waldoboro Waldoboro Waldoboro Long Island Oyster Farms, Inc. Walter Faster GTE Sylvania, Inc. Medomak Canning Company The Sampson Supermarket, Inc. Region 4 Bangor Bangor Bangor Bangor Belfast Belfast Blue Hill Brewer Brewer Brewer Brewer Brewer Bucksport Bucksport Hampden Orrington Prospect Harbor Rockland Rockland Rockland Rockland Rockland Rockland Searsport Searsport Stonington Stonington Thomaston Veazie Warren Region 5 Astroline Petroleum Mobil Oil Corporation Texaco, Inc. Webber Oil Company Addison Packing Company State Sand and Gravel Inc. Kenamerican Inc . Atlantic Terminal Corp. Eastern Fine Paper Getchel Brothers, Inc. Gulf Oil Company Webber Tanks, Inc. ATC Petroleum Inc. Webber Tanks, Inc. Chevron USA, Inc. IMC Chemical Group , Inc . Stinson Cannery Company F. J. Ohara and Sons Marine Colloids, Inc. National Sea Products, Inc. Seapro, Inc. Stinson Canning Company The Mearl Corporation Atlantic Terminal, Inc. Shell Oil Company Stonington Lobster Coop Stonington Packing Company Martin Marietta Corp. Bangor Hydro-Electric Crowe Rope Company Bass Harbor C. H. Rich Company Cherryfield A. L. Stewart and Sons, Inc. Cherryfield Deblois Fish Hatchery Cherryfield Deblois Rearing Pools Thermal Shellfish culture Thermal, Processing Processing, thermal Thermal Runoff Runoff Runoff Runoff Fish processing Processing Runoff Thermal, Processing Thermal Runoff Runoff Runoff Runoff Runoff Processing, Thermal Fish processing Fish processing Thermal , washing Thermal Thermal, Fish proc. Fish processing Runoff Runoff Processing Fish processing Theipnal Thermal Shrimp/fish proc. Hatchery wastewater Hatchery wastewater Muscongus Sound Friendship Harbor Medomak River Medomak River Medomak River Penobscot River Penobscot River Penobscot River Penobscot River Belfast Harbor Uoodstream Carlton Stream Penobscot River Penobscot River Penobscot River Penobscot River Penobscot River Penobscot River Penobscot River Penobscot River Penobscot River Prospect Harbor Rockland Harbor Rockland Tidewaters Rockland Harbor Rockland Harbor Rockland Harbor Rockland Harbor Penobscot Bay Searsport Harbor Stonington Tidewater Stonington Harbor Unnamed Tributary Penobscot River St. George River Tremont Harbor Narraguagus River Bog Stream Bog Stream (Continued) 3-A-3 10-80 Table A2 . Concluded Town Discharger Effluent type Receiving water body Region 5 (cent.) Ellsworth Milbridge Milbridge Milbridge Southwest Har. Region 6 East Machias Eastport Lubec Lubec Lubec Lubec Lubec Machias Machias Sport Fisheries and Wildlife Jasper Wyman and Son L. Ray Packing Company Quoddy Bay Packing Company Addison Packing Company Bangor Hydroelectric Company Mearl Corporation Consolidated Foods Corp. McCurdy Fish Company R. J. Peacock Canning Company Stinson Canning Co., Lubec Div. USA Fish, Inc. Deering Milliken, Inc. N.F. and J.C. Schoppee, Inc. Processing Fish processing Fish processing Fish processing Thermal Fish proc, thermal Fish Processing Fish Processing Fish Processing Fish Processing Fish Processing Thermal Thermal Reid Brook . Narraguagus River Narraguagus River Lubec Harbor Southwest Harbor E. Machias River Eastport Tidewaters Lubec Harbor Lubec Narrows Lubec Harbor Lubec Harbor Lubec Tidewaters Machias River Machias River i 3-A-4 i Classification of Surface Waters ^ _^^ cP October 1977 Maine Revised Statutes Annotated Title 38 Chapter 3 3-B-i 10-80 I>I.I>AK I Ml NT OK KNVIKONMKNTAI. PR()TK. > INDKX TITLt 38 CIIAPTUR 3 CLASSIFICATION OF SURFACIi WATLRS Sec. I'ugc No. 363. Standards of Uassiflcation uf Inland Water S Class A 5 B-l 5 B-2 6 C 6 D 7 363- A. Standards of Classification of drcat Ponds 7 364. Standards of Gassification of Tidal Waters Qass SA 8 SB-I 9 SB-2 9 SC 1(1 SD II 368. Gassification of inland Waters Androscoggin River Basin Little Androscoggin River drainage II Main stem Androscoggin River 12 Minor tributaries Androscoggin River 12 Upper Androscoggin River drainage 14 Aroostook River Basin Main stem Aroostook River 14 Tributaries Aroostook River 15 Kennebec River Basin Carrabassel River and tributaries 16 Cobbosseecontee stream and tributaries 17 Main stem Kennebec River 17 Messalonskee stream and tributaries 19 Minor tributaries Kennebec River below Wyman dam in Moscow 19 Sandy River and tributaries 20 Main stem Sebasticuok River 21 Scbasticouk River tributaries 21 Kennebec River and tributaries above Wyman dam in Moscow 22 Mcduxnckcag River and tributaries 23 Mousam River and tributaries 24 Penobscot River Basin Ijst branch Penobscot Rivet and tributaries 24 i 3-f(-3 10-80 Muttawuinkvut; River and Iributurius 25 Minor tributaries IV-nobseot River 26 Piscata(|uis River and tributaries 27 West branch I'enobscot River and tributaries 28 Presunipscol River and tributaries 29 Sato River and tributaries 29 St. Croix River llasin 30 St. John River Basin Alla^ash River and tributaries 30 I'ish River and tributaries 31 Salmon lalls-Piscataquu River and tributaries 32 369. Classincations of D>astal Streams Cumberland County 32 Hancock C'ounty 33 Knox County 34 St. (rtjorgc River and tributaries 34 Uncoln County 36 Uamariscotta River and tributaries 36 Medomak River and tributaries 36 Shee|)Stol River and tributaries 36 Sagadahoc County 38 Waldo County 38 Washington County 39 York County 40 370. Clussirication of 1'idal Waters Cumberland County 41 I lancock County 42 Knox County 46 IJncoln County 47 Sagadahoc County 48 Waldo County 49 Washington County 50 York County 53 371-A. Classification of Creat I'onds 55 KMail.ATIONS 581. WalcrO'ialily l-valuutions 56 5K2. Icmpefalure 57 5K,V Niilricnl ( oncciilialioji 57 5K4 WakT Qu.ihly Crilciia .58 590 Variances 58 591 . I xccplioiis 58 3-B-4 > > MAINt KliVISIO SrATUTlCS ANNOTATED TlTLIi 38 § 363. Sluiiilaids of classificaliun of fresh waters lliu bourd shall have 4 standards fur the classil'icatiun ul fresh surface waters. 1972. c, 618. Qass A shall Ik the highest classincalion and shall be of sueh quality that it can be used for recreational purposes, including bathing, and for public water supplies after disinfection llie dissolved oxygen content of such waters shall not be less than 75% saturation or as naturally occurs, and contain not more than 2(1 fecal coliforin bacteria per 100 milliliters. 1977. c. 373. § I. Ilicse waters shall be free from sludge deposits, solid refuse and floating solids such as oils, grease or scum. Ilierc shall be no disposal of any matter or substance in these waters which would impart color, turbidity, taste or odor olehr than that which naturally occurs in said waters, nor shall such matter or substances alter the temperature or hydrogen-ion concentration of these waters or contain chemical constituents which would be harmful or offensive to humans or which would be harmful to animal or acquatic life. No radioactive nutter or substance shall be permitted in these waters other than that occurring from natural phenomena. I here shall be no discharge of sewage or other wastes into water of this classiHcation and no deposits of such material on the banks of such waters in such a manner that transfer of the material into the waters is likely, except that existing licensed discharges inio water of tliis classification will be allowed to continue until practical alternatives exist, but no new discharges will be permitted alter the effective date of this section. 1971. c. 461, §2; 1977, c 373. § 2. Qass B, the 2nd highest classificalion, shall be divided into 2 designated groups as B-l and B-2. B-l. Waters of this class shall be considered the higher quality of the Class ti group and shall be acceptable for recreational purposes, including water contact recreation, for use as potable water supply after adequate treatment and for a fish and wildlife habitat Tlie dissolved oxygen of such waters shall be not less than 75% of saturation, and not less than 5 parts per milhon at any time. 11ie fecal coliforin bacteria shall not exceed 61) per UK) milliliters. 1977. c. 373. §3. These waters shall be free from sludge deposits, solid refuse and lloating solids such as oils, grease or scum. There shall be no disposal of any matter or substance in these waters which imparts color, turbidity, taste or odor which would impair the usages ascribed to this classification nor shall such matter or substance after the temperature or hydrogen-ion concentration of these waters so as to render such waters harmful to fish or other aquatic life. There shall be no discharge to these waters which will cause the hydrogen-ion concentration or "pH" of these waters to fall outside of the 6.0 to 8.5 range. There shall be no disposal of any matter or substance that contains chemical constituents which are harmful to humans, animals or aquatic life or which adversely affect any other water use in this class. No radioactive matter or substances shall be discharged to these waters which will raise the radio-nuclide concentrations above the standards as established by the United States Public Health Service as being acceptable for drinking water. 1'hese waters shall be free of any matter or substance which alters the composition of bottom fauna, which adversely affects the physical or chemical nature of bottom material, or which interferes with the propagation of fish. I'herc shall be no disposal of sewage, industrial wastes or other wastes in such waters, except those which have received treatment for the adequate removal of waste constituents including, but not limited to, solids, color, turbidity, taste, odor or toxic material, such that these treated wastes will not lower the standards or alter the uasges of this elassirication, nor shall such disposal of sewage or waste be injurious to aquatic life or render such dangerous for human consumption. ) 3-B-5 10-80 B-2. Wiilers ol tliis class shall l)u acceptable lur recreational purposes including water contact recreation, lor industrial anil potable water supplies after adequate treatment, and for a llsli and wildlile habitat. Ihe dissolved oxygen of such waters shall not be less than 6(1% of saturation, and not less than 5 parts per million at any time Tlie fecal colHbrin bacteria is not to exceed 2(ltl pet 1110 millilieters 1977, c. 373, §4. Ihcse waters shall be free from sludge deposits, solid refuse and tloating solids such as oils, grexse and scum. 11iere shall be no disposal of any mailer or substance in these waters which imparts color, turbidity, taste or odor which would impair the usages ascribed to litis classification, nor shall such matter or substance alter the temperature or hydrogen-ion concentration of the waters so as to render such waters harmful to fish or other aquatic life, 'riierc shall be no disposal of any nutter or substance that contains chemical constituents which are harmful to humans, animal or aquatic life, or which adversely affect any other water use in this class, llierc shall be no discharge to these waters which will cause the hydrogen-ion concentration of "pH" of these waters to fall outside of the 6.0 to 8.S range. No radioactive nialtcr or substance shall be discharged to these waters which will raise the radio-nuclid concentrations above Ihe standards as established by the United States Public Health Service as being acceptable for drinking water. These waters shall be free of any nutter or substance which alters the composition of bottom fauna, which adversely affects the physical or cheniicul nature of bottom material, or which interferes with the propagation of fish. lliere shall be no disposal of sewage, industrial wastes or other wastes in such waters except those which have received treatment lor the adequate removal of waste constituents including, but not limited to, solids, color, turbidity, taste, odor or toxic material, such that these treated wastes will not lower the standards or alter the usages of this classificalion, nor shall such disposal of sewage or waste be injurious to aquatic life or render such dangerous for huiiun consumption. Class C. waters, The 3rd highest classification, shall be of such quality as to be satisfactory lor recreaticmal boating and fishing, for a fish and wildlife habitat and for other uses except potable water supplies and water contact recreation, unless such waters are adequately treated. 11ic dissolved oxygen content of such waters shall no! be less than S parts per million, except in tho.se cases where the board finds that the natural dissolved oxygen of any such body of water falls Ik-Iow 5 parts per million, in which case the board may grant a variance to this re(|uireiiient In no event shall the dis.solved oxygen content of such waters be less than 4 parts |x:r million. The fecal ooliforin bacteria is not to exceed 1,000 per 100 milliliters. 1973, c. 423. S 5; 1977, c. 373, § 5. These waters shall be free from sludge deposits, solid refuse and floating solids such as oils, grease or scum, lliere shall be no disposal of any nutter or substance in these waters which imparts color, turbidity, taste, or odor which would impair the usages ascribed to this classification, nor shall such nutter or substance alter the temperature or hydrogen-ion content of the waters so as to render such waters harmful to fish or other aquatic life. There shall be no discharge to these waters which will cause the hydrogen-ion concentration or "pi I" of these waters to fall outside of the 6.0 to 8.S range. There shall be no disposal of any matter or substance that contains chemical constituents which are harmful to humans, animal or aquatic life or which adversely affect any other water use in this class. No radioactive material or substance shall be discharged to these waters which will raise the radio-nuclide concentration above the standards as established by the United States Public Health Service as being acceptable for drinking water. lliere shall be no disposal of sewage, industrial wastes or other wastes in such waters, except those which have received treatment for the adequate removal of waste constituents including, but not limited to, .solids, color, turbidity, taste, odor or toxic material, such that these treated wastes will not lower Ihe standards or alter Ihe usages of this classification, nor shall such disposal of sew.igc or waste be injurious to aquatic life or render such dangerous for hunun coiisumplion. 3-B-6 > ^ Class D waters sluU be ussigncd only where u higlier water clussit'icalion cannot be attained after utilizing the best practieable treatment or control of sewage or other wastes. Waters of this class may be used for power generation, navigation and industrial process waters after adequate treatment. Dissolved oxygen of these waters shall not be less than 2.0 parts per million. I'lie numbers uf coliform bacteria allowed in the.se waters shall be only those amounts which will not, in the determination of the Commission, indicate a condition harmful to the public health or impair any usages ascribed to this classirication. These waters shall be free from sludge deposits, solid refuse and lloating solids such as oils, grease or scum. There shall be no disposal of any matter or substance in these waters which imparts color, turbidity, taste or odor which would impair the usages ascribed to this classification, nor shall such matter or substance alter the temperature or hydrogeii-ion concentration of the waters to impair the usages of this classification. There shall l>e no disposal of any matter or substance that contains chemical constituents which are harmful to humans or which adversely affect any other water use in this class. No radioactive matter or substance sirall be permitted in these waters which would be harmful to humans, aniiiul or aquatic life and there shall be no disposal of any matter or substance which would result in radio-nuclide concentrations in edible fish or other aquatic Ufc thereby rendering them dangerous for human consumption. There shall be no disposal of sewage, industrial wastes or other wastes in sue h waters, except those which have received treatment for the adequate removal of waste consliluenis including, but not limited to, solids, color, turbidity, taste, odor or toxic material, such that these treated wastes will not lower the standards or alter the usages of this classification. Treated wastes discharging to these waters shall not create a pubUc nuisance as defined in Title 17, Section 2802, by the creation of odor producing sludge banks and deposits or other nuisance conditions. With .respect to all classifications hereinbefore set forth, the board may take such actions as may be appropriate for the best interests of the public, when it finds that any such classification is temporarily lowered due to abnormal conditions of temperature or stream flow. R.S. 1954, c. 79, § 2; 1955. c. 425. § 5; 1959. c. 295. § 2; 1961. c. 3((5. § 3. 1903. c 274. § 1; 1967. c. 475. § 4; 1969. c. 431. §§ 1.2; 1972. c. 618. § 363- A. Standards of classification of great ponds 1lie board shall have 2 standards for the classification of great |K)nds Oass Gl'-A shall lie the highest classification and shall be of such i|Uality that it can be used for recreational purposes, including bathing, and for public water supplies alter disinfection. Such waters shall have a Secchi disk transparency of not less than 2.0 meters or as naturally occurs, and contain not more than 20 fecal coliform bacteria per 100 milliliters, lotal phos- phorus concentration shall not exceed 15 parts per billion, and chlorophyll A concentration shall not exceed 8 parts per billion as measured in samples taken at or near llie surface uf llie water. Tliese waters shall be free from sludge deposits, solid refuse, tloating sohds, oils, grea.se and scum. No radioactive matter or substance shall be permitted in these waters other than that occurring from natural phenomena. Tliere shall be no discharge of sewage or other wastes into waters of this classification except as provided in section 371 -A and no deposits of materials on the shores or banks thereof in a manner that could permit drainage or leaching from the material into the waters. Qass <;F-B, the 2nd higliest classification, shall be acceptable lor recreational purposes, including water contact recreation, for use as potable water supply after adequate treatment, and for a fish and wildlife habitat. The fecal coUform bacteria count is not to exceed 60 per 100 milhlitcrs. The total phosphorus concentration shall not exceed 50 parts per billion as measured in samples taken at or near the surface of the water. 3~B-7 10-80 llicsc walure shall be Ircc Iroiii sludi^c deposits, solid refuse and tlualin^ solids, such us oils, grease or scum. Tlierc shall be no disposal of any matter or substance in these waters which imparts color, turbidity, taste or odor which would impair the usages ascribed lo this classifica- tion nor shall such matter or substance alter the temperature or hydrogen-ion concentration of these waters so as lo render such waters harmful to fish or other a(|ualic life There shall be no discharge to these waters which will cause the "pi I" of these waters to fall outside of the 5.5 tu 8.5 range. There shall be no disposal of any substance that contains chemical constituents which are harmful to iiiiinaiis, animals or a(|uatic life or which adversely affect any other water u.se in this cla.ss. No radioactive matter or substances shall be discharged to these waters which will raise the radiu-iiuclide concentrations above the standards established by the United Slates INiblic Health Service as being acceptable for drinking water. Diese waters shall be free of any matter or substance which alters the composition of bottom fauna, which adversely afl'ects the physical or chemical nature of bottom material, or which interferes with (he propagation of fish. lliere shall be no disposal of sewage, industrial wastes or other wastes in such waters, except those which have received treatment for the adequate removal of waste constituents, including, but not limited to, solids, color, turbidity, taste, odor and toxic material, such that these treated wastes will not cause any violation of water quality standards or alter the usages of this classification, nor shall such disposal of sewage or waste be injurious to aquatic life or cause it to be dangerous for human consumption. 1'herc shall be no additional discharge of phosphorus to waters of this classification, which discharge does not employ the best available technology for phosphorus removal. 1977, c. 373, ^6. § 364. Tidal ur Maiine Waters Tlie board shall have 5 standards for classification of tidal waters. 1971, c. 470, §2; 1972, c. 618. Oass SA, shall be suitable for ail clean water usages, including water contact recreation, and fishing. Such waters shall be suitable for the harvesting and propagation of shellfish and for a fish and wildlife habitat. [Iiese waters shall contain not less than 6.0 parts per million of dissolved oxygen at all times. The median numbers of culiform bacteria in any scries of samples representative of waters in the shellfish growing area or non-shellfish growing area shall not be in excess of 70 per 100 milliliters, nor shall more than 107« of the samples exceed 230 coliform bacteria per 100 milliliters. The median numbers of fecal coliform bacteria in any series of samples representative of waters in the shellfish growing area or non-shellfish growing area shall not be in excess of 14 per 100 milliliters, nor shall more than 10% of the samples exceed 43 fecal coliform bacteria per 100 milliliters. 1977. c. 373, §7. There shall be no lloaling solids, settleable solids, oil or sludge deposits attributable to sewage, industrial wastes or other wastes and no deposit garbage, cinders, ashes, oils, sludge or other refuse. There shall be no discharge of sewage or other wastes, except those which have received treatment for the adequate removal of waste constituents including, but not limited to. soUds, color, turbidity, taste, odor or toxic material, such that these treated wastes will not lower the standards or alter the usages of this classification, nor shall such disposal of sewage or waste be injurious lo aquatic life or render such dangerous for human consumption. lliere shall be no toxic wastes, deleterious substances, colored or other waste or healed liquids discharged to waters of this cla.ssilication either singly or in combinations with other substances or wastes in such amounts or at such temperatures as to be injurious to edible fish or shellfish or to the culture or pro|ugation thereof, or which in any manner shall adversely affect the llavor, color, odor or sanitary condition thereof; and otherwise none in sufficient amounts to make the water^ unsafe or unsuitable lor bathing or impair the waters for any other best usage as determined lor the specific waters assigned to this class. There shall be no discharge which will cau.se the hydrogen-ion concentration or "pH" of these waters to fall outside of the 6.7 to X.S range. lliere shall lie no disposal of any matter or substances that contains chemical constituents which are harmful to humans, animal or aquatic life or which adversely affect 3-B-8 any other water use in this class. No radiuuctive matter oi subsluiice shall he pcrnulted in these waters would be harnirul to humans, animal or aquatic life and there shall be no disposal of any matter or substance which would result in radio-nucUde concentrations in edible fish or other aquatic life thereby rendering them dangerous for human consumption. These waters shall be free of any nutter or substance which alters the composition of bottom fauna, which adversely affects the physical or chemical nature of bottom material, or which interferes with the propagation of llsh or shelirish if indigenous to the area. Class Sli-l shall be suitable for all clean water usages including water contact recre- ation, and risliing. Such waters shall be suitable for the harvesting and propagation of shellfish, anu lor a I'isli and wildlife habitat. ITiese waters shall contain not less than 6.0 parts |H:r million of dissolved oxygen at all times. 1he median numbers of coliform bacteria in any series of samples representative of waters in the shellfish growing area shall not be in excess of 70 per 100 milliliters, nor shall more than 10% of the samples exceed 230 co!iforin bacteria per 100 milliliters. The median numbers of fecal coliform bacteria in any scries of samples representative of waters in the shellfish growing area shall not be in excess of 14 per 100 milliliters, nor shall more than 10% ol llie samples exceed 43 fecal coliform bacteria per IIX) niillihtcrs. In a non-shellfish growing area the median numbers of coliform bacteria in a series of samples representative of the waters shall not exceed 240 per 100 milliliters, nor shall more than 10% of the samples exceed 50 coliloriii bacteria per 100 milliliters. In a non-slielll'ish growing area the median numbers of fecal coli- form bacteria in a series of s;-mplcs representative of the waters shall not exceed 50 per 100 milliliters, nor shall more than 10% of the samples exceed ISO fecal coliform bacteria |>er 100 milliUters. 1977, c. 373, §8. Tliere shall be no floating solids, scttlcable solids, oil or sludge deposits attributable to sewage, industrial wastes or other wastes and no deposit of garbage, cinders, ashes, oils, sludge or other refuse. There shall be no discharge of sewage or other wastes, except those which have received treatment for the adequate removal of waste constituents including but not limited to, solids, color, turbidity, taste, odor or toxic nuterial, such that these treated wastes will not lower the standards or alter the usages of this classitlcation, nor shall such disposal of sewage or waste be injurious to aquatic life or render such dangerous for human consumption. Tlierc shall be no toxic wastes, deleterious substances, colored or other wastes or heated liquids discharged to waters of this cbssification, either singly or in combination with other substances or wastes in such amounts or at such temperatures as to be injurious to edible fish or shellfish or to the culture or propagation thereof, or which in any manner shall adversely affect the flavor, color, odor or sanitary condition thereof; and otherwise none in sufficient amounts to make the waters unsafe or unsuitable for bathing or impair the waters for any other best usage as determined for the specific waters which arc assigned to this class. There shall be no waste discharge which will cause the hydrogen-ion concentiation or "pll" of these waters to fall outside the 6.7 to 8.5 range. Tlierc shall be no disposal of matter or substance that contains chemical constituents which are harmful to humans, animal or aquatic life or which adversely affects any other water use in this class. No radioactive matter or substance sliall be permitted in these waters which would be harmful to humans, animal or aquatic life and there shall be no disposal of any matter or substance which would result in radio-nuclide concentrations in edible fish or other aquatic life thereby rendering them dangerous for human consumption. These waters shall be free of any matter or substance which alters the composition of bottom fauna, which adversely affects the physical or chemical nature of bottom material or which interferes with the propagation of fish or shellfish if indigenous to the area. Class SB-2 shall be suitable for recreational usages, including water contact, and fishing. Such waters shall be suitable for the harvesting and propagation of shellfish, for a fish and wildlife habitat, and suitable for industrial cooling and process uses. Iliese waters shall contain not less than 6.0 parts per miUion of dissolved oxygen at all times. The median numbers of coliform bacteria in any series of samples representative of waters in the shellfish growing area shall not be in excess of 70 per 100 milliliters, nor shall more than 10% of the samples exceed 230 coliform bacteria per 100 milhliters. The median numbers of fecal coliform bacteria in any series of samples representative of waters in the shellfish growing 3-B-9 10-80 Miua shall iiol be in excess nl 14 |H.'r 1(1(1 inillllKcrs, nor shall niiirc than 10% of the samples exceed 43 lecal cnliltinn haclena |>er 100 inllhlilers. In a non-shellfish growing area (he median numbers o( colilojm haciena in a series o( samples representative of the waters shall nut exceed SOd |>er 100 millilUers, nor shall more (lian 1 0';> iil' the samples exceed 1,000 colirorm bacteria |)er 100 milliliters. In a nonshelKlsli growing area (he median numbers of lecal coliform bacteria in a series of samples representative of the waters shall not exceed 100 per 100 milliliters, nor sh.ill more than 10'^ of the samples exceed 200 fecal coliform bacteria per 100 milliliters I here shall be no lloadiig solids, setlleable .solids, oil or sludge deposits attributable to sewage, industrial wastes or other wastes and no deposit of garbage, cinders, ashes, oils, sludge or oilier retiise Hiere shall be no discharge of sewage or other wastes, except those having received treatment lor the adojuate removid of waste constituents including but not limited to, solids, color, turbidity, taste, odor or toxic material, such that these treated wastes will not lower the staiulaids or aller the usages of this classification, nor shall such disposal uf sewage or waste l>e injurious to aquadc life or render such dangerous for human consumption. l'J77,c 373, §') lliere shall be no toxic wastes, deleterious substances, cotorcd or other wastes or healed liipiids discharged to waters of this classification either singly or in combination with other substances or wastes in such amounts or at such temperatures as to be injurious to edible fish or shellfish or to the culture or propagation thereof, or which in any manner shall adversely allect the flavor, color, odor or sanitary condition thereof; and otherwise none in sulticient amounts to make the waters unsafe or unsuitable for bathing or impair the waters for any other best usage as determined for the specific waters assigned to this class. There shall be no waste discharge which will cause the hydrogen-ion concentration or "pH" of the receiving waters to fall outside of the 6.7 to 8.S range. There shall be no dis|>osal of any matter or substance that contains chemical constituents which are harmful to humans, animal or aquatic life or which adversely affects any other water use in this class. No radioactive matter or substance shall be permitted in these waters which would be harmful to humans, animal or a>|Ualic life and there shall be no disposal of any matter or substance which would result in radionuclide cimcentrations in edible fish or other aquatic life thereby rendering llieiii dangerous for human consumption. Tlicse waters shall be free of any matter or substance which alters the composition of bottom fauna, which adversely affects the physical or chemical nature of bottom material, ur which interferes with the propagation of fish or shellfish if indigenous to this area. Class SC, (he 4th higliest classification, shall be of such quality as to be satisfactory for recreational boating, fishing and other similar uses except primary water contact. Such waters may be used for the propagation of indigenous shellfish to be harvested for depura- tion pur|>oses, for a fish and wildlife habitat, and for industrial cooling and process uses. The dissolved oxygen content of such waters shall not be less than 5 parts per million at any time. Tlie median numbers of coliform bacteria in any series of samples representative of waters in (he shellfish growing area shall not be in excess of 700 per 100 milliliters, nor shall more than H)7o of the samples exceed 2,300 coliform bacteria per 100 milliliters. I'he median numbers of fecal coliform bacteria in any series of samples representative of waters in the shellfish growing area shall not be in excess of ISO per 100 milliliters, nor shall more than 10% of the samples exceed 500 fecal cohforin bacteria per 100 nulliliters. In a non-shellfisli growing area the median number of coliform bacteria in a series of samples representative ol (he wa(ers shall no( exceed l,S(K) per 100 milliliters nor shall more than 10'/. ol the samples exceed 3.000 coliform bacteria per 100 milliliters. In a non-shell fish growing area (he median numbers of fecal coliform bacteria in a scries of .samples representative of the waters shall not exceed 300 per 100 milliliters, nor shall more than 10% of the samples exceed 1,000 lecal coliform bacteria per 100 milliliters. lliere shall be no floating solids, setlleable solids, oil or sludge deposits attributable to sewage, industrial waste or other wastes, and no deposit of garbage, cinders, ashes, oils, sludge or other refuse lliere shall be no discharge of sewage or olher wastes, except those which have received Ireatmeni lor (he adequate removal of waste constituents including, but not limited to, solids, color, (urbidiiy, (asle. odor or toxic nulerials, such that these treated wastes will not lower the slandaids or .liter the usages of this classification, nor shall such disposal ol sewage or waste he injurious to aipialic lite or render such dangerous for human 3--B-iO i > ^ consumptiun. Ilicrc shall be no loxjc wastes, delctcriutis substani;cs, colored or odicr waslcs or he.ilcd liquids discharged to waters of this elassilicalion cillicr singly or in combinations with other substances or wastes in such amounts or at such tempera lures as to be injurious to edible fish or shelirish or to the culture or propagation Ihereur, or which in any manner shall adversely affect the llavui, color, oi odor thereof or impair the waters lor any other discharge ascribed to waters of this classiricalion. There shall be no waste discharge which will cause the hydrogen-ion concentration or "pH" of tlic receiving' waters to fall outside the 6.7 to 8.5 range. Tliere shall be no disposal of any matter or substance that contains chemical constituents which are harmful to humans, animal or aquatic life or whicf adversely affects any other water use in this class. No radioactive matter or sul>stance sl< be permitted in these waters which would be harmful to humans, aninuls or aquatic life aiiU there shall be no disposal of any matter or substance which would result in radionuclide concentrations in edible fish or other aquatic life thereby rendering them dangerous lor human consumption. Class SD waters shall be assigned only where a higlier water classification cannot be attained after utilizing the best practicable treatment or control of sewage or other wastes. Waters of this class may be used for power generation, navigation, industrial process waters or cooling waters, and for migration of fish. Dissolved oxygen of these waters shall not be less than 3.0 parts per milUon at any time. Tlie numbers of culilonn bacteria allowed in these waters shall be only those amounts which will not, in the determination ol the board, indicate a condition harmful to the public health or impair any usages ascribed to this classiflcation. 1972. c. 618. Iliese waters shall be free from sludge deposits, solid refuse and tloating solids such as oils, grease or scum. Tlicre shall be no disposal of any matter or substance in these waters which imparts color, turbidity, taste or odor which would impair the usages ascribed to this classiHcation. nor shall such matter or substance alter the temperature or hydrogen-ion concentration of the waters so as to impair the usages of this classification. There shall be no disposal of any matter or substance that contains chemical constituents which are harmful to humans or which adversely affect any other water use in this class. No radioactive nutter or substance shall be permitted in these waters which would be harmful to humans, animal or aquatic life and there shall be no disposal of any matter or substance which would result in radio-nuclide concentrations in edible t'lsh or other aquatic life thereby rendering them dangerous for human consumption. Tliere shall be no disposal of sewage, industrial wastes or other wastes in such waters, except those which have received treatment for the adequate removal of waste constituents including, but not limited to. solids, color, turbidity, taste, odor or toxic material, such that these treated wastes will not lower the standards or altar the usages of this classification. Treated wastes discharged to these waters shall not create a public nuisance as defined in Title 17, Section 2802, by the creation of odor-producing sludge banks and deposits or other nuisance conditions. With respect to all classiHcations hereinbefore set forth, the Uoard may take such actions as may be appropriate for the best interests of the public, when it finds that any such classification is temporarily lowered due to abnormal conditions of temperature or stream flow. 1963, c. 274, § 2; 1967, c. 475, § 5; 1969, c. 431, § 3; 1970, c. 581, § 2; 1971, c. 476, §§ 2, 3; 1972, c. 618. § 368. Inland waters Andtoscoggin River Basin 1957. c. 322. § 1 Little Androscoggin River Drainage 1. All segments of the Little Andtoscoggin River drainage system not otherwise speci- fied Qass B-1. 1967, c. 451, § 1. 2. Andrews Brook (Woodstock and Paris) Class B-2. i 3-B-U 10-80 3. Bird Hrook (Norway) Class ('. 4. U<>g lir»ok. in llubron, Mechanic I alls and Minul and tributaries not otherwise S|x;ciried Class 11-2 . 5. I>avis llrook (Poland) Class C. 6. Ilodgkins Hrook (Auburn) tributary ol laylor Pond Class 11-2. 7 Indian llrixik (MInot) Class lJ-2. a. liipliani Brook (Auburn) tributary ol 1'aylor Brook Class b-2. 9. Utile Androsco>;);in Kiver. main stem, from a point ().2S miles above the bridge at West Paris to the conlluence with Andrews Brook Class C. 10. Little Androscoggin Kiver, main stem, from the Andrews Brook conlluence to the Route 26 Bridge in South Paris tiass l)-2. 11. Little Androscoggin Kiver. main stem, from the Route 26 Bridge in South Paris to the confluence with the outlet ot llionipsim Lake in Oxford Class 0. 12. Little Androscoggin Kiver, main stem, from the confluence of the Tliompson Lake Uutlct (Oxford) to the conlluence with the Androscoggin River in Auburn Class C. 1967, c. 451, ij I. 13. Meadow Brook (Oxford and Poland) Class B-2. 14. Minister Brook (Oxford) Class B-2. 15. Moose Pond Outlet at Otisl'icld (does not include Greeley Brook) Class B-2. 16. Morgan Brook (Minot) Class B-2. \ 17. Outlet of IJttle Pennessecwassee Ijke (Norway) Class B-2. 18. Outlet of Lhompson Lake (Oxford) Class C. 19. Pennesseewassee Lake Outlet (Norway) Class C. 1967, c. 304, § 9. 20. Range Brook and its tributaries. Mechanic lalls and Poland - Class B-1. 21. Taylor Brook (Auburn) Class B-2. 1969, c. 88. 22. Unnamed Stream entering Bryant Pond, rising in the vicinity of Bucks Lodge and (lowing through Bryant Pond Village Class B-2. 23. Unnamed Brook (Minot) the llrst stream entering the IJttle Androscoggin River on upstream of and on the same side of the river as Morgan Brook Class B-2. 24. Unnamed Brook in Auburn which enters the Little Androscoggin River from the north about 13 miles cast of Minot Village Class C. 25. West Branch of unnamed stream which enters north and PUnncsscwassec Lake from vicinity of Nobles Corner Class 11-2. 26. West Branch of Bog Brook and tributaries, Gardiner Brook and tributaries, and Brickwell Brook and tributaries, all in the Bog Brook drainage in the Mechanic lalls. Minot and Hebron Class B-l . Main Stem, Androscoggin Kiver. that i^ortion located below the most downstream crossing of the Maine-New Hampshire boundary to a line fohncd by the extension of the Brunswick-West Bath town line across Merryineeting tiny in a northwesterly direction Class C 1967, c 451, § 2. Minor tributaries, Androscoggin Kiver, those tributaries located below the most down- stream crossing of the Maine-New Hampshire boundary a line formed by the extension of the Brunswick-West Ikith town line across Merryineeting Bay in a northwesterly direction. 3-B-i2 1. Alt tributaries, direct and indirect of the Androscoggin River, lying wholly within the State of Maine, nut otherwise specifled or classified Class B-l. A. No Name Uroolc (Lewiston) Class C. 1969, c 120 I). Logan Urook (Auburn) Qass C. 1969,0. 120. C. Pcnicy Urook (Auburn) Qass C. 1969, c. 120. 2. All tributaries, direct and indirect, of the Androscoggin River between the New Hampshire boundary and the bridge at West Peru not otherwise specified or classilled Class B-l. 3. Alder River, llutliel, main stem, from the confluence of Kendall Urook to the Andro- scoggin River Class B-2. 1977, c. 373, § 10. 4. Alder River, main stem, from the outlet of South Pond at Lockes Mills Village to the confluence with Kendall Brook - Oass U-2. 5. Austin Brook (or Abbott Brook), in Mexico, from Tourth Street to the Androscoggin River - Qass C. 6. Bean Urook (or Swain Urook), Rumford, from its contluence with the Androscoggin River to the dam at the rendering company Oass C. 7. Chapman Urook and its tributaries above the bridge at the highway leading from Bethel to Gilead on the north side of the Androscoggin River - Qass A. 8. (Thilds Brook (Canton) and its tributaries Qass B-2. 9. I'ilis River from its confluence with the Androscoggin River to the sawmill dam at liast Andover including West Branch of the KIlis River to the sawmill dam at Andover Qass U-2. 10. Keith Urook (Livermorc) Qass B-2. 11. Lake Auburn Outflow (Auburn) Quss U-2. 12. Mill Urook, Uulliel, from its confluence with the Androscoggin River to the Route 5 Bridge near the Uclliel Inn (iolf Course Qass U-2. 1977, c. 373, § 10. 13. Nczinscol River, main stem, from its junction with the outlet of South Pond to its confluence with the Androscoggin River - Class U-2. 14. Sabaltus River (from Sabattus Lake to Umits of Lisbon urban area) Class C. 15. Sevenmilc Stream (Jay) - Oass U-2. 1977, t. 373, § 10 16. Spear Sireaiii, Peru, from the sawmill dam to the Androscoggin River - Qass C. 17. Swift River from point at which Mexico-Rumford town boundary leaves the river at Osgood Avenue to the Androscoggin River - Class C. 18. Unnamed Stream (one mile below Livermore lalls Uridge) - Class U-2. 19. Webb River, Dixfield, from the White Bridge to the Androscoggin River Class C. 20. Wliitney Brook (Canton) and its tributaries - Qass C. 21. AU tributaries, direct and indirect, of the Androscoggin River which arc interstate in nature by virtue of liaving portions of their drainage areas in New Hampshire and portions in Maine are classified as follows: A. Drainage systems of Wild River in the Township of Ciilead Class B-l. 1965, c. 82, § I. B. Drainage systems of Lary Brook and Ingalls Brook in the Townships of Gilead and 3--P-13 10-80 Kilcy (hiss II- 1. 1965, I H3. tj I. ll|>|iu[ Aiuliiisciiggiii Drainage, llul porliun lying above the must upstream crossmg of the Maine-New ll^iinpshire buimdary. 1 . All waters and set;menls thereol' ol the Androsco(;gin Kiver Drainage System lying above the most upstream crossing of the Maine-New Hampshire boundary and wholly wilhm the Stale ot M.iine, not otherwise speeil'ied or classified Oass B-l. 2. t'upsiiplic Slicani and its tributaries above ili> conllucnce with Cupsuptic Lake - Oass A. 1954, c. 79, § 15. 3. KcniK-bago Stream and its tributaries above its confluence with Mooselookmegunlic lake (lass A. 1954, c. 79, § 15. 4. Hie Mai;alloway Kiver and its tribiiturias above the first crossing of the Maine-New llampsliire stale line (lass A 1954. c. 79, § 15. 5. Mill Stream, Kangelcy Class IJ-2. 1977, c. .173, § II 6. All waters and segments llicreof uf the Androscoggin River Watershed which are interstate in nature by virlure ol having portions of their drainage area in New Hampshire and portions in Maine are classified as follows : A Waters tributary to the Stearns llrook (Milan & Success, New Hampshire) drainage in the lownsliip of Kiley Class II- 1. li. Waters tributary to the Chickwolnepy Stream (Milan, New Hampshire) drainage in the rownslii|> of (iralton (lass B-l. C Waters tributary to the Mollidgewock Stream, ( l-lrrol. New Hampshire, ) drainage in the luwnship of Upton Class U-1. D. Waters, not otherwise cla.ssified, tributary to the Utnbagog Lake drainage in the Townships of Upton, Grafton, Andover. North Surplus, C-Surplus, Township C and Magalloway I'lanlation Class U-l. T.. Waters not otherwise classilled tributary to the Magalloway River drainage in the Townships of Magalloway Plantation, Lincoln Plantation, Parkcrtown, Lynchtown, Pamiaclienee and llownuntown Class U-l. 1965, c. 83, § 2. Aroostook River Basin 1957, c. 322, § 4 Aroostook River, Main Stem 1. Aroostook River above the junction with St. Croix Stream Class A. 1954, c. 79, § 15. 2. Aroostook River from junction with St. Croix Stream to injunction with Machias River Class B-l. 3. Aroostook Kiver from Machias River a>nnucncc to the Castle Hill-Ashland Town line (lass B-2. 1967, c. 19, § 1. 1977, c. 373, § 12. 4. Aroostook Kiver Iroiii the Ashlaiul-Castle Hill town line to the Wadc-Washburn town line Oass 11-2. 5. Arooslk Kiver Iroin the Wade-Washburn town line to the crossing of the Aroostook Valley Railroad about 6 miles below Washburn Class li-2. 1967, c. 19, § 1; 1977, c. 373, ij 12. 3-B-i4 below Washburn In llic jiinclioii with l'rusi|iic Isle SIrcain Class 11-2 1977, c. 373, 5) 13. 7. Aroostook Kivcr from the entrance of Presque Isle Stream to the international boundary, except for that portion be);inning at a point 100 yards below the intake of the Caribou water supply and extending upstream a distance of 3 miles Qass C. 1967, c. 19. § 1. 8. Aroostook River from a point 100 yards downstream of the Caribou water su|>ply intake to a point 3 miles upstream from this starting point Class U-l. Tribulaiies 1. All tributaries, direct and indirect, of the Aroostook River above the junction with St. Croix Stream Class A. 1954, c. 79, § 15. 2. All tributaries, direct and indirect, of the Aroostook River from its junction with St. Croix Stream to its junction with the Machias River, unless otherwise speciried or classi- fied Oass B-l. 3. All waters of the Aroostook River Basin not otherwise specified or classified which are wholly within the State of Maine Qass U-2. 4. Amsden Urook below the starch factory dam (lort lairl'ield) Oass 11-1. 1967, c. 19, § 2. 5. Uryant llrook, lort l-airHcId, from lisher Street to the Aroostook River contluence (lass U-2. 1967, c. 304, § 10; 1977. c. 373, § 14. 6. liutterOeld llrook. Limestone, Irom the northern fence of Loring Air lorce Base to its junction with Limestone Stream - Class B-l. 7. Ilutterrield Brook above Loring Air I'orce Base Class B-l. 8. Caribou Stream from Colby Siding Road Bridge to its confluence with the Aroostook River Class B-2 1977, c. 373, § 15. 9. Dudley Brook, Oistle Mill, above confluence with North Branch of I'resijue Isle Stream Class B-l. 10. I'our Corners Urook (Limestone) (lass B-l. 11. Goodrich Brook (also known as Colony Brook), lort lairfield, below the dam at the starch factory Class B-l. 1967, c. 19, § 2. 12. Hardwood Brook (Caribou & Presque Isle) dass B-l. 13. Libby Brook above the Maplcton-Washburn Road (lass B-l. 14. Limestone Stream, from the Route 165 Bridge in Limestone Village to the Long Road Bridge Class B-2. 1967, c. 19, § 2; 1977. c 373. § 16. 1 4- A. Limestone Stream from the L4>ng Road Bridge to the Canailian liorder Class C. 1977. c. 373, i} 17 15. Little Machias River and its tributaries (lass A. 1954, c. 79, § 15. 16. Little Madawaska River and tributaries including Madawaska Lake tributaries above the Route 161 lligliway Bridge in Stockholm Class A. 1954, c. 79, § 15. 17. Machias River and its tributaries above the Carfield Htanlation-Ashlaiid town line Class A. 1954, c. 79, § 15. 3--P-15 10-80 18. Machias River, Ashbnd, t'ruin iinmudiately upstream of the starch factoiy outfall to the Asliland-Ciuiricid Plantation boundary Class B-l. 19. Machias River, Ashland, from a point immediately above the starch factory outfall to its junction with the Aroostook River Oass B-l. 1967. c. 19. § 2. 20. Otter Brook (Caribou) - Oass B-l. 21. Pattec Brook at I'ort lairficld and its tributaries above the dam just upstream of the higliway bridge on Route 167 - Class A. 1954. c. 79, § 15. 22. Pattce Brook, I'ort Pairficid, from dam at starch factory to confluence with Aioostook River Class B-l. 1967. c. 19, § 2 23. Prcsque Isle Stream and its tributaries above its confluence with, but not including, the North Branch of Prcsque Isle Stream Oass A. 1954, c. 79, § 15. 24. Prcsque Isle Stream, from its confluence with the Aroostook River to the Bangor and Aroostook Kailroail Bridge nearest Oiapman and High Streets in Presque Isle Oass B-2. 1967, c. 19, § 2; 1977. c. 373, § 16. 25. Prcstile Brook (Caribou) - Class B-l. 26. Rand Pond Outlet (Prcsque Isle) Oass B-l. 27. St. Croix Stream and its tributaries above its confluence with the Aroostook River Oass A. 28. Salmon Brook and tributaries upstream of the dam immediately upstream of Washburn Village Oass B-l. 29. Salmon Brook, Washburn, from the dam immediately above the village to its junction with the Aroostook River - Oass C. 1967, c. 304, § 10. 30. Silver Springs Brook ~ Oass B-l. 31. Small stream (unnamed) in Presque Isle near vining station on Washburn Road - Oass C. 32. Spring Brook, Maplcton, above confluence with North Branch of Presque Isle Stream - Class B-l. 33. Squapan Stream and tributaries above the B. & A. Railroad Bridge Oass A. Kennebec River Basin 1957, c. 322, § 2 Carrabassetl Rivet 1. Carrabasset River, all portions, tributaries and portions of tributaries not otherwise specifically described and otherwise classified Oass B-l. 2. Carrabasset River and its tributaries above a point immediately downstream of its junction with the West Branch of the C^irrabasset River in Kingfleld Oass A. 1954. c. 79, § 15. 3. Carrabasset River, main stem, from junction with West Branch at Kingfleld to a point I mile above the railroad bridge in North Anson Oass B-2. 4. Carrabasset River, main stem, from point I mile above railroad bridge at North Anson to its junction with the Kennebec River Class C. 5. Cilman Stream, main stem, from bridge at New Portland to confluence with the Carrabasset River Oass C. 3-B-i6 6. (lariis Urook, New Portland, below Route 16 in Village of North New Portland to its confluence with Cilmaii Stream Oass C. 7. Lemon Stream, main stem, from outlet of Mill Pond in New Vineyard to its confluence with Carrabasset River ~ Qass B-2. 8. Mill Stream, Anson, from the railroad bridge in North Anson Village to the con- fluence with the Carrabasset River - Qass C. 9. Stanley Stream, Kingfield - Class C. Cobbosseeconlee Stream Drainage System 1. All water and portions of the Cobbosseeconlee Drainage System not otherwise specilled or classified Oass B-1. 2. Carleton Pond Outlet and its tributaries from Carleton Pond to Upper Narrows Pond Class B-2. 1977. c. 373, §18. 2-A. Cobbosseeconlee Stream, main stem, from its confluence with the Kennebec River to the Dam at latitude 448^1 3.3", longitude 69°-47.2' (approximately ) Oass C. 1967, c. 304, § 1. 3. Miniwah (Jock) Stream, Wales, and its tributaries Class l(-2. 1977, c. 373, § 18. 4. Outlet Lake Maranacook between Lake Maranacook and Lake Annabcssucouk Class B-2. 1977, c. 373, § 18. 5. Tributaries of Lake Annabessacook with the exception of Wilson Stream and others specifically defined - Qass B-2. 6. Tributaries of Tacoma Lakes, direct and indirect, and the outlet of Tacoma l^kes to Cobbosseccontee Stream - Oass B-1. 1977, c. 373, §18. 7. Unnamed stream entering Cobbosseeconlee Lake through golf course from immediately south of Manchester Village Oass C. 8. Unnamed stream and its tributaries flowing from Loon Pond in Litchfield and the tributaries of Loon Pond - Oass B-2. 9. Magotta Meadow Brook and its tributaries entering the southerly extremity of Pleasant Pond from the south Oass B-1. 1977, c. 373, § 18. 10. Unnamed stream and its tributaries entering the cove at the southwest extremity of Pleasant Pond Class B-2. 11. Unnamed brook and its tributaries entering northerly cove of Lake Maranacook at Rcadfield across Route 17 Oass C. 12. Wilson Stream (Mud Mills Stream), southerly branch, and tributaries above its junction with the branch from Wilson Pond, including the outlet of Cochnewagan Pond Class U-1. 1977. c. 373, § 18. 13. Wilson Stream CMonmouth), main stem, from outlet of Wilson Pond to the junction with the branch of Wilson Stream (Mud Mills Stream), entering from the vicinity of Monmouth Village below the tracks of the Maine Central Railroad - Class B-2. 1967, c. 304. § 2; 1977, c. 373, § 19. 14. Wilson Stream (Monmouth), main stem, from the junction with the branch of Wilson Stream (Mud Mills Stream), entering from the vicinity of Monmouth Village below the tracks of the Maine Cintral Railroad to its entrance to Annabessacook Lake Oass B-2. 1977, c. 373, § 18. Kennebec River, Main Stem, and those portions of tributaries affected by the rise and fall of the tide from Wyman Dam at Moscow to a Une drawn between the most easterly point of land 3--P-i7 10-80 i at llio siiiillicily end nl I'opliain Itcicli In I'liippshurg and llic soulhuinniust extension ol Kay I'onit in (leori'cliiwn, nut includnig lliu Andruseogjiin Kivur and tributaries norlliwest ut u line liirnied liy tlie extension of the Ilrunswiek-Wcst Hutli town line across Merryinucting liay in a northwesterly direction. I. Iroin Wyinaii Dam in Moscow to lall llrook, Solon (lass 111 IV77, c. 373, § 2(1. I -A. Ironi I all llrook, Solon, to the head ut the island ininiodialcly buluw (ireal l.ddy In Skowhenan (lassC. iy77. c. J73, §21. 2. I''ruiii (he head ol' the island iniincdiately below (iruat l-xldy to (he |X)Wcr company dam in hairfield Class li-2. 1961, c. 3((l). 3. Iroin the |>owcr company dam in r'airficld to a point 0.5 miles above the southerly boundary ol the Towns ol' lairndd and llunton Class C. 1961, c. 332. 4. Iroin a point II S miles above the southerly boundary or lairfield and Benton to a line across the Kennebec Kiver I'idal Isluary drawn due west from the southerly extension ol' (ireen I'oint on the easterly shore of the Kennebec Kivcr across the channel east of Swan Island to the island, ahmg tlie easterly shore of Swan Island to southernmost point of the i.stand, thence due west to the westerly shore of the river Oass C. 1967, c. 304, § 3. 5. Ironi a line drawn due west across the Kennebec River Tidal I'stuary from the southerly extension of Creen I'oint on the easterly shore of the Kennebec River, across the channel cast of Swan Island to the island, along the easterly shore of Swan Island to the southernmost point of the island, thence due west to the westerly shore of the river, to a line drawn across the lidal l-^tuary of the Kennebec River, due east, from Abagadasset Point, and including tidal portions of tributaries not otherwise classified Class C. 6. Ironi a line drawn across the lidal estuary of the Kennebec River, due east from Abagadasset I'oint. and bounded by a line across (he southwesterly arm of Mcrrymecting Bay lorined by an extension of the Urunswick-Wcst Bath town line across the bay in a northwesterly direction to the westerly shore of Merrymecling Bay and to a line drawn from Chop I'oint in Woolwich to West (liop i'oint in Bath and including tidal portions of tributaries not otherwise classilied Class B-2. 1963, c. 274, tj 4. 7. i-'rom a line drawn from Chop I'oint to Woolwich to West Cliop I'oint in Bath to a line across the Kennebec Kiver bearing due west from Bluff Head in the Town of Arrowsic and including tidal portions of tributaries not otherwise classified Class SU-2. 1963, c. 274, §4. 8. Iroin a line extending due west from Bluff Head in the Town of Arrowsic to a line drawn l)etwecn the most easteily point of land at the southerly end of Hopham Beach in I'hippshurg and the soulhernniosi extension of Bay I'oint in Cieorgelown and including tidal portions of tributaries not otherwise classified Class SB-I. 1963, c. 274, §4. 9. With respect to subsections I to K. a municipality, sewer district, person, firm, corporation, the State or any subdivision thereof, or other legal entity shall not be deemed to be in violation ol section 451 at any time or limes prior to October I, 1976 with respect to any of said classilicatioiis if by such lime or limes he or it, with regard to a project designed to achieve compliance with the applicable classitication, shall have completed all of the steps requiicd to be then completed by the following schedule: A. I'rehminary plans and engineers' eslimales shall be completed and submitted to llie lloaid of Invironmenlal I'rotection on or before October I, 1964. i 3-B-i8 i B. Atrangunicnts fui udniinislratiun and flnancing shall he completed on or hol'urc October I, 1968. This |>criod, in llic case ul' municipalities, shall encompass all I'mancinf; including obtaining of state and federal grants. C. Detailed engineering and Hnul plan formulation shall be completed on or l>ctbre October 1, 1969. D. Review of fliul plans with the Board of linvironmcntal Protection shall be completed and construction commenced on or before October I, 1970. K. Construction shall be completed on or before October I, 1976. 1961. c. 330. Messalonskce Stream Drainage System 1. All waters jind segments of the Messalonskce Drainage System not otherwise specified or classified - Oass B-1. 2. Ocar Brook, between F.ast Pond and North Pond Class B-2. 3. Messalonskce Stream, main stem from outlet of Messalonskce l.ake to Rice's Rips Dam Oass C. 1967, c. 304, §4. 4. Messalonskee Stream, main stem, from Rice's Rips Dam to Union Dam in Watcrville - Qass C. 5. Messalonskee Stream, main stem, from Union Dam to junction with Kennebec River - Qass C. 1967, c. 304, § 4. 6. Tributaries of Messalonskee Stream entering between the outlet of Messalonskee Lake and its junction with the Kennebec River Class C. Minor Tributaries below Wyman Dam in Moscow 1. All tributaries, direct and indirect, or portions thereof, not otherwise classified or specified, entering the Kennebec River between Wyman Dam and Chop Point in Bath. (This is in no way intended to include the Androscoggin River) Qass B-1. 2. All waters of the Carrabasset Stream System not specifically mentioned or otherwise classified Oass B-2. 3. Austin Stream and its tributaries above the highway bridge on Route 201 in the Town of Bingham - Oass A. 1954, c. 79, § 15. 4. Bog Brook, West Athens Vicinity, above confluence with Bradbury Stream - Class B-2. 5. Bond Brook and its tributaries below the crossing of Route 1 1 prior to reconstruction of this route in 1955 Oass C. 1967. c. 304, § 5. 6. Cold Brook and its tributaries (Wesserunsett Drainage) Class B-2. 7. Currier Brook; Skowhegan, from I'airview Avenue to its confluence with the Kennebec River Class C. 8. I'all Brook, Solon, from the dam upstream of Route 201 in Solon Village to its confluence with the Kennebec River Oass C. 9. Greeley Pond Brook, below the outfall of the V.A. Hospital sewage treatment plant to the confluence with Togus Stream Oass B-2. 10. Kennedy Brook, Augusta - Oass B-2. 11. Mill Stream, in the village of Norridgewock, below the upstream bridge in the village Class C. 3-B-i9 10-80 i 12. Mill Stream. .\m\ Iributarics. Norrid);owock. ubovc upstrcuin bridge in Norridgcwock Village Class 11-2. 13. Seveiiinile Slreaiii Iroin (he entranee i>t Webber Pond Outlet to the Kennebce River Qass 11-2. 14. Tot;iis Stream, from (Ireeley I'ond llrook junetion lo the Kennebec River Class II 2 15. Twomile llrook, Auf^iistj. Iroiii the entrance of the C'ushnoc Housing Development sewer to the Kennebec River Class C 16. Unnamed stream, in the village ol' Anson, below its upstream bridge to its con- Duencc with the Kennebec River Class 11-2. 17. Unnamed stream and tributaries crossing Hanger Street in Augusta near Coca Cola bottling plant Class C. 18. Unnamed tributary ol' Cathance River in Uowdoinhum which enters the tidal portion ol' the West llranch of the (iilhance River approximately 0.7 miles above the bridge in llowdoinham from a northwesterly direction Class C. 1967, c. 304, tj 5 19. Webber I'ond Outlet, Vassalboro, from Webber I'ond to the eonllucncc with Sevenmilc Stream (lass lt-2. 20. West llranch of Wesscrunsett Stream, bewteen Wesserunsett l^ke and Smith Pond; including Pain llrook. Kincaid Stream, Haley Stream and Longley llrook Class B-2. Sandy Kivcr I All tributaries, or portiims thereof, of Sandy River not otherwise classified or recommended lor classifications Class ll-l 2. Ilean llrook. Strong, between its junction with l>)ctor Brook and with Valley llrook Class C 3. C;iscade llrook, larminglon, between the Route 2 Bridge and Sandy River (1as.s B-2. 1977, c. 373, {522. 4 Lemon Stream, Starks. from dam in Starks Village to its conllucnce with the Sandy River Class C. 5. Little Norridgewock Stream and tributaries above confluence with Wilson Stream Class B-2. 6. Meadow Brook, Wilton, from IX^pot Street to its confluence with Wilson Stream (lass C. 7. Sandy Kiver and its tributaries above Pliillips at the highway bridge on Route 142 Oass A. 1954, c 79, § 15 8. Sandy River, main stem, from the Route 142 Bridge in Phillips to Route 4 Bridge in l-anninglon (lass 11-2. 9. Sandy River, main stem, from Route 4 Bridge in I'aiminglon lo the entrance of llcales llrook dass C. 1967, c. 304, § 6. 10. Sandy River, main stem, from the entrance of Bealcs Brook to its conlluence with the Kennebec River (lass C. 11. Temple Stream, between the bridge in the Village of 1'cmple and Sandy Kiver Class C. 12. Unnamed stream, larniington, urban area vicinity of Middle Streat (lass C. 13. Unnamed stream, l)elow canning factory in New Sharon Village (lass C. 1967. c. 304. § 6 i 3-B-20 i 14. Valley Brook, Strong, between the Route I4S Bridge and the main stem of the Sandy River Class C 15. Wilson Stream, main stem, from outlet of Wilson Hond to the Route 133 crossing - Class C. 1967, c. 304, § 6. 16. Wilson Stream, main stem, from Route 133 crossing to junction with Sandy Rivet - Qass C. Sebasticuok River, Main Stem, including East and West Branches. 1. All portions and segments of the main stem of the Sebasticook River not otherwise specified or classiried above the dam of the Central Maine Power Company at Winslow - Qass B-2. 2. liasl Branch from outlet of Lake Wassookeag to confluence of tributary entering from Puffers Pond Class C. 1965, c. 336. 3. East Branch from the junction of Puffers Pond tributary to the outlet of Corundel Lake Qass C. 4. I'iist Branch from outlet of Corundel Lake to Sebasticook Lake Cass C. 1965, c. 336. 5. I-Jist Branch from outlet of Sebasticook Lake to Eelweii Bridge Class C. 1967, c. 304, § 7. 6. West Branch from outlet of Great Moose Lake to Route 43 Bridge in Hartland - Qass C. 7. West Branch from Route 43 Bridge in Hartland to its junction with the last Branch - Class C. 1967, c. 304, § 7. 8. Main Stem from Ixlweir Bridge to Pittsfleld-Burnham town line ~ Oass C. 1967, c. 304, § 7 9. Main Stem from a point 0.5 mile above the highway bridge at Ginton to a point 1.0 mile above the highway bridge at Benton Tails Qass C. 10. Main Stem below dam of the Central Maine Power Company at Winslow Class C. 1967, c. 304. § 7. Tributaries of the Sebasticook River Drainage System 1. All portions and segments of waterways of the Sebasticook River Drainage not otherwise specified or classified - Qass B-2. 1967. c. 304. § 8 2. All tributaries on the west side of the main stem of the Sebasticook River below the dam of the Central Maine Power Company at Winslow ~ Gass B-2. 3. Brackett Brook (Palmyra and Newport) Gass C. 1967. c. 304, §8., 4. Carlton Stream and tributaries - Gass C. 5. China Lake Outlet, main stem, from crossing of liast Vassalboro to North Vassalboro road to junction with main stem Sebasticook River Gass C. 1967, c. 304, § 8. 6. China Lake Outlet, main stem, from crossing of highway between East Vassalboro and North Vassalboro to the Outlet of China Lake Gass C. 7. Earnham Brook below Route 100 - Gass C. 1967, c. 304. § 8. 3-B-2i 10-80 i 8. rirteciiiiiilu Sircuiii and tributaries bcluw its junction with Mill Stream near Albiun Qass C. 9. Iliggins llrDuk, main stem, from crossing; of Kuutc 154 above Harmony to its outlet to (Ireat Moose Ijke (lass C 10 Joaquin llrook and its tributaries Class U-l. 11. Meloon Brook and its direct and indirect tributaries Class U-l. 12. Mill Stream from immediately above crossing of Albion-Bcnton Road to junction with I itteeniiiile Stream (lass C. 1967. c. 304, § 8 13. I'ratt Stream and its tributaries above its junction with I'irtccnmilc Stream Class U-l. 14. I'un'ers I'und tributary and all branches thereof Class U-l. 15. Sandy Stream, main stem, from its junction with Uacon Urook to a point 'A mile from the entrance ol Mussey tlrook Class C. 1967. c. 304, § 8. 16. Sandy Stream, nuin stem, from outlet of Sandy Pond to its junction with llilfmoon Stream Class C. 1967, c. 304, § 8. 17. Small streams and tributaries, direct or indirect, not otherwise speciHed or clussiricd, enlerin); the Sebaslicook Kiver from the east between Twentytlvcmile Stream and I'ifteenmile Stream Class C. 18. Small streams and their tributaries not otherwise specified entering the Scbasticook River from the east between the outlet of I'ifteenmile Stream and the point of discharge of (liina liike Outlet Class C. Upper Kennebec Kivcr Basin, that piiction lying above Wyman Dam in Moscow. I All waters tributary to the llowage of Long lalls Dam on the Dead River with the exceptiim of the North Branch of Dead River, the South Branch of Dead River and Siratlon Urook Class U-l. 1965. c. 426. § 2. 2. All waters tributary to the Dead River between Long falls Dam and its junction with the Kennebec Kiver at the forks Class B-l. 1955. c. 426, tj 2. 3. [Vad Kiver. South Branch, segments and tributaries thereof, not otherwise defined above the normal highwater mark of the reservoir created by the Long lalls Dam Qass U-l. 1955, c. 426, § 2. 4. Kennebec River and tributaries below Moosehead Lake (including I'^st and West Outlets), the sections of Dead River (main stem) below Long falls Dam. to Wyman Dam in Moscow (lass U-l . 5. Moose River and its tributaries above the outlet of Big Wood Pond in Jack man Class A. 1954. c. 79. ij 15. 6. Moose Kiver. all tributaries, main stem excluded, entering between the outlet of Wood Pond at Jackman and the mouth of Moose River ut Moosehead Lake in Rockwood (lass II I . 7. Moose River. Jackman llanlulion, l>etween Big Wood Pond and Long Pond Class C. K. Moose River, from entrance to Uing Pond to entrance to Moosehead Lake (lass U-l. i i 3-B-22 9. MiioNclicad Uikc, ;ill Iribularjcs ubovi- iiDrmal highwalor with the cxccplion of Koach Kivcr bulow I irsl Uoatli I'oiid Oaiii and the uiinanicd streams ciitciing I asl and West ("oves ol MoDsehcad Like respectively through the Village of (Jrcenville Class lt-1. 1955, t. 426, § 2. lU. North Branch of Dead Kivcr and its tributaries above its conlluence with I lagstaff Ijkc " Class A. 1955, t. 426, § 2. 11. Roach River, main stem, I'irst Koach I'ond Uani to outlet Class H-2. 1955, c. 426, § 2. 12. Stratlon Brouk und its tributaries above the Sttatlon-Kingrield highway Class B-l. 1955, c. 426. § 2. 13. Unnamed stream and its tributaries entering Moosehead Like at l.ast Cove Ihrougli (Jreenville Village Oass B-2. 1955, c. 426, § 2; 1977, c. 373, § 23. 14. Unnamed stream and its tributaries entering Moosehead Ijke at West Cove through Cireenville Junction Class U-2. 1955, c. 426, § 2; 1977, c. 373, § 14. Meduxnekeag River Basin 1955, c. 426, §4 1. All segments and branches of the Meduxnekeag River, not otherwise defined above the international boundary ~ Class B-l. 2. All segments and tributaries of Frestile Stream, not otherwise defined, above the inter- national boundary Class C. 1965, c. 42, § I; 1967, c. 18, § 1. 3. Big Brook tributary, main stem, from the bridge at the Bangor & Aroostook Railroad to the outlet of the stream at the Meduxnekeag River - Class B-2. 1977, c. 373, §24. 4. Meduxnekeag River, main stem, from outlet of pond at New Limerick downstream to a bridge at the road just upstream of Houlton's compact area leading to gravel pits Class B-2. 5. Meduxnekeag River, main stem, from bridge at gravel pit entrance just upstream of tlie joinpact area in lioullon to the international boundary Class B-2. 1977, c. 373. §24. 6. North Branch of the Meduxnekeag River and its tributaries above the Monticello TCR2 boundary Class A. 1954, c. 79. § 15. 7. North Branch of the Meduxnekeag ICiver. main stem, from the bridge at U.S. Iligliway No. 1 to the internafional boundary Class B-2. 1957, c. 322, § 2; 1977, c. 373, § 25. 8. Pcaree Brook tributary in Houlton - Class B-2. 1967, c. 304, §11; 1977, c. 373. § 26. 9 I'reslile Stream, main stem, from the bridge at Wcstl'ield to the international boundary in the Town of llridgewaler Oass C. 1965, c. 42, § 1; 1967, c 18, § 1. lU. South Branch of the Meduxnekeag River, main stem, from the dam at llodgdon to the outlet into the main river Class B-2. 1957. c. 322. § 2; 1977. c. 373. § 25. 3-H-23 10-80 i II. Wliiliicy Itrouk and its iributurius abuvu the cunlluciicc with I'rcstilc Stream - Class B-2. 1957, c. 322, §2. Mousam River Basin 1957, c. 322, § 8 1. All portions of Mousam Rjvcr drainage not otherwise specified or classiried - Class U-l. 2. Ilay Urook Class C. 3. Mousam River, main stem, and tributaries. West Branch from dam at r.mcry's Mills to northerly boundary of compact area of Sanford about 0.5 mile above Mill Street in the Springvalc section Class B-2. 4. Mousam River, main stem. West Branch, from northerly boundary of compact area of Sanford about 0.5 mile above Mill Street in Springvale section to its junction with the I'ast Branch Class C. 1971, c. 106, § 1. Time Schedule A. A municipality, sewer district, person, firm, corporation or other legal entity shall not be deemed in violation of this subsection at any time or limes prior to October 1, 1974 with respect to those classirications if by such time or times he or it with respect to any project necessary to achieve compliance with applicable classification shall have completed all steps re>|uired to then be completed by Uie following schedule. (1) Preliminary plans and engineers estimates shall be completed and submitted to the Board of Invironmental Protection on or before March I, 1972. (2) Arrangements for administration and financing shall be completed on or before March I, 1972. This period, in the case of municipalities, shall encompass all financing including obtaining of state and federal grants. (3) Detailed engineering and final plan formulation shall be completed on or before October I, 1972. (4) Review of final plans with the Board of l'4)vironmcnlal Protection shall be completed and construction commenced on or before June I, 1973. (5) Construction shall be completed and in operation on or before October 1, 1976. 1971, c. 618. This reclassification shall not be deemed lo exempt any municipality, sewer district, person, lirm. corporation or other legal entity from complying with the water quality standards of the last previous classification, as such standards existed on December 31, 1970, and enforcement action may be maintained or noncompliance therewith. 1971, c. 106, § 2. 5. Mousam River, main stem and tributaries entering from west from junction of Kast and West Branches to tidewater (lass B-2. 6. Mousam River, Middle Branch, from bridge near Yeuton llill to junction with West Branch (lass B-2. 1967, c. 180, § 3. 7. Mousam River, Ivast Branch, main stem, thiough Waterboro Village and tributary entering at downstream edge of Walcrboro Village (.lass C. Penobscot River Basin 1957, c. 322, § 3 liasi Branch Penob.scol River Drainage System i i 3-B-24 1. I'la^C Branch of the Punobscut River und i(s trlbuturics above the outlet of Mattagainon Lake Class A 1954, c. 79, § 15. 2. l\:nobscot River, Ivast Branch, segments and tributaries thereof, between its outlet and the dam at Grand Lake Mattagamon Class U-1. 1955, c. 420. § 2. Main Slum, that portion of the Penobscot Kiver between the confluence of l%ast and West Branches south to a line drawn due east from I'ort Point on C'^ape Jellison. 1. Tlie main stem of the West Branch of the Penobscot River from the outlets uf lerguson and Quukish Lakes in Millirrockcl to tlie highway bridge just above the junction of the ivast and West Branches in Medway which carries Route 116 across the West Branch Qass D. 2. The main stem of the Penobscot River and the West Branch from the Route 116 highway bridge in Medway to a line extended in an east-west direction from the outlet of Reed Brook in the Village of ilampden Highlands to the Penobscot Kiver Oass C. Whereas the segment of the Penobscot River between the junction of the liast and Wast Branches thereof and Wcldon Dam is now heavily loaded with cumulative deposits of bacterial cellular and other materials exerting a signiHcant oxygen demand over and above that created by the fermentation of current daily loads and whereas some time will elapse before this source of oxygen demand is stabilized, no abatement action shall be taken by state regulatory agencies, if at that time current daily upstream loadings have been reduced to a value which could reasonable be expected to result in conditions which will not foster cumulative deposits and will be compatible with the specifications or the segment classifica- tion, with the added and special provisions that the dissolved oxygen level shall not fall below 7.0 p.p.m. at the Old Town-Milford bridge or at the Stillwater bridge. 3. The tidal estuary of the Penobscot River from a line extended in an cast-west direction across the estuary from the mouth of Reed Brook in the Village of Ilampden Highlands to a line extended in a westerly direction across from the southernmost tip of Verona Island to the westerly bank of the Penobscot Ivstuary and from the southernmost lip of Verona Island to the easterly bank of the Penobscot luituary at the Bucksport-Penobscot town boundary - Qass SC. 1965, c. 179, § 1. Mallawamkeag River Drainage System 1955, c. 426, § 2 1. All segments and tributaries of the Mattawamkeag River Drainage, not otherwise deHned, above its outlet to the Penobscot - Oass B-1. 2. Baskahegan Stream, main stem, from its outlet to the Mattawamkeag River to the narrows in Crooked Brook llowage approximately one mile above the village of Danforth Qass C. 3. Cold Brook, a tributary of the Mattawamkeag River, llast Branch, entering at Smyrna Mills, the main stem thereof from the confluence with Huntley Mill Pond Brook to its outlet to the Rast Branch of the Mattawamkeag River - Class B-2. 4. Rsh Stream, main stem only, from its confluence with the West Branch of the Mattawamkeag River to the entrance of the Crystal Brook tributary Oass C. 5. I'ish Stream, main stem only, from its contlucnce with Crystal Streams tributary to a point % mile upstream of the Route 1 1 Bridge in Patten Class C. 1967, c. 304. § 12. 6. Huntley Mill Pond in Merrill, the main stem from the outlet of Huntley Mill Pond to the confluence with Cold Brook - Oass B-2. 7. Mattakeunk Stream, main stem, from the outlet of Dwinal Pond to Mattakeunk Pond - Class C. 3-B--25 10-80 i 8. M:ittuwjinkca(; Kivci, inuiii siciii, outlet tu the jiincliuii »l lliu I ^i^t uiid West Itranchcii in the Town of llayiiesville ClubS 11-2. 9. Miitlawumkeag Kivei, Ijsl branch, between the junction of llie last and West ilranches in llaynesville and the entrance ul' the Cold Uruuk tributary near Smyrna Mills Village (lass li-2. Id. Matlawanikeag Kiver, West liranch, main stem, from the junction ol' the I ast and West Ilranches of the river to, and includin);, the thoroughfare between the upjier and lower Mattawamkeag Uikes Class U-2. 11. Mattawanikeag Kiver. West liranch, iiuin stem, from its outlet to upper Nbttawamkeag Lake to a point lUU feel upstream of the railroad bridge al Island Tails Oass C 1967, c. 304. § 12 12. Molunkus Stream, nuin stem, from its outlet to the Muttawanikeag at Kingman to a point % mile above the highway bridge at Sherman Mills Class B-2. 13. Webb llrook and its tributaries in the Town of Patten Class C'. 1967. e. 304. § 12 I'cnobscol Kiver. Minor Iribulafics, from the cunduence of the liist and West Branches to a line drawn due east Irom Tort I'oint in the Town of Stockton Springs, not including the hscataquis and Mallawamkeag Kivers Drainage Systems. 1. All tributaries, direct and indirect, and segments lliereof, of the Penobscot Rivci from the conlluence of the Ijst and West Ilranches of the Penobscot, with the exception of the hscataipiis and Maltawamkeag Kivers Drainage Systems, to and including Pushaw Stream on the west shore of the Penobscot Kiver and to and including Ulackman Stream on the east shore of the Penobscot Kiver. unless otherwise specified or classified Class 11-1. 1971, c. 273. 2. All minor tributaries on the west shore of the Penobscot River between Pushaw Stream and the Hampden- Winlerport line, not otherwise designated Qass C. 3. Alt minor tributaries on east shore of the Penobscot Kiver between Ulackman Stream and the Orrington-llucksport line, not otherwise designated Class C. 4. All streams, segineiils and tributaries thereof, not otherwise defined, entering tide- water between the head of tide on Marsh Stream (Trankfortl and Tort Point (Stockton Springs) Class C. 5. All minor tributaries, segments, direct and indirect, not otherwise defined, entering tidewater from the head of tide on the Orland Kiver south to a line drawn due east from Tort Point (Stockton Springs) Class 111. 6. Cainbolasee Stream, Ijncoln, from the Route 2 crossing to the Penobscot Kiver Class C. 7. (ireat Works Stream and Us tributaries above the highway bridge on Route 178 in the Town of llradley Class A 8. llallnioon Pond (Searsporl), and its tributaries above the pond outlet Class 111. 9. Kenduskeag Stream and its tributaries above the llullseye Bridge (Bangor) Class 11-2. 10. Kenduskeag Stream and tributaries l>elow the Bullseye Bridge (Bangor) Class C. 1967, c. 304, ij 13. 11. Marsh Kivcr (Pros|x:ct). segment and tributaries thereof, luit otheiwise defined, above tidewater Class B-2. 12. Marsh Stream (Tianklorl. etc.). segments and tiibularies, not otherwise defined, above tidewater Class B-2. 13. Marsh Stream, main stem, liom a |>oint 0.4 mile above the bridge at Brooks Village to the inlet ol Basin Pond Class 11-2. 1969, c. 286. 14. Marsh Sitcaiii. mam stem, Irom its junction with the North Brancli ol Marsh Stream to the bridge at West Wmterport Class B 2. i 3-B-26 1969. c. 286. IS. Mursli Stream, Norlli Urunch, iiiuin slem, from u poinC 0.25 mile upstream dI Monrue Village to the junction or the North Branch with the main .stem Class U-2. 1969, c. 286. 16. Marsh Stream and its tributaries upstream of a point 0.4 mile above the highway bridge in Brooks Village - Class B-l. 17. Mattanawcook Stream, Lincoln, below outlet of Maltanawcook Pond - Qass C. 1967, c. 304, § 13. 18. Olainon Stream and its tributaries above the bridge on Horseback Road Class A. 19. Orland River and its tributaries above the outlet of Alamoosook liikc Oass A. 20. Orland River, segments and tributaries thereof, not otherwise defined, above tide- water - Qass B-l. 21. Orland River or Narramissic River from tidewater to a point opposite the Oak Cirovc cemetery Oass B-2. 22. Outlet of Silver Ijke above the village limits of Bucksporl - Oass B-l. 23. Passadumkeag River and its tributaries above Grand I'alls - Class A. 24. Sourdabscook Stream and its tributaries above the dam of the Hampden Water District at Hampden - Oass A. 25. Sourdabscook Stream from the dam of the Hampden Water District to the Penobscot River - Oass C. 26. Sunkliaze Stream and its tributaries above its confluence with the Penobscot River Qass A. 27. Unnamed stream and its tributaries entering tidewater at Mill Cove near Sandy Point, above the first highway bridge west of the Route 3 Highway Bridge Class B-l. Piscataquis River Drainage System 1965. c. 426, § 2 1. All waters, segments and tributaries, direct and indirect, of the Piscataquis River Drainage System not otherwise specified or classified Class B-l. 2. All tributaries of the llscataquis River and segments thereof not otherwise designated or classified between, not including, the Sebec River and the Maine Central Railroad Bridge at Dover- I'oxcroft Oass B-2. 3. Carleton Stream, Sangerville, from its mouth to the crossing of Route 23 Class C. 4. Carleton Stream and its tributaries above Route 23 Oass B-2. 5. Davce Brook below North Street. Dunham Brook below I'orcst Street and I'ox Brook below drove Street in Dover-Foxcroft - Oass C. 6. l-last and West Branches of the Piscataquis River and their tributaries above their confluence near Blanchard Class A. 1954. c. 79. § 15. 7. last and West Branches of the Pleasant River and their respective tributaries above the confiuence of these 2 streams above Brownvillc Jet. - Class A.' 1954. c. 79. § 15 8. Kingsbury Stream, Abbott, from its mouth to a point 100 yards above the bridge on Route 15 in Abbott Village Oass B-2. 9. Phillip Brook, Monson, from Lake Hebron to the junction with Monson Stream Oass C. 10. Piscataquis River below the dam near the mouth of the river at Howland Class C. 11. Piscataquis River from the dam at Howland to the Penobscot River run- around Class B-2. 3-B-27 10-80 i 12. h&culaquis Kivcr, nuiin stum, frum Abbot-CiuUford town line to the ruilioad bridge upproxiinulely I mile east of Merrill Brook eonlluence - Ouss C. 1967, t. 304, § 14. 13. Ihi-cutucjuis Kivcr, main stem, from liast Dover to the junction with Pleasant River - (lass C. 14. h.scataqiiis Kivcr, main stem, from junction with Pleasant River to Sclioodic Stream eonlluence (lass U-2. 15. Piscataquis River, main stem, I'rom Abbot-Guilford town line to mouth of -Kingsbury Stream Class 11-2. 16. Pleasant River, main stem, from its mouth to the end of Maple Street in Brownvillc Junction - (lass (' 17. Sebec River, main stem, from its mouth to the dam at Main Street in Milo ~ Class C. 18. Sebec River and its tributaries above the outlet of Monson Stream - Qass A. 1954, c. 79, § 15. 19. hscataquis River, nuin stem, from the railroad bridge approximately I mile east of Merrill Urook continence to the bridge at llast Dover - Class C. 1967, c. 304. 5; 15; 1971, c. 13S. ^ I West Blanch Penobscot Kivcr Drainage System 1955, c. 322, § 2 1. All waters, tributaries and segments thereof of the Penobscot River Drainage System, not otherwise s|>eciried or classillcd, upstream of the outlets of I'erguson Lake and Ouakish Uike and North Twin Dam Class 11-1. 2. I'enobscol Kiver and its tributaries above Seboomook Uike (?lass A. 1954, c. 79, § 15. 3. That portion of the main stem of the Penobscot River (West Branch) between the outlet of lerguson l;ike and of Ouakish Lake and North Twin Dam at the outlet of North 1'win l.ake or l-lbow l^ike. which would include the reservoirs known as Quakish Lake and lerguson Lake (lass U-2. 4. Tributaries, direct and indirect, and segments thereof, of the West Branch of the Penobscot Kiver from the outlet of Quakish and lerguson Lakes (Milhnocket) to its eonlluence with the Tjsl Branch; with the exception of the segments of Milhnocket Stream tMillinockel) l)etwecn the railroad bridge and the West Branch of the Penobscot River Class II 1 . 5. Segments of Milhnocket Stream (Milhnocket) between the railroad bridge near the Millinocket Indian Purchase town boundary and the Penobscot River - Class D. 1965, e. 179, ij 2. Schedule of Cimipletion Applicable to Certain Waters of the Penobscot River Basin 1965. c. 179, § 2 1. llie classilication set forth as follows shall become effective on October I. 1965. A. Subsections 1 . 2 and 3 under main stem; II. Subsection 5 under West Branch I'enob.scot River Drainage System. 2. A nmnicipality. sewer district, (vrsim, tirm, corporatiim or other legal entity shall not be deemed in violation of these sections at any time or times prior to October I. 1976 with respect to those classifications il tiy sucli lime or times he or it with respect to any project neces.sary to achieve compliance with applicable classilication shall have completed all steps required to then l>e completed l>y the tbilowing schedule. i 3-B-28 A. Preliminary plans and engineers' estimates involving municipal and other publicly owned projects shall be completed on or before October 1 , 1 968 and plans for required abatement steps by others shall be submitted and approved not later than October 1, 1969. B. Arrangements for administration and Hnancing shall be completed on or before October I, 1971. In the case of municipal projects this period is to include definite scheduling of grants-in-aid. C. Detailed plans and specifications shall be approved by the Board of l^nvironmcntal Protection and construction begun prior to June 1, 1973. D. All requirements ore to be completed and in operation on or before October I, 1976. 1965. c. 179. § 2; 1967. c. 475. § 7; 1972, c. 618. Presumpscot River Basin (Includes all drainage area above the Presumpscot Falls Dam) 1957. c. 322. § 6 1. All waters, tributaries and segments of the Presumpscot River Basin, not otherwise speciried or classified, with the exception of the Presumpscot River, main stem, below the upstream compact limits of Westbrook - Class B-1. 2. Frank Brook, and Pleasant River above its confluence with Frank Brook, together with tributaries thereof Class B-2. 3. Little River, nuin stem. (Windham) from canning plant on Route 114 to its con- fluence with the Presumpscot River - Qass C 4. Outflow from Panther Pond to Sebago Lake - Qass B-2. 5. Outlet of Tuttle Pond. Windham - Qass B-2. 6. Pleasant River, and tributaries between Frank Brook (Gray) and its entrance to Little Sebago Lake - Qass B-2. 7. Presumpscot Kivet. main stem, below Village of South Windham to tidewater - CHass C 1967. c. 446. 7-A. Presumpscot River, main stem, from the outlet of Sebago Lake to the dam at Dundee - Qass A. 1972, c. 612. 8. Second westerly tributary of the North Branch of Little River (Windham) - Qass B-2. 9. Stevens Brook. Bridgton - Qass C. 1967, c. 304, § 16. 10. Tannery Brook, and its tributaries, (jorham - Qass B-2. 11. Tributaries, direct and indirect, of Songo Pond (Albany vicinity) - Class B-2. 12. Tributaries of Papoose Pond(Waterford) - Qass B-2. 13. Tributaries of Coffee and Dumpling Ponds. Casco. above inlet to Pleasant Lake - Qass B-2. 14. Unnamed stream, entering Sebago Lake at North Sebago Village - Class B-2. Saco River Basin 1957, c. 322. § 7 Main Stem, Saco River 1 . All portions of the main stem, Saco River, above tidewater not otherwise specifled or classified - Qass B-1. 2. Saco River, main stem, from Route 5 (Fryeburg-Lovell road) to a point % mile below the Fryeburg-Lovell road - Qass B-2. 3-B-29 10-80 i 3. Sato Kiver, niuin stem, from jiiiictiuii willi Ossipce Itivcr to llic ciitniiicc ol ()u;ikcr llrook Class HI. 1973, I. 401 4. S;ico Kjvir, iiuiin stem, Iroiii ciilraricc ol' Quaker llrouk U> (lie Central Maine Power < u. dams at liar Mills Class HI. I9f.7. e. 180, Jj I; 1973, e 401. 5. Saeo Kiver. main stem, from the Central Maine Power Co ilams at liar Mills to tlie Koule #4-A lii(;liway bridge at Salmon I alls village Oass H-2. 1967, e 180, § 1; 1973, c. 401. 6. S;ico Kiver, main stem, from Union I alls Dam to Thalehcr Krook - Class H-2. 1973, e. 401 7. S:ico Kiver, main stem, from lliatcher llrook to tidewater Class C. 1967, c. 180, § I; 1973, t. 401. Tiibulaiics, Saeo River 1. All tributaries, direct and indirect, and segments thereof, of the Saeo River Drainage, above tidewater, not otherwise specified or classified Class B-1. 2. Ilrown llrook. Limerick, main stem, from outlet of Holland Pond (o junction with Ijttle Ossipce Kiver Class C. 3. (ioodwins Mills Urook, main stem, from O.S mile above crossing of Route 3S at (ioodwins Mills to Saeo Kiver Class K-2. 4. Kimball llrook, vicinity North Iryeburg, from point 0.5 mile above Route 113 crossing to Charles Pond (lass C. 5. IJttle Kiver, from crossing of Route 5 approximately 1.0 mile above Cornish Village to its outlet to the (Ksipee Kiver Class C. 1967, c. 180. § 2 6. Ossi|>ee Kiver, main stem, from 0.5 mile upstream of Route 25 bridge at Kezar I'alls to the entrance of Wadsworth llrook Class C. 1967, c. 180, § 2 7. Ossipee Kiver, main stem, from entrance of Wadsworth llrook to junction with Saeo River Class C. 8. Wards Brook (Ward Pond to outlet of brook) Oass C. SI. Croix Kivui Basin 1. All tributaries of the St Croix River u|>stream from the dam at Calais, the drainage areas of which are wholly within the State of Maine, and including the West Uranch of the Si. Croix Kiver and lis tributaries which enter through drand Ijkc llowage Class A. 1954, c. 79 § 15 2. Waters of the St Croix River Watershed, within the State of Maine, not otherwise ilassilled, including those of the Main Stem of the St. Croix River and of Monument llrook on the Maine siile ol (he inlernalional boundary above the (irand falls Dam (lass II 2 1967. c. 156: 1977, c. 373, t; 27 3. Waters of the St Croix Kivei Watershed, within the Slate of Maine, not otherwise classil'ied, including lliose of the Main Stem ol llie St Croix Kiver on the Maine side ol llic inlernalional lioumlary lioiii the (irand falls Dam to the head of tide (lass (.'. 1977, e. 37 1. S 27 A. SI. John River Basin Allagash Kivei Drainage Area - Class A 19.54, c. 79, § IS id 3-B-30 i i Fish Kivcr Draiicige Area 1955, c 322. § 5 1. All WMtcfS, sc(;nicnls niul tiibutarics of the I'isli Kivcr Orainagc not otherwise spe eil'ied or classilicd Class lt-2. 2 l-ish River and its tributaries above the highway bridge over the I'ish Kiver at the outlet of St. Iroid Ijke on Highway Route 1 1 Gass A. 1954, c. 79, § 15. 3. I'ish River from the bridge at lort Kent Mills to the Route II Bridge near the loot of St. i'roid Lake Class U-1. 4. I'ish River main stem, from bridge at I'orl Kent Mills to confluence with St John River Class C. 1967, c. 304, § 17. Main Stem, SI. John River 1969, c 268. 1. St. John River, main stem, above the International Bridge lort Kent Cla.ss 1)1. 2. St. John Kiver, main stem, from the International Bridge lort Kent to the I'rcnchvillc-Madawaska town line Class B-2. 3. St. John River, mam stem, from the Irenchvillc-Madawasku town line to the Canadian border - Class C. Tributaries, St. John River 1969. c. 268 1. All waters of the St. John Drainage Basin not otherwise specified or classified which receive drainage from lands entirely within the United States Class IM . 2. All tributaries direct and indirect of the St John River not wholly in the State of M:iine, on the Maine side of the international border not otherwise specified or classified - Class B-2. 3. All tributaries of the St. I'rancis River, the drainage ureas of which arc wholly within the State of Maine Class A. 4. All tributaries and branches of the St John River above the outlet of All.tgash River, the drainage areas of which are wholly within the State of Maine, including that portion of the river above the St. John Pond Dam - C'la.ss A. 5. All streams and tributaries, unless otherwise specified or classified, entering the St. John River in I ort Kent, Irenchvillc, Madawaska (including the upper portion of Martin Brook), (irand Isle, Van Burcn, St. John Plantation and Hamlin llantalion Class B-2. 6. Martin Brook, Madawaska, downstream of the bridge on the Back Settlement Road Class C. 7. Negro Brook, Allagash Plantation, and its tributaries - Class A. 8. Oquisiquil Brook and its tributaries. Mars Hill and l^aston, above the Canadian border - Class B-2. 9. Riviere des Chutes, laston and Mars Hill, above the Cimadian border Class B-l. 1(1. riiibodcau Brook, Crand Isle, from Route 1 to the St. John River Class C. 11. Violette Brook Van Buren, t>elow the railroad to conlluence with Violette Stream ~ Oass C. 12. Violette Stream, Van Buren. below Chainplain Street to the junction with the St. John River Oass C. 13. Preslilc Stream (lass B 2. 1965. c. 42. § 2; 1967, c. 304, § 18; 1969, c. 268; 1977, c. 373, § 27-B. 3-B-3i 10-80 Salmon Falls- PiscaUqua Rivei Basin 1. Waters not previously classiHed of the main stem and direct and indirect tributaries of the Salmon halls and Piscalaqua Rivers, within the State of Maine, above tidewater Class B-1. 1961, c 321, § I. R.S. 1954. c. 79. § 15; 1955. c. 426. §§1,2. 4; 1957. c. 322. §§ 1-8; c. 412; 1961. c. 330; 1963. c. 274. § 4. § 369. Coastal streams 1971. c. 470. § 5. Cumberland County 1959. c. 133. § 1 Those waters draining directly or indirectly into tidal waters of Cumberland County with the exception of the Presumpscot River Drainage Area upstream from the Presumpscot Tails Dam and the Androscoggin River Basin Drainage Area. 1. All coastal streams, direct and indirect segments thereof, draining to tidewater of Cumberland County, not otherwise specified or classified - Class C. 2. Brunswick. Unnamed Stream entering tidewater of New Meadows River at Middle Bay (lass A. 3. Cape lilizabcth. Alewifc Urook (lass A. 4. Falmouth. Mill Oeek and tributaries thereof Gass B-2. 5. Falmouth and Portland. Unnamed Stream forming a portion of the Portland- Falmouth town line and located on the southwesterly shore of the Presumpscot River estuary - (lass D. 6. I'recport. A. Ilarvey Brook - Class B-l. B. I rust Gully Brook Class A. C. Merrill Brook - Qass B-2. 6- A. Gray. A. Ciillier Brook - Class B-2. 1965. c. 153. 7. Portland. Siroudwatcr River from its origin to its confluence with Indian Camp Brook Class B-2. 7-A. Pownal. (Iiandler Brook - Qass B-2. 1967. c. 17. 8. Scarboru. A. I'innard Brook Class B-2. B. Pliillips Brook (lass C. 1967. c. 304, § 19. C. Stuart Brook (lass 11-2. 9. South Portland. Red Brook from the Rye Pond outlet dam to its origin and tributaries thereof (lass B-2. 10. Yarmouth. A. Pratts Brook Class B-l. B. Royal River, main stem, from its origin to the Gray-New Gloucester town line intersection Oass ti-2. 3-B-32 i I I Hancock County 1955, c. 426, §§ 1-7 Those waters draining directly or indirectly into tidal waters of Hancock County with the exception of those tributary to the Penobscot River T.stuary north of a line drawn due east from I'ort Point in Stockton Springs. 1. All coastal streams, direct and indirect segments thereof, draining to tidewaters of Hancock county, not otherwise specified or classified, with the exception of those tributary to the Penobscot River F^tuary north of a line drawn due east from I'ort Point in Stockton Springs - Class U-1. 2. Blue Hill. A. Carleton Stream, main stem, between I'irst Pond and Second Pond - Class C. 1977, c. 373, § 28. B. Carleton Stream, main stem, from the outlet of I'iist Pond to tidewater at Salt Pond - Qass C. 1977, c. 373. §28. C. Unnamed stream at edge of Blue Hill Village entering tidewater near "Big Rock" - Class C. 1967, c. 304, § 20. D. Unnamed stream flowing from near "Old Cemetery" to the Town Wharf Qass C. 1967, c. 304, § 20. i;. Mill Brook Stream from a point just above the sewer of the consolidated school to its outlet at tidewater - Qass B-1. 1977, c. 373. §28. F. Unnamed Stream about 100 yards east of Mill Brook iitream ~ Cass C. 1967, c. 304, § 20. 3. Brooksville. A. Outlet of Walker Pond, from the dam at Lymeburner's Mill to tidewater Qass B-2. B. Shepardson Brook (or Mill Brook), main stem, from Route 176 to its outlet at tidewater - Qass C. 4. Ellsworth. A. Card Brook, main stem, from the Farm Pond about 250 vards west of U.S. Highway No. 1 to tidewater Oass B-2. 1963, c. 23. B. Gilpatrick Brook, main stem, from bridge at U.S. Highway No. 1 to its outlet into the Union River Class B-2. C. Union River, main stem, from head of Graham Lake to bridge at U.S. Highway No. I at lillsworth Falls - Qass B-2. D. Union River, main stem, from bridge at U.S. Highway No. 1 at Fllsworth Falls to tidewater - Gass C. v.. Unnamed Stream south of Laurel Street in FJIsworth - Oass C. 5. Franklin. Unnamed Stream flowing near railroad station in Franklin Village to Hop Bay -^ Oass C. 6. Gouldsboro. All coastal streams, direct and indirect segments, discharging to tidewater on the easterly mainland of Gouldsboro - Oass C. 7. Lamoinc. Spring Brook below wa.slicr at Grindle's gravel pit Oass C. 8. Penobscot. I 3-B-33 10-80 A. (Icincnts llrook, main sleiii, IrDiii liilcwalcr to a point 10(1 feet upstream of Route 166 (lass II 2. H. 'I'ributary of Winslow Stream entering from the south of South I'enobseol Village from its conlUience with Winslow Stream to the erussing of Route 177 Class 11-2. C. Winslow Stream, main stem, from tidewater tu dum at the sawmill of S. C. Condon Class C. 1967, c. 304, § 21 9. Sedgwick. A. Sargent LIrook at Sargcntvillc Village, main stem, from tidewater tu a point 300 feet upstream of the highway (lass C. K. lliree Unnamed Streams entering tidewater immediately north of Sedgwick Village Class C. C. Unnamed Stream entering tidewater at the head of Salt Pond near North Sedgwick Class B-2. 10. Irenton. Stony Brook from Route 3 crossing to tidewater Oass C. I I. Wallham. Webb llrook, main stem, from dain immediately downstream of bridge on Route I 79 to its outlet to Graham l^ke (lass B-2. 12 Winter Harbor. Coastal streams between the southerly point of Schoodic Peninsula to the Winter llarbor-(!ouldsboro town line Oass C. Knox County 1955, c. 426, § I St. George River Drainage System 1 . All segments and tributaries direct and indirect of the St. Cjeorge River Drainage System, above tidewater, not otherwise defined or classifled Class C. 2. All segments and tributaries direct and indirect of the St. George River above the outlet of St. George Lake in Liberty Class HI. 3. (?astner Brook below llillcrest Poultry Plant - Oass C. 4. Crawlord Pi>nd Outlet and Crawford Pond tributaries ~ Class B-1. 5. I'uller Brook and its tributaries Oass B-1. 6. North and South Pond tributaries and outlet to the St. George River Class B-1. Other Coastal Streams of Knox County 1 . Camden. A. All coastal stream, direct and indirect segments thereof, draining to tidewater in the Town of Camden, not otherwi.se specified or classified - Oass B-1. 11. Megunticouk River, main stem, below a point 300 feet above the dam at tlie Mount Batlie Mill Class H-2. 1977, c. 373, §29 2. Cushing. A. All coastal stream, direct and indirect segments thereof, draining (o tidewater in the Town III Cushing (lass HI. 3. Friendship. A All coastal streams, direct and indirect segments thereof, draining to tidewater in the Town of I riendship unless otherwise specified or classified Class HI. H. Choose River, iiuin stem, tidewater to dam at the Herbert Tibbelts' sawmill Class C. C. Goose Rivet, main stem, from libbetts' sawmill dam to the outlet of Havener Pond (lass II 2. 4. Owls Head. 3-B-34 I I A All c(iu!>|jl slrcaias, clircti jnJ IndiiccI .segments tliurcul, draining t>> lidcwulcr in the Ti)wn of Owls Head (lass C. S Kuikland. A. All cuuslul streams, direct and indirect segments thcreuf, drainmg tu tidewater in the City of Rockland (lass ('. 6. Kockpurt. A. Ail coastal strcanu, direct and indirect segments lliercof, draining to tidewater in the Town of Rockport, unless otherwise described or classiTied Class C U. Goose Kivcr and its tributaries below the highway bridge near Simonlon Comers Class B-2. C. Cioosc Kivcr and its tributaries above the highway bridge near Siiiioiiton Corners Qass U-l. ' n. IJIy I'ond outlet (lass 11-2. 7. Si. George. A. All coastal streams, direct and indirect segments thereof, draining to tidewater in the Town of St. George, unless otherwise described or classified Class C. B. Unnamed Streum and its tributaries above tidewater, entering tidewater at the northwesterly corner of Tenant's Harbor - Class U-l. C. Unnamed Stream and its tributaries, above tidewater, entering tidewater at the head of Long Cove - Class B-1. 8. South Thomaslon. A. All coastal streams, direct and indirect segments thereof, drainage to tidewater in the Town of South Thomaston Class C. 9. Thomaslon. A. All coastal streams, direct and indirect segments thereof, draining to tidewater m the Town of Thomaston, unless otherwise described or classified (lass I)- 1. B. Mill River, main stem, from tidewater to a point 'h mile above tidewater (lass C. C. Oyster River, main stem, from tidewater to a point 2U() feet upstream ot I'ackard's Mill (lass C U. Oyster River, main stem, from a point 200 feet upstream of I'ackard's Mill to the junction with the tributary of which is the outlet of Kocky Pond - Class B-2. v.. Tributary of Oyster River, main stem, coining from Rocky Pond between the Route 17 bridge at West Rockport and the Junction with Oyster River - Class U-2. I'. Unnamed Stream flowing from Mace's Pond to Chickawaukee Pond Clas.s l<-2. 10 Waiien. A. All coastal streams, direct and indirect segments thereof, draining to tidewaters of the St. George River liituary unless otherwise specified or classified (lass U-l. U. Oyster River. See: Thomaston above. C. Unnamed Stream and its tributaries to St. C^eorge River tidewater near Warren-Cushing boundary upstream of a point 500 feet above South Warren-North Cushing Road, (lass U-2. D. Unnamed Stream to St. George River tidewater near Warren-Cushing boundary between a point 500 feet above the South Warren-North Cushing road to tidewater (lass C. v.. Unnamed Stream and its tributaries above tidewater which enters tidewater of the St. (icorge River '/z mile below the South Warren bridge (1a.ss U-2. 1 1 . Other coastal streams. All coastal streams, direct and indirect segments thereof, draining to the tidal waters of Knox County, not otherwise s|>ecified or classified Class U-l. 1973. c. 423, § 4. \ 3-B--3S 10-80 Lincoln County 1955, c. 426. § 1 lliusc waters dfuinini; directly or indirectly into tidal waters of Lincoln County. Daiiiariscotta Kjvcr Drainage 1. All se(;menls and tributaries ul the Uuinariscotta Kiver, not otherwise dellned, above tidewater Class U-1. 2. Daniariscotta Kiver, niuin stem, from the outlet of Damariscotta Lake to tidewater at Salt Bay Oass U 2. 3. Inlet of Damariscotta Lake at Jefferson Village, from the outlet of the mill pond above Jefferson Village to the lake Oass B-2. Medoniak River Drainage 1. All segments and tributaries of the Mcdomak River Drainage, not otherwise defmcd or classified, above tidewater Class U-2. 2. Repealed. 1965, c. 425, § 22. 3. Tributaries of IJttle Medoniak Brook, principally in the Town of Washington Class B-1. Shecpscot Kiver Drainage 1. All segments and tributaries of the Sheepscot River Drainage alx>ve tidewater not otherwise defined or classified Class B-l. 2. Sheepscot Kiver, main stem, from tidewater to junction of Last and West Branches Class 1^2. S. Sheepscot River, West Branch main stem, from outlet of Branch Pond to junction of the Ivast and West Branches - Oass B-2. 4. lurner Pond outlet in Somerville Plantation from Turner Pond to Long Pond Class B-2. Oliier Coastal Streams of Lincoln County 1. AIna. A. All coastal streams, direct and indirect segments thereof, draining to tidewater in the Town of AIna, not otherwise specified or classified, with the exception of the Sheepscot River Drainage above tidewater (lass B-l. B. Ben Brook, main stem, downstream of the second road crossing above its mouth Class B-2. C. Unnamed Stream and its tributaries entering tidewater of the Sheepscot River at a point approxinutely one mile due east of the AIna Cemetery - Class B-2. D. Unnamed Stream at Mead Tide Village entering the Shecpscot River about 0.15 mile below the Route 218 crossing Class B-2. 2. Boothbay. A. All coastal streams, direct and indirect segments thereof, draining to tidewater in the Town of Boothbay, not otherwise specified or classified Class B-2. B. Adams Pond Class 111. 3. Boothbay Harbor. A. All coastal streams, direct and indirect segments thereof, draining to tidewater in the Town of Boothbay Harbor, not otherwise specified or classified Class lt-2. B. Meadow Brook and its tributaries entering l£wis Cove Class B-l. C Unnamed Brook and its tributaries entering the most easterly cove of Campbell Pond - Oass B-l. 4. Bremen. A. All coastal streams, direct and indirect segments thereof, draining to tidewater in the Town of Bremen (lass B-l. 3-EI-36 ^ ^ S Bristol. A. All coastal streams entering tidewater between the Uristol-Damariscotta town line and the Bristol-South Bristol town line (]ass B-2. B. All coastal streams entering tidewater between the Bristol-South Bristol town line and tlic head of tide on the Pcmaquid River, not otherwise specified or classilied (lass B-2. C. All coastal streams entering tidewater between the head of tide on the I'eniaquid River and the Bristol-Bremen town line, not otherwise specified or classified - Class B-1. D. Pemaquid River, segments and tributaries thereof, not otherwise defined, above tidewater - Class B-l. I',. Pcmaquid River, main stem, entrance to Boyd Pond to tidewater - Class B-2. I'. Pemaquid River, main stem, from dum upstream of Bristol Village to the entrance of Boyd Pond - Oass C. G. Unnamed Stream entering a cove in the tidewater of Pemaquid River immediately west of Pemaquid Village - Oass B-l. H. Unnamed Stream, above tidewater, entering Buck Cove in the Town of Bristol - Class B-2. 6. Damariscutla. A. All coastal streams entering tidewaters of the Damariscolta River Class B-2. 7. Dresden. See: Section 368, Kennebec River. 8. Edgecomb. A. All coastal streams, segments and tributaries thereof, draining to tidewater in the Town of Ldgecomb, not otherwise specified or classified Class B-l. B. All coastal streams, segments and tributaries thcreol, draining to tidewater between (not including) the outlet of Lily Pond to the l-xlgecomb-Boothbay town line Class B-2. C. All coastal streams, segments and tributaries thereof, draming to tidewater between the lulgecomb-Boothbay line on the Damariscotta River and Bennett Neck Qass U-2. 9. Newcastle. A. All coastal streams draining to tidewaters of the Damariscotta River in the Town of Newcastle - Class B-l. B. All coastal streams draining lo tidewaters of the Sheepscot River l-^stuary in the Town of Newcastle - Class B-I. 10. Nobleboio. A. All coastal streams draining to tidewaters of the Damariscotta River in the Town of Nobleboro - Oass B-2. 11. South Bristol. A. All coastal streams and segments thereof draining to tidewaters in the Town of South Bristol, unless otherwise specified or classified Class B-2. B. Unnamed Stream entering tidewaters about 'A mile above Prentiss Cove at the Bristol-South Bristol boundary Oass B-l. 12. Soullipoit A. All coastal streams and segments thereof draining to tidewaters in the Town of Southporl Class B 1. 13. Waldoboro. A. All coastal streams and segments thereof draining to tidewaters in the Town of Waldoboro, except as otherwise specified or classified and with the exception of the Medomak River and its tributaries above head of tide Oass B-l. 1963, c. 54, § 2. B. Cioose River. See: Knox County Coastal Streams. I 3-B-37 10-80 14. Wcslporl. A All iiM.sUil sltcaiiK :iii(l sci'iiiciils lliorcol' drjiiiinf; l<> (Klcw.ilcrs ui Mil- (own of Wcslpoil (,'Ijss C. 1967, c. 3(14, § 22. 15 Wistuvsct. A All co.islal slrcains unci sc;;iiiuiils llicrcof draining', to tulowalcrs ill llic lovvii of Wiscassct, not odicrwisc spucilicil or classiilud Class B-l. I). Uiiiiaiiicd Stream and tributaries cnturing tidewater by way ol' C'liewonkc (reek Class II 2. C. llniijiiied Stream and tributaries in Wiseassel entering the tidal estuary wliieh lies imnicdiutely west ot Bailey I'oint Class U-2. I). Ward Hrook and tributaries (lass lt-2. 16. Other eoastal streams. All eoastiil streams, direct and indirect segments thereof, draining to the tidal waters of Lincoln County, not otherwise specified or classified Class HI. 1973, t. 423. § 5 Sagadahoc Cuunly lliose streams above tidewater which drain to tidal waters of Sagadahoc County, directly or indirectly, not including that portion of Mcrrymccting Bay north and west of the Chops at Hath or (hose streams draining to the Androscoggin River lustuary - Class C. 1967, c. 304, § 23. Waldo County 1955, c. 426, §§ 1-7 lliosc streams above tidewater which drain to tidal waters of Waldo County between the Waldo-Knox County line to I ort I'oinl in Stor( upstream of a bridge site on an abandoned road about \'/i miles noitherly ol the vill.ige at Searsjiort which includes Met lures l*ond and Cain I'ond Class B I. H Mixei I'ond (Morrill and Knox) tributaries Class B-l. 9. I'assagassawaukeag Kiver. segments and tributaries thereof, not otherwise defined, above tidew.iter Class B-2. Id. I'ass,igassawaukeag Kiver Drainage above (he ou(le( of l^llis I'ond. (o include I His I'ond. Ilalfmoon I'ond. I'assagassawaukeag hike and their respective tributaries (lass B-l. 3-B-38 11. Sunburn I'onJ jnd Outtun I'und tributaries in Morrill and liruuks duss l)-l. 12. Shaw Brouk and its tributaries in Nurtliport Class lt-2. 13. Unnamed Stream entering tidewater ut Lincolnvillc Ucuch - Class li-2. 14. Unnamed Stream and its tributaries entering tidewater at the northwest corner of Long Cove Oass U-l. 15. Wescott Stream, entering tidewater in liclfast, segments and tributaries thereof not otherwise defined, above tidewater (lass IH. 16. Other coastal streams of Waldo County. All coastal streams, direct and indirect segments thereof, draining to the tidal waters of Waldo County, not otherwise specified or classified Class B-l. 1973, c. 423, § 6. Washington County 1955, c. 426, § 7 Those streams above tidewater which drain to tidal waters of Washington County, directly or indirectly, including those which drain to the tidal waters of the St. Croix River. 1. All coastal streams, segments and tributaries thereof, not otherwise defined, above tidewater, entering the tidal waters of Washington County from the Washington-Hancock County line to and including those to the tidal waters of the St. Croix River Class B-l. 2. Boyden Stream, main stem, from the outlet of Boyden Pond to the first road crossing below Boyden Pond - Class B-2. 3. Chandler River and its tributaries above the Highway Bridge on Route I Class A. 4. Uennys River and its tributaries above the Highway Bridge on Route I in the Town of Dennysville Oass A. 5. Dennys River, main stem, from tidewater to the Bridge at U.S. Highway No. I at Dennysville - Oass B-2. 6. Dyke Brook, luist Branch, main stem in Columbia from tidewater to the crossing of the Maine Central Railroad - Oass C. 7. bast Machias River and its tributaries above the Highway Bridge on Route 191 - Class A. 8. rast Machias River, main stem, from head of tide to a point 2,000 feet upstream of the dam of the Bangor Hydro-l-!lectric Co. - Oass C. 9. Machias River and its tributaries above the mill pond at Wliitneyville - Class A. 10. Machias River, main stem, from the dam creating the mill pond in Whitneyville to the site of the low dam opposite the ends of West Street and Hardwood Street in Machias - Oass B-2. 11. Machias River, main stem, between the site of the low dam approximately opposite the ends of West Street and Hardwood Street in Machias to the head of tide Class C. 12. Middle River, main stem, between the 2nd upstream crossing of Route 192 and tidewater Class B-2. 13. Narragaugus River, I'last and West Branches and their tributaries, above the con- fluence of the 2 streams Class A. 14. Narraguagus River, main stem, between tidewater and the bridge of the Maine Central Railroad - Class B-2. 15. Orange River and its tributaries above the highway bridge on Route I Oass A. 16. Orange River, main stem, between tidewater and the highway bridge at U.S. Highway No. I in Whiting - Oass IJ-2. 17. Pcnnamaquan River, main stem, between the crossing of the l-^stport Branch of the Maine Central Railroad and tidewater Oass l)-2. 18. Pleasant River, main stem, from tidewater to a point 1,000 feet above tide- water Oass B-2. 3-P-39 10-30 19. Tributary of Tunk Struum, the outlet of Round I'ond, from Round Pond to the confluence with the main stem of Tunk Stream Qass B-2. 20. Tunk Stream, main stem, from the bridge at Unionville to tidewater Class B-2. 21. Unnamed Stream entering northerly end of Brooks Cove in Robbinston - Qass C. 22. Unnamed Stream immediately north of Schoolhouse Lane in Robbinston - Class C. 23. Unnamed Stream at easterly edge of Columbia falls Village from tidewater to Maine Central Railroad near Pleasant River Canning Company plant - Class C. 24. Unnamed Stream entering tidewater portion of St. Croix River at Calais crossing North Street between Beech and Union Streets - Qass C. 1971, t. 138. § 2. 25. Unnamed Stream passing through Hanington Village, the segment thereof, between tidewater and a point immediately upstream of the school sewer Oass C. 26. Unnamed Stream flowing through Dennysvilie Village immediately west of school building Oass li-2. 27. Whitten Parrin Stream in T7, S.D. and Steuben - Oass C. 28. Wiggins Brook at South TrescotI, main stem, between Route 191 and tide- water - Class C. York County 1957, c. 322. § 8. Those streams above tidewater which drain to tidal waters of York County with the exception of those streams draining to the inland waters of the Piscataqua-Salmon falls River Dramage. the Presumpscol River Drainage, the Mousam River Drainage and the Saco River Drainage. 1. All coastal streams draining directly or indirectly to the tidal waters of the Salmon I'alls-Piscataqua River north of Sisters Point in Kittery - Oass B-1. 2. All coastal streams above tidewater between Roaring Rock Point (York) and the head of tide on Branch River (Wells) except as otherwise specified or classified Oass C. 3. All coastal streams and their tributaries not otherwise specified between Walker Point (Kcnncbunkporl) and I'Ictchcrs Neck in Biddeford - Oass C. 4. All coastal streams above head of tide and tributaries thereof not otherwise designated ur classit'ied entering tidewater from I'letchers Neck, Biddeford, to the York-Cumberland County line Oass B-2. 5. Biddcford-Unnamed streams and tributaries, the main stem of which crosses Route 9 two-tenths of a mile southerly of the intersection of Route 9 and duinea Road Class C. 6. Branch River (Brook), Wells Oass B-1. Goosefare Brook (Saco), from its origin ot 7. Coosefare Brook (Saco), from its origin to head of tide Class C. 8. Josias River Tributary and branches thereof, entering from the north approximately 2'/z miles above tidewater Oass B-2. 9. Kennebunk River and tributaries not otherwise classified including streams entering tidewater portion of Kennebunk River Oass B-2. 10. Milhkcn Brook (Saco) Oass C. 11. Webhannci River and tributaries Oass B-2. 12. West Brook (Biddeford) and tributaries above head of tide Qass C. 13. Coastal streams and direct or indirect tributaries thereof above head of tide, not otherwise designated or classified, which enter the tidal waters of York County Oass B-2. 1970, c. 538, § 1. R S 1954, c. 79. § 15; 1955. c. 426, §5} 1-3, 5. 7; 1957. c. 322. § 8; 1959. c. 183, §§ 1 , 2; 1963, c. 23; c. 54, § I ; c. 420, § 2. ' 3-B-40 > > § 370. Tidal waters CumbcrlanJ County 1963. c 274, § 3 All tidal waters of Cuinberlund County with the exception of those in or bordcri'iu on the tidal estuary uf the Androscoggin River and Merrymceting bay. 1. Brunswick. A. Tidal waters of the Town of Brunswick except those in or bordering on the tidal estuary of the Androscoggin Qass SB- 1. 2. Cape Elizabeth. A. All tidal waters of Cape I'lizabeth not otherwise spcciried Gass SB-2. B. r'rom a point where longitude 70°-l6'-40" (j"=>l north of Miggins Beach) crosses the Scarboro mainland to a point where longitude 70°-l6'-14" (about one mile south of the mouth of the Spurwink River estuary) crosses the C^pe I'lizabcth nuinland, including the Spurwink River estuary to head of tide and tidal tributaries thereof - Qass SC. C. Waters surrounding Richmond Island - Qass SB-1. D. I'rom the southernmost point of land at Mackenney Point to the easternmost point of land on the Cape l-^lizabeth mainland Class SA. i;. I'rom a point directly west of Chimney Rock to the Cape (vlizabcth-South Portland line - Class SC. 3. Cumberland. A. Irom Cumberland-I'almouth town line to Cumberland-Yarmouth town line Class SB-2. B. Waters of Great Qiebcague Island not specifically designated Qass SA. C. Waters of Great Chebeague Island from the northernmost point of land southeast to latitude 43''-45' (approximately 'A mile of shoreline) - Qass SB-1. D. Waters of Great Chebeague Island in Coleman Cove cast of longitude 70''-07-37 ■ Qass SB-2. r:. Waters surrounding islands in the Town of Cumberland not s(^cirically designated Qass SA. 4. Falmouth. A. Presumpscot Rivet estuary from head of tide to Route 9 crossing Class SC. 1967, c. 447, § 2. B. Presumpscot River estuary from the Route 9 crossing to the Route 1 crossing Class SC. C. I rom the Route I crossing northeast to a point where longitude 70°-l3'-40" (about one mile north of Mackworth Point) crosses the lalmouth mainland Quss SC. D. Waters surrounding Mackworth Island - Qass SC. Is. All other waters of lalmouth not otherwise designated - Class SB-2. 5. Frecport. A. All waters in the Town of Ireeport - Qass SB-2. 6. Harpswell. A. All waters in the Town of Harpswell Qass SB-1. 7. Portland. A. All tidal waters within the City of Portland not otherwise specified Qass SC. B. All tidal waters east of longitude 7II°-I0' not otherwise specified Qass SA. C. Northerly shore line of Tore River and Portland Harbor from the Vaughn Bridge crossing lu the most easterly point of land on the Portland inainland Class SC. 1967, c. 447, § I. > 3-F-4i 10-80 L). All waters wcsl of Cirand Iriink btiilKe which includes Back Cove Class SC. 1967, c. 447, § I. I'.. IVcsuinpscol River estuary from head of tide lo Route 9 bridge (lass SC. 1967, c. 447, § 1. f . Waters of I'caks Island from the most northerly point of land on the island to a point where latitude 43°-39'-52" crosses the easterly shoreline (approximately one mile of shoreline) Class SU-2 (j. Waters of Peaks Island from u point where latitude 43°-39'-52" crosses the easterly shore line to the southernmost point of land on the island - Class Sll-I. II. Waters on the easterly shore of little Diamond Island from the southcrninost point of land lo the northernmost point of land on the island Class SU-2. I. Irom the most westerly point of land on Long Island to the most northerly land formation on the island Class SI)-2. J. I'rom the most northerly land formation on Long Island to the most westerly point of land on the island in a southeasterly direction with the exception of iiarbor Grace north of latitude 43MI'-2I ■ Class SU-I. K. Waters of Iiarbor Grace north of latitude 43M1 '-21 ' on Long Island Class SB-2. L Waters on the easterly shore Ime of Cashing Island from the northernmost point of land to the southernmost point of land on the island - Gass SU-2. 8. Scarhoro. A. All tidal waters in tile Town of Scarboro not otherwise designated Class SU-2. H. Nonesuch River estuary from head of tide to the B. & M. (Dover line) railroad crossing (lass SC. C. Little River estuary from head of tide to its confluence with the Scarboro River and tidal tributaries thereof Class SC. D Dunstan River estuary from head of tide to its conflucnKe with the Scarboro River and tidal tributaries thereof Class Sll-I. 1965. c. 84. i;. Ijbby River estuary from head of tide to a point where longitude 70°-l9' (about IVi miles below the Route 207 crossing) crosses the estuary, and tidal tributaries thereof Class SIM. I-. Irom a point directly west of the most northerly point of land on Shooting Rock Island to a point on the mainland directly north of Cool Rock - Class SA. 1973. c. 267. G. I'rom a point where longitude 70''-l6'-40" crosses the Scarboro mainland to a point where longitude 70°-16'-14" (a point about a mile south of the confluence of the Spurwick Kiver estuary) crosses the Cape I'lizabeth mainland including the Spurwink River estuary to head of tide and tidal tributaries thereof dass SC. K-A. South Portland. A All tidal waters in the City of South Portland Class SC. I96.S, c. 4 25, t? 23. 9. YarnKiuth. A. All tidal waters of the Town of Yarmouth not otherwise designated Class SB-2. B. Waters of Little John Island from the northernmost point of land on the island southeast lo a point where longitude 70''-()7'-32" intersects the shore line (lass SU-I. Hancock County 1963, c 320 3-B-42 ^ ► 1. Bar Harbor. A Tidewater from a point 500 yards south of Hear Brook to the Mount Dessert-Bar tiarbor town line, with the exception of Otter Cove north of latitude 44°-18.75' Class SA. B. Tidewaters within the Town of Bar Harbor not specifically mentioned or described Class SB-1. 1968, c. 516, § 1. 2. Blue Hill. A. Tidewater from Sand Point and southerly a distance of 500 yards - (lass SU-2. B. Tidewaters of Salt Pond - Qass SB- 1. C. Tidewater from the most southerly bridge crossing at Salt Pond at the "Nub" northerly and easterly including all bays and estuaries to the Blue fUll-Sutiy town line - Qass SB 1. O. Tidewater within the Town of Blue lUU not previously mentioned or described - Class SA. 3. Brooklin. A. Tidewaters of Herrick Bay north of a line drawn due east from a point of land at latitude 44''-16 -18" - Class SB-2. B. Tidewater from the tidal portion of the Benjamin Kiver and including this river, to latitude 44° 15.5' at Center Harbor Oass SB 1 C. Tidewaters of Salt Bay Qass SB-1. D. Tidewater within the Town of Brooklin not otherwise mentioned or described Class S A. 4. Brooksville. A. Tidewater from Blake Point at longitude 68°-48' to a point of land south of Horseshoe Cove at latitude 44''-19.25' - Oass SB-1. 1968, c. 516, § 2. B. Tidewaters forming the estuary known as Bagaduce River in the Town of Brooksville and east of a point of land at approximately N. 44°-24' by W. 68°-46.3' (jxsl south of Lord's Cove) Class SA. 1963, c. 516, § 2. C. Orcutt Harbor north of latitude 44''-20.75* - Oass SB-I. 1968, c. 516, § 2. D. I'^stcrly shoreline of Bucks Harbor from latitude 44''-20'-IO" south of longitude 68M4.5' Class SB-2. !•;. Westerly shoreline of Bucks Harbor south of latitude 44°-20'-10" easterly to longi- tude 68°-44.5' at Norenibega Oass SB-2 I . Tidewater of Bucks Harbor north of latitude 44°-20-10" Class SB-1. 1968, c. 516, § 2. G. Tidewater along the shoreline at Norenibega from longitude 68°-44.5' southeast to longitude 68°43 25' - Class SB-1. 1968, c. 516, § 2. H. Tidewater from longitude 68''-42.25' near Hcrricks Village to Sedgwick-Brookville town line Class SB-1. I. Tidewater within this town along its southerly shoreline from Blake Point to the Sedgwick town line not previously mentioned or described Class SA. J. Tidal waters from a point of land just south of Lord's Cove at approximately N. 44°-24' by W. 68°-46 3' on the Bagaducu Ijituary around Cape Rosier to Blake's Point Class SB-1. 1965, c. 179. § 3; 1968, c. 516. § 2. i 3--B-43 10-80 A. Tidewaters in the Town of Custine between a point on Dice Head due south of the lighthouse to the point of land at approximately N. 44''-24', W. 6H°-4T Qass Sb-2. 1963, c. 274, § 3. B. I'idewatcrs ol the estuary known as UaKaduce River bordering on C4istine east of a point of land at approximately N. 44°- 24' Qass SA. C. Tidal waters of Castine bordering the Penobscot River Ijituary between the Pcnobscot-C'jstine boundary and a point of land at approximately N. 44°-27', W. 68°-47' Class SU-1. 1965, c. 179, § 4. 6. Deei Isle. A. I'ldewatur bordering the settled area of Eggcmoggin between longitude 68°-44' and latitude 44''-l8.25' Class Sl)-I. B. I'idewater of Blastrow Cove in Little Deer Isle - Qass SB-2. 1969, c. 121, § 1. C lidewatcrs on the westerly shoreline south of latitude 44°-l4.2S' to the Deer Isle-Slonington town line, including Northwest llarbor, Pressey Cove and Sheephead Island Class S 1)1 D. Tidewater from the Stonington-Dcer Isle town line at the Holt Pond outlet to the northeasterly point of land at latitude 44°-13.2S' at Greenlaw Cove and including Stinson Neck - Class SB-1. li. Tidewaters of Town of Deer Isle not otherwise mentioned or described - Class SA. 7. Lllsworlli. A. All tidal waters wilhm the City of lUsworth - Class SB-1. 1968, c. 516, § 3. 8. Franklin. A. All lidal waters within the Town of Iranklin - Class SB-1. 9. Clouldsboro. A. All tidewaters within the Town of Gouldsboro - Qass SB-1. 1968, c. 516, §4. lU. Hancock. A. lidewalers of Hancock north and westerly of a line drawn due west from Pecks Point in waters known as Kiikenney Cove, Skillins River and Youngs Bay Qass SB-2. 1967, c. 153, § 1. B. Tidewaters of the Town of Hancock not otherwise specified or described Class SB-1. 1967. c. 153, § I; 1968, c. 516, § 5. 11. l.anioine. A. Tidewaters Iroin the llancock-Lamoine town line at Kiikenney Cove south to a line drawn due west from Pecks Point in the Town of Ibncock Class SB-2. 1967, c 153, § 2. H. Tidewaters wlihin the 1own of l.ainoine not otherwise spccitlcd or classified Class SB-1 1967, c. 153, § 2. 12. Mount Desert A Tidewater trom Otter Cove south of latitude 44''-18.7S' to Ingraham Point Class SA. B. Tidewaters witliin the Town of Mt. Desert not otherwise specified or class' fied Class Sin. 3-B-44 ► ^ 1968. c. 516, § 6. 1 3. Pcnobscol. A. Tidewaters uf the estuary known as Bagaduce River bordering on Penobscot - Class SA. B. Tidal waters of Penobscot bordering the Penobscot River estuary Class SB-1. 1965, c. 179, § 5. 14. Sedgwick. A. Tidewaters of the estuary known as Bagaduce River bordering on Sedgwick Class SA. B. Renuining tidewaters within the Town of Sedgwick not otherwise specified or classified - Class SB-I. 15. Soirento. A. All tidewaters within the Town of Sorrento - Oass SB-I. 16. Southwest Hatboi. A. All tidewaters within the Town of Southwest ilirbor - Gass SB-I. 1968, c. 516. § 7. 17. Stonington. A. Tidewater from the Moose Island Bridge to Ames Pond outlet including waters of Moose Island Class SB-2. 1969, c. 121. § 2. B. Tidewaters within the Town of Stonington not otherwise specified or classified Qass SB-1. 1969, c. 121, § 2. 18. SuUivan. A. All tidal wateis within the Town of Sullivan Class SB-1. 19. Suny. A. All tidal waters within the Town of Surry Class SB-1. 20. Swans Island. A. All tidal waters within the Town of Swans Island - Oass SB-1. 1968, c. 516, § 8. 21. Tremonl. A. All tidal waters within the Town of Treniont - Class SB-1. 1968, c. 516, § 8. 22. Trenton. A. All tidal waters within the Town of Trenton Class SB-1. 1968. c. 516. § 8. 23. Winter Harbor. A. All tidal waters within the Town of Winter Harbor Class SB-I. 1968. c. 516, § 8. 24. Cranberry Isles. A. All tidal waters within the Town of Cranberry Isles - Class SB-1. 1967. c. 475. § 8; 1968, c. 516, § 9. 25. Long Island Plantation. A. All tidal waters within Long Island Plantation Class SB-1. 1968. c. 516. §9. > 3-B-45 10-80 A. A imiiiKi|ij|i[y, Ncwci disUict, pcisiti), linn, ct>rp(ir;ili(>ii or diIilt k'^'.al entity slijll not be deemed subject to penally under llils subelijpter ut :iny time piior l» Ocloher I. 1976 wjtii respect lo uny ol said classil'icalion in Hancock County il by such llinc he or it, with regard to lacihties designed lo achieve cuinphance with (he apphcable classifica- tiun siijll have completed all the steps required to be then completed by the lulluwing schedule: 1 ) Preliminary plans and engineer's estimates shall be completed and submitted tu the Hoard ol I iivironinenlal froteclion on or iHilore CX;(ober I, 1969. 2) Arrangeinenis lor administration und finuncing shall be completed on or bel'oro October I, 1971. 3) Detailed engineering and fmal plan formulation shall be completed on or before January I. 1972. 4) Detailed plans and specillcations shall be approved by the Uuard of I'.nviron- niental Protection and construction begun prior to June 1, 1973. 5) Construction shall be completed and in operation on or before October I, 1976. 1968, c. 516, § 10; 1972, c 618. Knux County 1963. c. 274, § 3 General classillcatiim lidewalers of Knox County nut otherwise spccineally desig- nated Class SA (includes: Cushing, Warren, Tliomaston). 1. Camden. A. Tidewater bordering Camden from Northeast Point to Ogier Point except that assigned to Class "C" (lass SIM U. Tidewater bordering Camden from Metcalf Point to Ivaton Point Class SC. 2. Cushing. A. Tidewaters bordering Cushing Class SA. 3 T'tiendship. A lidewalers of friendship Harbor north of a line drawn from the point of land opposite the northerly tip of (iarrison Island to Jameson Point Class SC. 4. North Haven. A. Shoreline of North Haven for 'A mile east of the |>oint of land on the eastern side of llrown's Cove Class Slt-2. S Owls Head. A Tidewaters from the point of land immediately southwest of Cresent Ueach to the Owls Head-Kockland town line (lass SC. 6. Kockland. A. All tidewaters in the City of Kockland (lass SC. 7. Kockport. A. Kockport Harbor north ol a line extended due east from end of Sea Street, near Ikirkness llrook Class SC. II. Tidewater from Kockland town Une to the next point of land to the north (lass SC. C. (lam Cove in Kockport from llrewsler Point to Pine Hill (lass SlJ-2. D. Kockport Harbor north ol a line due west of Ueauchaiiip Pomi except that portion assigned to (lass "(."' (lass SIM. 8. St. (rt:orge. A. lidewalers between a point KM) yards south of the cannery at Port (lyde and the point of land west of fish Cove (lass SC. H. lennants llarlH>r west ol a North .South line at the harlHir entrance (approximately longitude 69° I 2' W ) ( lass S( '. 3-B-A6 C. Small Cove just northeast of Tenants tiarbor, north of a line drawn due west from point of land forming east side of cove - Class SB-1. U. Tidewaters between Marshall Point and Hooper Point not assigned to Class "C" - Qass Sin. 9. South Thomaston. A. Northerly cove of Seal Harbor near Sprucehcad - Class SB-I. B. Shoreline St. George River south of Hospital Point - Qass SB-1. C. Weskcag River north of a line due west from liayden Point ~ Gass SB-1. 10. Thomaston. A. All tidal waters bordering Thomaston - Qass SA. 11. Vinalhaven. A. Tidewaters of Carvers Harbor and Sand Cove from the point on the south side of Sand Cove to the bridge to Lane Island - Class SB-2. 12. Wanen. A. Tidewaters of Oyster River Qass SB-1. B. Tidal waters of Warren not otherwise specified - Qass SA. Lincoln County 1963. c. 274. § 3 1. Aina. A. All tidal waters within the Town of Alna - Class SB-1. 1963, c. 320. 2. Boothbay. A. All tidewaters within the Town of Boothbay - Qass SB-1. 3. Boothbay llacboi. A. Tidal waters bordering the Town of Boothbay Harbor northerly of a hnc drawn due east from the point of land off Commercial Street nearest Mclarland Island ~ Class SB-2. B. Tidal waters not otherwise classified within the Town of Boothbay Harbor - Class SB-1. 4. Bremen. A. All tidewaters within the Town of Bremen - Class SA. 5. Bristol. A. All tidewaters not otherwise described or classified within the Town of Bristol - Class SA. B. Pemaquid Harbor and New Harbor, including back cove in Bristol from l-'ish Point to a point 100 yards east of Gilbert's Wharf - Qass SC. C. Tidewaters in the Town of Bristol from Tish Point to the point of land east of Johns River, except that segment assigned to Cbss SC, and Round Pond Harbor inside the closest points on north and south - Class SB-2. D. Tidewater of Long Cove north of a line drawn due west from the point of land extending southward on the cast side of the cove Class SB- 1. 6. Damariscotta. A. All tidal waters not otherwise described or classified - Class SB-1. B. Tidewaters from btitude 44*2. 7' (near present Route # 1 Bridge) south to latitude 44''-l.6' (south of Day Cove) Qass SB-2. 1967, c. 304, § 24. 7. Edgccomb. 3-B-47 10-80 A. All tidal waters bordering; the easterly siiureline of Id^ccuiiib Class SA. II. All tidal waters bordering the westerly shoreline ol' the Town ol l.dgeeumb Class SB 1. 1963, c. 321). 8. Neweastle. A. lidal waters not otherwise classilled or described within the lown of Neweastle on its easterly siioreline Class SA. li. Tidewater t'roiii head »!' tide at Uainuriseotta Mills in Newcastle south to the Railroad Uridgc Class SB 2. 1967, c. 3(14, § 25. C. All tidal waters bordering the westerly shoreUne of the Town of Newcastle - Class SB- 1. 1963, c. 320. I). Tidewaters from the Kailroad Bridge at Damariscotta Mills south to a point at latitude 44°2.7' (near present Route # I Bridge) - Qass SB-I. 1967, c. 3(14, ij 25. I:. Tidewaters from a |K>int at latitude 44°-2 7' (near present Route # I Bridge) to a point of land at latitude 44°-l.6' (about Vi mile above Little Point) - (lass SB-2. 1967, c. 304, § 25. I'. Tidewaters of the Damariscotta River from a point of land at latitude 44°-l. 6' (about 'A mile above Little I'oint) south of Little i'oint Oass SB-1. 1967, c. 304, § 25. 9. Nobleboro. A Head of tide at Damariscotta Mills in Nobleboro to Railroad Bridge Class SB-2. 1967, c. 304, §26. B. Tidewaters in Nobleboro not otherwise classified or described Class SB-I. 10. South Bristol. A. All tidewaters within the Town of South Bristol not otherwi.se classified or described Class SA. B. Tidewaters south of a line drawn due east from Jones Point except waters around Inner llerron Island and 11iruinpcap Island Class SC. 11. Southporl. A. All tidal waters bordering >m the 1own of Southporl Class SB-I. 1963, c. 320, 12 Waldohoro. A. All tidewaters within the Town of aldoboro not otherwise classified or described Class SA. B. lidewaters north of a line drawn from lloffses I't. to Walt/, Pt. dass SB-I. 13. Weslport. A. All tidal waters within the Town ot Westport Class SB-I. 1963, c. 320 14. Wiscjssel. A. All tidal waters within the lown of Wiscasset Class SU-I. 1963, c. 320. Sagadahoc County I. Cicncral classification. 3-B-48 A. All lidal wjicrs of Sa);udahuc County not otherwise classified or described, with the exception uf Mcrryniecting Hay north and west of the Chops and the Kennebec Kivcr, tidal estuary, from (he Chops, so called, southerly to a line drawn between the most easterly pont of land at the southerly end of Popham licach in I'liippsburt; and the southernmost extension ul Buy Point in Cic-orgclown Class SB- 1. 1963, c. 274, § 3. 2. Other category. A. Tidal waters of the Sasanua River bordering the Town of Arrowsic, between the Kennebec River and Upper Hell Gate - Class SB-2. 1961, c. 273. U. Tidal waters bordering the Town of Woolwich between the junction of the so-called Sasanoa River and the Kennebec River and Upper Hell Gate on the Sasanoa River Class SB-2. 1961, c. 273. Waldu County 1963, c. 274, § 3 1. Belfast. A. Tidewaters from the Northport-liclfast town line to "The Battery" in Belfast Class SB-I. B. Tidewaters between ' The Battery" and a point opposite the swimming pool at the city park - Class SB-2. C. Tidewaters between a point opposite the swimming pool at Belfast city park and the mouth of Goose River, except for portions otherwise classified or described Class SC. 1967, c. 155. D. The portion of the tidal estuary of the Passagassawamkeag River upstream at the site of a bridge about one mile upstream of the Route # I Bridge at Belfast - (lass SU-2. K. Tidewaters between Goose River and the Searsport-Belfast town line Class SB-I. 2. Frankfort. 3. islesboro. A. Tidewaters within the Town of Islesboro not otherwise designated or classi- fied - Class SA. B. Tidewaters from MarshaU Pt. to Coombs Pi. - Qass SB-1. C. Dark Harbor inside the tidal dam - Cass SB-1. D. Segment of coast between Grindle Pt. and the point of land to the east of Broad Cove - Qass SB-1. 4. Lincolnville. A. Tidewaters within the Town of Lincolnville not otherwise described or classi- fied - Class SA. B. 1'idewater creek or estuary of small stream which rises near Carver's Corner - Class SC. C. Tidewaters between the Islesboro I'erry wharf, Lincolnville, and a point 1,000 feet north of the tidewater creek at Lincolnville Beach, or estuary of small stream, which rises near Carver's Corner except for the waters of this tidal creek - Qass SB-2. U. Tidewater of the mouth of Ducktrap River from the head of tide to a point approximately 1,000 feet southeasterly of Route I - Class SB-I. 5. Nortliporl. A. All tidewaters within the Town of Norlhport not otherwise described or classi- fied tlass SA. 3-F-49 10-80 U. Tidewaters between Saturday Cove and the Nurlhporllleirast town line Class SB-I. 6. Scarsporl. A. AJI tidewaters within the Town of Scarspurl not otherwise described or clussi- ficd (lass SA. U. Tidewater from Bclfast-Searsport town line and the point of land in Searsport llarbor which is t'ornied by the landing or wharf at the end of Steamboat Avenue Class SB-I. C. I'roni the wharf at the end of Steamboat Avenue in Searsport to a point opposite the site of the Searsport Railroad Station Class SB-2. D. Tidewaters between a point opposite the site of the Searsport Railroad Station and a point I no yards east of the wharf at Summers I'ertilizer Company - Qass SB-1. 7. Stockton Springs. A. Tidewater from i't. Point westerly to the Stockton Springs-Searsport town line -Oass SB-I. U. From a point on the westerly bank of the Penobscot River Ustuary at a point where a line drawn in a westerly direction througli the southernmost point of Verona Island intersects this bank southerly to lort Point on Cape Jcllison - Qass SB-1. 1965 c. 179 §6 8. r.ffective date. A. Tlie classiUcations set forth in subsection 7 shall become effective on October 1, I96S, A municipality, sewer district, person. Arm, corporation or other legal entity shall not be deemed in violation of these sections at any time or times prior to October 1, 1976 with respect to those classifications if by such time or times he or it with respect to any project neces.sary to achieve compliance with the applicable classification shall have coMipleled all steps required to then be completed by the following schedule: (1) Preliminary plans and engineers' estimates involving municipal and other pub- lically owned projects shall be completed on or before October I, 1968 and plans for required abatement steps by others shall be submitted and approved not later than Octi.l)cr 1, 1969. (2) Arrangements for administration and financing shall be completed on or before October I, 1971. In the case of municipal projects this period is to include definite scheduling of grants-in-aids. (3) Detailed plans and specifications shall be approved by the Board of Rnviron- niental Protection and construction begun prior to June 1, 1973. (4) All reqiiircnients are to be completed and in operation on or before October I, 1976. 1965, c. 179, § 8; 1967, c. 475, i? 9; 1972, c. 618. Washington County 1963, c. 274, § 3 1 . Addison. A. All tidewaters of Addison not otherwise described or classified Qass SA. B lidewaters between a line extending due east from Whites Pt. to the east side shore and the Columbia I alls- Addison town boundary Class SB-I. C. Tidewaters in Addison north of a line across the estuary of Indian River 100 yards below the Route 187 Bridge at Indian River Village Qass SB-2. 2. Beals. A. Tidewaters of Be;ils not otherwise classified - Class SA. U. Tidewaters around the northern end of Beals Island between Indian Pt. and the point of land on Beals island nearest I'rcnch House Island - Class SB-2. 3. Calais. A. Tidewaters from the Calais- Robbinston town line to a point of land iminediately upstream of Devils Head in Calais Class SB-2. 3-B-50 ► ^ li. Tidewaters of the St. Croix River estuury Trom the point of bnd iniiiiediutely upstream of Devils Head in Calais to the head of tide also in Calais - Oass SC. 4. Cherryricld. A. Tidewaters of Narraguagus River estuary - Class SC. 5. Columbia. A. Tidewaters of West Brook estuary above the Columbia-Addison town bound- ary - Class SB-2 6. Columbia Falls. A. Tidewater portions of the Pleasant River above the Columbia Falls-Addison town boundary - Oass SC. 7. Culler. A. Tidewaters within the Town of Cutler not otherwise classified - Class SA. B. Tidewaters of Cutler Harbor inside a line running northeast from the point of land approximately at N. 44°-39.3' and W eT-ll^' Class SB 2 C. Tidewaters of Money Cove inside the tidal falls - Qass SB-1. 8. Dennysville. A. Tidewaters within the Town of Dennysville not otherwise classified Class SB-1. B. Tidewaters of Deiuiys Bay and River west of Hinckley Pt. - Class SC. 9. East Machias. A. All tidewaters within the Town of Ivasl Machias - Class SC. 10. EastporC. A. Tidewaters of Eastport not otherwise classified or described Oass SA. B. Tidewaters of Bar Hart>or in Eastport from the fill between northwesterly point of Moose Island and Carlow Island and the old highway bridge from the nuinland to Moose Island - Class SB-2. C. Tidewaters of Carryingplace Cove, east of a line drawn from the point of land at approximately N. 44''-55.3', W. 67°-OI.7' to the point of land at approximately N. 44°-55 3, W. 67»-01.7' Oass SB-1. D. Tidewaters of Prince Cove west of a line extending from Esles Head to the most southerly extension of the point of land on which Country Road, so called, is located Oass SB-2. E. Tidal waters not otherwise classified between Shackford Head and the point of land neat Dog Island in F.astport Oass SC. 11. Edmunds. A. Tidewaters of l^dmunds not otherwise classified or described Oass SA. B. Orange River estuary and Whiting Bay from a line drawn across the bay in a northwesterly and southwesterly direction through Wilbur Pt. and the easterly bound- ary of Whiting - Oass SB-1. C. lidewalers of Dcnnys River in Ivdmunds west ol a line drawn due south from Hinckley Point in Dennysville - Oass SC. D. Tidewater of Dennys River Estuary and Bay east of a liiie drawn due south from Hinckley Pt. in Dennysville to a point of land at approximately N. 44°-S4.S' W. 67°-ll.7' Oass SB-1. 1 2. Harrington. A. All tidewaters of Harrington not otherwise described or classified - Class SA. B. Tidewaters of Mill River and Cole Creek l-jituary northwesterly of Oak Pt. in Harrington - Oass SB-1. C. Tidewaters bordering Harrington west and south of a line across the Harrington River at a point 1 ,000 feet down-river of the canning factory in Harrington Class SC. > 3-B-51 10-80 D. Tidewaters west and north of a line across the Harrington Kiver drawn due east from Oliver lx>rd Pt., except those west and north of a line across the Harrington River at a point 1,000 feet downriver of the canning factory at Harrington - Class SU-2. 1 3. Joncsburo. A. All tidewaters in Jonesboro not otherwise described or classified Class SA. B. Tidewaters of the diandlcr Kiver in Jonesboro upstream of a line drawn norinal to the stream at a point 2/IU mile below the Route #1 Dridge at Jonesboro Village Class SC C. Tidewaters along the Chandler River in Jonesboro between a line normal tu the stream at a point 2/10 mile below the Route # I Bridge at Jonesboro Village and a line drawn from Carlton Point to Deep Hole Point Class SB-I. 14. Jonesport. A. All tidewaters of Joncsporl not otherwise described or classified Class SA. B. Tidewaters in Joncsport north of a line across the estuary of Indian Kiver 100 yards below the Route 187 bridge at Indian Kiver Village - Class SB-2. C. Tidewaters between Hopkins i*t. and Indian Pt. Class SC. 15. Lubec. A. All tidewaters of Lubec not otherwise described or classified C^ass SA. U. Tidewaters of Itailcy's Mistake west of a Une drawn due north from Ualch Mead in the Town of Trescott Class SU-1. C. Tidewaters between a |X)int 1,000 yards westerly uf Leadurney It. and a point 100 yards south of the creek entering tidewater approximately 2/10 mile south of Woodward Pt. Class Sli I. U. Tidewaters between Ixadurncy Pt. and a point 1,000 yards westerly along the shore (lass Sll 2. t-',. Tidewaters between Leadurney It. and a point of land approximately N. 44''-51.2' and W. bV-OO.y Class SC. I' Tidewaters between the site of the North Lubec I'erry landing and a point of land at approximately 44°-5l.2' and W. 67''-00.3' Qass SB-1. 16. Machias. A. All tidewaters within tlic Town of Machias not otherwise specified or classi- fied - Class SC. B. All tidewaters of Little Kennebec bay Class SA. 17. Machiaiiport. A. All tidewaters not otherwise described or cla.ssified Class SA. li. Tidewaters of Machias and l'.ast Machias Rivers north of a line drawn from It. O'Brien It. to Randall Pt. in Machiasport Qass SC?. 18. Millbridge. A. All tidewaters of Millbridge not otherwise described or classified (lass SA. B. Tidewaters north and west of a line from lish Pt. to the point of land approximately N. 44°-3l 8' by W 67°52.5- Oass SC. C. Tidewaters of Wyman Cove from Mitchell It. to a wharf location approximately 0.4 ntile northerly from Mitchell Pt. Class SII-2. D. Tidewaters north and west of a line from Tinimy It. to I'ickctt It., except those defined as Class "SC" (lass SB-I. a. Tidewaters of the Mill River and Cole Creek estuary southwesterly, westerly and northerly of Blasket It. Oass SB-I. 19. Pembroke. A. Tidewaters of Pembroke not otherwise described or classified - Qass SA. B. I'idewater estuaries of Cobscouk River and Wilson Stream in Pembroke lying north 3-B-52 and west of a line drawn from the point of land at approximately N. 44°54 5' W. dT-ll.T in I'.dmunds, due northeasterly to the Pembroke shore except those portions in Dcnnysville described as lying west of a line drawn due south from llinckley Ft. Class SB-1. C. Tidewaters of Pcnnamaquam River and Meadow Brook estuaries in Pembroke north and west of a line drawn due east and west through a patlus Toiid, Saliatlus, Cireen and Wales lownships, And[usco)^in County; N. Salmon Lake. Ilel!;rade and Oakland Townships, Kennebec County; O. Scbaslicook |jke. Newport township, I'enobscot County; I*. Spauldni); I'ond, li;banon Township. York County; and O Webber I'oiid, Vassalboio lownsbip. Kennebec County. 1977, c. 373, t; 31 i)i;i'artmi;nt oi' invironmkntal i'rotixtion ItllKKAU (>»■ WATIR QUALITY CONTROL RIXiULATIONS Ihese regulations are ciirrenl as nl the date printed on the cover of this booklet There may have been chaii|;es alter Ibis booklet was printed Tlie reader is urged to contact the Hureau of Water (.Hiality Control 2117 2H'*-25yi or the Citizens' r.nvironincniul Assistance Service l-8IH(-452-l942 il there are any (piestii>ns. 58I-I - 581.7 WATLR QUALITY EVALUATIONS I'lHXTIVL DAI i; N0VI;MBI:R 29, 1973; AMENDIiD IJATli MARCH 14, 1977 581. 1 Assimilative Capacity -Rivers and Streams Tor the purpose ol coinpiiting whether a discharge will violate the classillcation ol'any river or slreain. the assimilative capacity of such river or stream shall be compuleil using the minimum seven day low How which occurs once in ten years Waste discharges shall be appropriately reduced when Hows tall below the seven day ten year low How it the board determines that such rcdiiclioii is necessary to maintain such applicable classiricali(ui 581.2 Minimum l-'luw Regulated Rivers and Streams lor regulated rivers and streams, ihe IX^parliiiciit may establish a niminmm How necessary to maintain water ipialily stand. irds Ihis How will be based upon achieving the assigned classillcation. criteria and protection ol ihe uses ol the stream The IX:partmenl will coo|x:rate with appropriate lederal. Slate and privale interests in the development and maintenance ol stream How rei|uirenieiits 581.3 Assimilative Capacity (ireat I'onds Ihe liytli.iuhc residence lime will be used lo C(Ui)pule the assimilative capacity ol great ponds Hydraulic resilience lime will l>e computed by dividing lake volume by the product ol watershed aiea and llie pieclpitation riiiioH coeliicient. 58 1. 4 Reserved 581.5 /one of I'assage All discharges ol |)olliil.ints shall, at a mlninuim, provide lor a zone ot passage lor rree-swimming and drilling organisms. Such /one of passage shall not be less than '/i ol Ihe cioss'seclional area al any poini in the receiving body ol water Such zone ol passiige may Ix; reduced wlieiievei Ihe .ipplicaiil loi a dischaige can demonsliale that (al l>ecause of physical phenomena in Ihe receiving body ol walei such minimum /one cannot be maintained and lb) such minimum /eratures in any tidal body of water, as measured outside the mixing zone, (o be raised more than 4°l' nor more than I.S°I' from June I to Sepleinber I. In no event shall any discharge cause the lem|ierature of any tidal waters lo exceed 85"r al any point outside a mixing ztme established by the board 582.6-8 Reserved 583.1 - 583.3 NUTRIUNT CONCI'NTRATKJN EFITiCTIVI'; DATli NOVbMBIiR 29, 1973; AMENDED DATE MARCH 14, 1977 583.1 Phosphorus There shall be no additional discharge of phosphorus to any lake or pond or tributary thereto which discharge does not employ the best available technology for phosphorus removal. 583.2 l'!xisting discharges of phosphorus to any lake, pond or tributary thereto shall, on or before October I, 1976, be treated to remove phosphorus lo llie inaxiniuni extent lechnically feasible. 583.3 Phosphorus Concentrations in Tributaries to (ircat Ponds Nolwilhslanding Sections 583.1 and 583.2, the ainblenl concentration for lotal phosphorus in all tributaries to ('-real Ponds shall not exceed SO micrograms per liter (SO ug/l). \ 3-B-57 10-80 584 - 584.1 WATI:R QUALITY CRITURIA tFI'IXTIVK DATI-; MAKCII 14, 1977 584 Water Quality Criteria 1lie criteria listed lielow will ripply only In Secilon 363, slaiulurds ul clussincatiiiii of Iresh waters, class b-l and 11-2. (he luiinbets rc|>resent inaxiiiiuin acceptable conceiitraliiiii liiuils in the recelvin^^ waters All luiiiibers are expressed in micrograms |X'r liter (ug/l) 584.1 Metals Milal Coiiciiilralioii A. Cliroiiiiiim 511 Uf;/I 590.1 - VARIANCES FROM VARIOUS RlitJULATIONS KIMXTIVi; DATI-; N0VI;MBI;R 29, I973; AMtNDliD DATE MAKCII 14, 1977 590. 1 Variances Tlie board may, in any license or Order issued by it, impose on any discliuri'e limitations more stringent than those rei|uired by Regulations 580, 581, 582, 583 and 584 whenever the physical or chemical properties or biological phenomena in the receiving body ol water so require in order to maintuin the statutory classiflcation. Ilie board may authorize a variance Irom any ol the limits established iiereby whenever the applicant demonstrates that (a) because ol physical or natural conditions in the receiving body of water such limits cannot be attained and (b) maintenance ol siicii limits are not necessary to protect organisms in the receiving water from substantial adverse effects and (cl the proposed discharge will assure the protection and propagation of a balanced and indigenous population offish, shelltish and wildlife in and >m the receiving body of water 591.1 - l-XCI I'TIONS lOR VARIOUS RWaUATIONS i:fii;ctivi' uatk novi;mbi-.r 29, 1973; ami-ndi » date mar( 11 14, 1977 591.1 No provision of Regulations 580, 581, 582, 583, 584 and 59(1 shall be deemed to change, alter, affect or supersede the terms or conditions of any Order or license heretofore issued by the Hoard ol l.nviroiimental Protection. 3-B-58 \ > This Book lei is intended for General Information. It IS not intended for Legal Keference. Account and Attivily No. 1530 4010 I 3--B-59 10-80 i APPENDIX C: THE CLEAN AIR ACT AND MAINE THE CLEAN AIR ACT - BACKGROUND Introduction The Clean Air Act of 1970 was an ambitious piece of legislation which was designed as a get-tough measure to solve the massive air pollution problems of the United States once and for all. The Act essentially replaced all Federal efforts to control the emission of pollutants into the atmosphere. The Clean Air Act (CAA) authorized the Environmental Protection Agency (EPA) to set standards and regulations for maintaining and improving the quality of the atmosphere. The CAA mandated to EPA to promulgate the following major actions: Establish ambient air quality standards to protect the nation's health and welfare for hydrocarbons (HC), sulfur dioxide (SO2), total suspended particulates (TSP), nitrous oxides (NO ) , carbon monoxide (CO), and photochemical oxidants (oxone). Divide the country into approximately 250 Air Quality Control Regions (AQCR) . Require each of the states to develop State Implementation Plans (SIP) to maintain or improve air quality. Determine the compliance status for each AQCR for each of the ambient air quality standards. Set achievable emission limitations for a number of point sources. Establish New Source Performance Standards (NSPS). Establish timetables for compliance and enforcement mechanisms. (Environmental Reporter, Federal Law Section 71; 110). Each of these seven major actions will be briefly described. The Clean Air Act of 1970 The major thrust of the Clean Air Act calls for the Administrator of the EPA to propose regulations defining National Primary Ambient Air Quality Standards, NAAQS, (table 2-1) which would adequately protect the health of the public and the environment for the six most common debilitating air pollutants; hydrocarbons, sulfer dioxide, total suspended particulates, nitrous oxides, carbon monoxide and photochemical oxidants. These six air contaminants are the major sources of health hazards as cancer, emphysema, bronchitis, heart and lung disorders and of ecosystem deterioration through acid rain and heavy metal contamination, for example (see Human Health Effects and Affects of Air Quality on Ecosystems). 3-C-l 10-80 Table 2-1. National Air Quality Standards Pol lutant Averag ing Time Pr Imary S tandard'i Secondary^ Standards Reference Methods Sulfur Dioxide Annual Arithmetic Mean 2't hours 3 hours 80 ug/m3 (0.03ppni) 365 ug/m' (0. 1*4ppm) 1300 ug/m^ (0.5 PP"!) Pararosani 1 ine Method Particulate Annual Geometric 75 ug/m^ Matter Mean 2'( hours 260 ug/m' ,e 60 ug/m-' 150 ug/m^ High Volune Samp I Ing Method Carbon Monox ide 8 hours 1 hour IO"^/m^ (9ppm) 'tOmg/m^ (35ppm) Same as Primary Standards Non-Oispers i ve Infrared Spectroscopy Ozone (corrected for NO7 E SO^) I hour 235 ug/m (0.120 ppm) Same as Primary Standard Gas Phase Chemi lumi- nescent Method Hydrocarbons (corrected for Methane) 3 hours 160 ug/mJ (0.2'tppra) Same as Pr imary Standard Flame Ionization Detection Using Gas Chromatography N 1 t rogen D iox i de Annual Arithmetic Mean 100 ug/m^ (0.05 ppm) Same as Pr imary Standard Gas Pnase Che^i luni nesence National standards other than those based on annual arithmetic means or annual geometric means are not to be exceeded more than once per year. National Primary Standards: The levels of air quality necessary, with an adequate margin of safety, to protect the public health. National Secondary Standards: The levels of air quality necessary to protect the public welfare from any known or anticipated adverse effects of a pollutant. Reference method as described by the EPA. An "equivalent method" means any method of sampling and analysis which can be demonstrated to the EPA to have » "consistent relationship to the reference method". Guideline to be used assessing Implementation plans. 3-C-2 The major responsibilities for assuring that the National Ambient Air Quality Standards are attained and maintained is left up to the individual states. These responsibilities are to be formulated and outlined in a plan known as the State Implementation Plan (SIP) which is subject to the approval of the EPA. Recently the Maine Department of Environmental Protection issued a State Implementation Plan for Air Quality which details a comprehensive strategy for achieving and maintaining clean air for the State of Maine (see Attainment and Maintenance of Air Quality in Maine) The CAA created some 250 Air Quality Control (AQCR) such that local interests could be maintained when dealing with air pollution control strategy. The State of Maine is divided into five AQCR. Only three of these regions are directly associated with the Coast of Maine Characterization Area; the Metropolitan Portland, Androscoggin Vftlley (also referred to as Central Maine), and Down East Air Quality Control Regions. The States are required to determine the compliance status for each AQCR for each of the six ambient air quality standards. Using what air quality data exists and by analyzing dispersion patterns and point sources, the states have evaluated their own air quality and designated the regions as: Nonattainment : does not meet the national primary or secondary ambient air quality standard for any pollutant. Attainment: has ambient air quality levels better than the national primary or secondary ambient air quality standards. Unclassifiable: can not be classified as either attainment or nonattainment on the basis of existing information. For nonattainment areas, detailed control strategies geared at improving air quality to the minimum acceptable levels as defined by the NAAQS are contained within the State Implementation Plans. Attainment areas are to be monitored closely to assure the quality of the air remains healthy. Finally, unclassified areas are to receive highest priority ambient air monitoring to determine their appropriate designation. Section 111 of the Act provides for establishing New Source Performance Standards (NSPS). The NSPS were to be stringent in order to avoid significant air pollution problems from industrial expansion. The Clean Air Act requires that a new source must be in compliance with the standard in order to operate. At present, NSPS in the form of emissions limitations have been set for 19 industrial categories and five pollutants. The EPA, under Section 112 of the Act has also set standards for asbestos, beryllium, mercury, and vinyl chloride. These apply to all existing sources of pollutants and to all new sources. The purpose of New Source Performance Standards (NSPS) is to maintain existing air quality and to prevent new air pollution problems from developing in the future. EPA will set NSPS for 200 source categories. The EPA set 1975 as a deadline for the attainment of the primary standards. However, massive resistance to the timetable and strict standards promulgated by EPA chiefly by large industrial pollutors caused delays and unacceptable sip's. It was clear that the problems encountered in attempting to administer 3-C-3 10-80 the Act and the significant problem of dealing with nonattainment required more stringent SIP's and more active enforcement activities than originally anticipated. The CAA of 1970 was amended in 1977. The 1977 Amendments to the Clean Air Act The Amendments of 1977 to the Clean Air Act have been described as a compromise neither stronger nor weaker than the intentions of the original act. Although deadlines have been relaxed and some requirements deleted, more standards were imposed and new enforcement policies have been added. The mechanism for the implementation of the Clean Air Act still focuses on the State Implementation Plans, however, revisions in the SIP's were required. The revised SIP's must include requirements for the use of all Reasonably Available Control Technologies (RACT) for sources in nonattainment areas, must include an inventory of actual emissions from all sources and must require new construction permits for all new sources (National Air Coalition 1977). In nonattainment areas states must have an approved implementation plan revision by 1 July, 1979, which provides for meeting primary air quality standards by 31 December, 1982. In attainment areas (areas which meet the NAAQS), the Amendments of 1977 call for the Prevention of Significant Deterioration of the ambient air quality. These areas are classified as Class I, Class II, or Class III, depending on the current quality of the air and the degree of deterioration to be allowed. For these nondegradation areas, maximum allowable increases (increments) in ambient concentrations of pollutants have been set. Class I areas include all international parks, national wilderness areas, and national memorial parks greater than 2429 ha (6000 acres) and are most highly protected. Other nondegradation areas are classified Class II and Class III. New sources requesting to site or potentially affect a nondegradation area must comply with PSD requirements. These new sources may be required to employ Best Available Control Technology (BACT) . Overview The Clean Air Act of 1970 was an ambitious piece of legislation which focused together all previous attempts to clean the Nation's air into one package. The EPA was authorized to set regulations and standards for improving and maintaining air quality in the United States. This included establishing National Ambient Air Quality Standards, dividing the country into Air Quality Control Regions, determining the status of air quality in those regions, developing State Implementation Plans to maintain and improve air quality, and setting New Source Performance Standards. The bulk of the problem of devising methodologies for improving and maintaining air quality was left to the indiv- idual states. Maine responded by proposing a State Implementation Plan for Air Quality in May, 1979, which detailed the strategy for protecting the citizens and ecosystems of Maine from deteriorating air quality. 3-C-4 ) ATTAINMENT AND MAINTENANCE OF AIR QUALITY IN MAINE Introduction The 1977 Clean Air Act relies heavily on each state and specifically the State Implementation Plan for outlining how each state will meet the Clean Air Act standards. The states maintain a flexibility in approach in achieving and maintaining the National Ambient Air Quality Standards. For instance, the Clean Air Act encouraged each state to develop emission limitations in order to attain and maintain the NAAQS within their state. States may set their own standards as long as they are more stringent than the Federal standards. The Maine SIP establishes ambient air quality standards that represent the maximum levels of controlled pollutants that are per- mitted in the ambient air in Maine. Compare the State standards of table 2-2 with the Federal standards in table 2-1. By setting stricter standards, Maine is investing in cleaner air for its citizens. The Clean Air Act mandated that each State Implementation Plan (SIP) : Identify alternative control strategies for attainment and maintenance of the National Ambient Air Quality Standards (NAAQS). Attain the primary standard for each of the six criteria air pollutants (CO, SO^, NO^, hydrocarbons, as expeditiously as possible. (CO, SO , NO , hydrocarbons, photochemical oxidents, and particulates) Insure that pollutant emissions will not interfere with attainment and maintenance of a national standard. The approval of an SIP is based on the EPA Administrator's determination that the plan adequately meets the requirements of the Act. It is important that the SIP include control strategies which deal directly with the particular problems and needs of the state. An entire plan may be approved, or the EPA Administrator may only approve a portion of the plan. The Maine State Implementation Plan The State of Maine addressed the attainment and maintenance of air pollution in the State Implementation Plan for Air Quality, adopted by the Board of Environmental Protection in May of 1979. In this document, control strategies for each of the five Ambient Air Quality Control Regions of the State are presented. Areas are designated as either attainment, nonattainment, or unclassif iable (due to lack of data). For those areas which are nonattainment, control strategies are proposed addressing, in order: The problem; proposed solution; justification of the solution; reasonable further progress (toward attainment of the NAAQS by 31 December, 1982); and, potential growth of the pollutant I'n the future. Secondly, a mechanism for the review of performance standards for new sources and modifications of old point sources by licensing is proposed. Air emission licenses are required for almost all stationary sources of air pollution. Major emitting sources are subject to different requirements, depending on their locations with the state. 3-C-5 10-80 Table 2-2 Ambient Air Quality Standards - State of Maine Pollutant Sulfer Dioxide Averaging Time Annual Arithmetic Mean 24 hours 3 hours Standards 57 uglm3 230 uglm3 1150 uglm3 Particulate Matter Annual Geometric Mean 24 hours 60 uglm3 150 uglm3 Carbon Monoxide 8 hours 1 hour 10 mglm3 40 mglm3 Photo-Chemical Oxidants 1 hour 160 uglm3 Hydrocarbons 3 hours 160 uglm3 Nitrogen Dioxide 24 hours 100 uglm3 Source (DEP 1979) These standards are applicable in all ambient air quality control regions of the State of Maine. All ambient air quality standards are expressed at 25 degrees centigrade and 760 millimeters of mercury pressure. 3-C-6 Licensing of New Sources and Modifications The SIP requires all new sources of air pollution and modifications (with a few exceptions) be licensed. Two approaches to the licensing have been taken. Sources which locate within attainment areas are subject to the Prevention of Significant Deterioration Program (PSD) which requires the source to undergo preconstruction review and the imposition of Best Available Control Technology (BACT) . Sources which propose to locate in nonattainment areas must meet more stringent requirements to insure reasonable further progress in attaining the ambient air quality standard which is being violated. This includes BACT for those pollutants not the cause of nonattainment and Lowest Achievable Emission Rate (LAER) for those pollutants which are the cause of nonattainment. Sources must also comply with the Growth Offset Regulation. The requirements for licensing in attainment and nonattainment areas will be briefly described. Programs for Attainment Areas Under the Prevention of Significant Deterioration Program, attainment areas within the State are designated as either Class I, Class II, or Class III. The class designations indicate, in addition to the ambient air quality standards adopted by the Board of Environmental Protection a maximum level of allowable increase (increment) in the concentrations of sulfer dioxide and particulate matter over the baseline concentrations. The increases can only be exceeded once annually. Table 2-3 indicates those increments allowable for each Class. Obviously, Class I areas are highly protected followed by Class II and III. Maine is regulated as a Class II clean air area under the Prevention of Significant Deterioration Program except for those nonattainment areas and the following exceptions: (1) Those areas of the State that are redesignated by the Board following the procedures required by the Federal Clean Air Act. (2) Federally designated Class I areas: Acadia National Park (located in the Downeast Air Quality Region); Moosehorn National Wildlife Refuge designated as a Wilderness Area (located in the Downeast Air Quality Region) ; and Roosevelt Campobello International Island (located in New Brunswick, Canada, off the coast of the Downeast Air Quality Region). New sources and modifications to existing sources which are major emitting sources must undergo preconstruction review. This will insure compliance with both the ambient standards and the applicable increment, depending on the location (i.e.. Class) of the source. Compliance is also required with the Best Available Control Technology. BACT is an emission limitation based on the maximum degree of reduction of each pollutant emitted which results from a new source or modification. BACT is determined on a case by case basis taking into account factors as energy, environmental and economic impact, costs, etc. 3-C-7 10-80 2-13 Table 2-3 Established Annual Increments of Sulfer Dioxide and Particulate Matter for Class I, II and III Attainment Areas in the State of Maine. Particulate Matter Sulfer Dioxide Attainment Area Annual Geometric Mean 24 hr. Annual Arithmetic Mean 24 hr. 3 hr. Class I 5 ug/m3 10 ug/m3 2 ug/m3 5 ug/m3 25 ug/m3 Class II 19 ug/m3 37 ug/m3 20 ug/m3 91 ug/m3 512 ug/m3 Class III 37 ug/m3 75 ug/m3 40 ug/m3 182 ug/m3 100 ug/m3 Source (DEP 1979) 3-C-8 Programs for Nonattainment Areas New sources or modifications which locate in nonattainment areas are subject to the Growth Offset REgulation, Best Available Control Technology, and Lowest Achievable Emission Rates. BACT is required for sources for those pollutants which are not the cause of the nonattainment designation. In addition LAER is required for those pollutants for which the source has a potential to emit 100 tons per year or more of any regulated pollutant for which an area is designated nonattainment (Department of Environmental Protection 1979). The combination of proposed emissions must comply with the Growth Offset Regulation. This regulation insures that ambient air quality standards will be maintained and details how additional emissions will be permitted in areas where standards are now in violation or in which the increment has been exceeded. The regulation requires that ... Any air contaminant source . . .must . . .obtain an air quality impact reduction (offset) from existing sources whose emissions of the same pollutant effects the same area as the proposed source. Sufficient offset must be obtained to insure the applicable ambient air quality standard an/or the applicable PSD increment is maintained, except in those instances where no SIP has been developed to demon- strate compliance. In such cases the proposed source must demonstrate progress toward attaining the standard by providing for reductions in impacts from existing sources in excess of the new source impacts (Department of Environmental Protection: 158) . The Growth Offset Regulation will in effect control additional air pollution in areas which are nonattainment so that the ambient air quality standards are maintained. In areas of violation, the Growth Offset Regulation will insure progress toward attaining the standards. In general, the Growth Offset Regulation applies to the following areas in coastal Maine (Department of Environmetal Protection 1979) : (1) All new major emitting sources of particulate matter proposed for the municiaplities of Bangor, Brewer, Augusta, and Thomaston. (2) All new sources emitting 1000 tons per year of carbon monoxide in Bangor. (3) An air contaminant source emitting more than 100 tons per year of any pollutant for which there is an ambient air quality standard and which emissions take place in an area where the PSD increment has been consumed. (4) All major emitting sources emitting more than 100 tons per year of compounds in the Metropolitan Portland Region and Central Maine (Androscoggin) Air Quality Control Region. 3-C-9 10-80 Overview The Clean Air Act of 1977 requires that each state formulate a State Implementation Plan which proposes how each state will attain and maintain clean air within the guidelines of the Clean Air Act. Maine proposed its State Implementation Plan to the Environmental Protection Agency in May, 1979. The Maine SIP designates attainment, nonattainment and unclassified areas within the State for six criteria pollutants; it proposes control strategies for areas which are nonattainment; it details a licensing strategy for new sources and modifications in both attainment and nonattainment areas. The program for attainment areas provides for the Prevention of Significant Deterioration within those areas through the imposition of Best Available Control TEchnologies. For nonattainment areas, the program requires new sources or modifications of sources to comply with the Growth Offset Policy which includes the use of Best Available Control Technologies and Lowest Achievable Emission Rates. i 3-C-lo UNITED STATES DEPARTMENT OF THE INTERIOR U.S. FISH AND WILDLIFE SERVICE Washington, D.C. 20240 APPENDIX D Selected List of Federal Laws and Treaties Relating to Sport Fish and Wildlife ^^■^^'°"i^^.^ W ,<■- ^ivPvv' Revised December 1976 'Office of Legislative Services The Acts and Treaties listed here with descriptions of their provisions and relevant additional information are the authorities for many programs of the Department of the Interior acting through its U.S. Fish and Wildlife Service. The purpose of this leaflet is to provide a ready reference to the authorities most commonly associated with conservation offish, wildlife and plants, most of which provide direction for the work of the U.S. Fish and Wildlife Service. However, it is not a complete listing of all conservation related Acts or of all Acts governing the work of the Service. In addition, this leaflet does not include all the Federal laws directing consultation or coordination with or by the U.S. Fish and Wildlife Service, nor does it include all of the laws influencing or directing general Federal administrative practices. The laws and treaties with important amendments noted are arranged alphabetically by popular name, except that some statutes have been grouped together in the alphabetical listing under the following headings: Fish and Wildlife Conservation at Federal Reclamation Projects; Fish and Wildlife Conservation at Federal Water Resource Development Projects of the Corps of Engineers ; National Fish Hatchery Acts ; National Wildlife Refuge Acts; National Wild and Scenic Rivers System Acts; National Wilderness Preservation System Acts. Abbreviations used in the citations following the name of the Act or Treaty refer to the following documents: I.L.M.: International Legal Materials, issued by the U.S. Department of State; Stat.: United States Statutes at Large published by the U.S. Government Printing Of&ce, various volumes; TS: Treaty Series, issued by the U.S. Department of State as single pamphlets (until replaced by T.I.A.S. in 1945); T.I.A.S.: Treaties and Other International Acts Series, issued by the U.S. Department of State as single pamphlets; U.S.C.: United States Code, published by the U.S. Government Printing Office, 1970 edition and supplements; U.S.T.: United States Treaties and Other International Agreements, published by the U.S. Government Printing Office, various volumes published on a calendar year basis as of January 1, 1950. Administrative Procedures Act (5 U.S.C. .5.51 -559, 701 - Agreement on Cooperation in the Field of Environ- 706, 1305, 3105, 3344, 4301, 5362, 7521; 60 Stat. 237), as mental Protection (23 U.S.T. 845; T.I.A.S. 7345).— This amended.— Public Law 79-404, as amended, outlines the May 23, 1972, agreement between the United States and the several forms of administrative proceedings (hearings, USSR has as an objective cooperation in the field of adjudication, etc.) and prescribes procedural and substan- environmental protection through exchange of scientific tive limitations thereon. The Act also provides for judicial personnel, organization of bilateral conferences, exchange review of Federal agency decisionmaking actions. of scientific and technical information, and development and implementation of projects. The agreement emphasizes Accelerated Wetland Acquisition Loan Act^See activitiesrelated to air and water pollution, enhancement of Wetlands Loan Act urban environment, preservation of nature, establishment of preserves, and arctic and subarctic ecological systems. Agreement Between the United States and Den- mark Relating to Conservation of Atlantic Salmon Agreement on the Conservation of Polar Bears (23 U.S.T. 1 278 ;T.I.A.S.7402).-This Agreement effected by (I.L.M. 13:13-18, Jan. 1974).-This 1973 agreement between exchange of notes signed in Washington, D.C, July 6, 1972, the governments of Canada, Denmark, Norway, USSR and and entered into force on that same date has as its purpose the United States recognizes the responsibilities of the the regulation of the Atlantic salmon catch in 1972 and circumpolar countries for coordination of actions to protect subsequent years. polar bears. Except under certain specified conditions. 3-D-l 10-80 taking of polar bears is prohibited. The agreement was signed by the United States on November 15, 1973, and ratified September 30, 1976. Agreement entered into force November 1, 1976, with ratification by three countries. Public Law 92-522, the Marine Mammal Protection Act of 1972 (16 U.S.C. 1361 et seq.; 86 Stat. 1027) provides authority for the United States to implement the agreement. Airborne Hunting Act — See Fish and Wildlife Act of 1956 Airport and Airway Development Act (49 U.S.C. 1701-1742; 84 Stat. 219), as amended.— Among other things requires consultation with the Secretary of the Interior to obtain recommendations regarding preservation of envi- ronmental quality in approving airport construction. Alaska Native Claims Settlement Act (43 U.S.C. 1601-1624; 85 Stat. 688), as amended.— Under Public Law 92-203, approved December 18, 1971, Alaska Natives can choose and receive title to 42 million acres, or about one- ninth of the State as part of their original claim to the land. The Act also requires the Secretary of the Interior to withdraw up to 80 million acres of existing public land for specific consideration as new national wildlife refuges, national parks, national forests and wild and scenic rivers. These lands remain in a special withdrawal category until Congress acts on theproposalsor until December 1978. Asa result of this Act the Secretary has recommended among other things the addition of some 31.59 million acres to the National Wildlife Refuge System. Anadromous Fish Conservation Act (16 U.S.C. 757a- 757f; 79 Stat. 1125), as amended.— Public Law 89-304, approved October 30, 1965, authorizes the Secretary of the Interior and Commerce to enter into cooperative agreements with the States and other non-Federal interests for conser- vation, development and enhancement of the Nation's anadromous fish (such as salmon, shad, steelhead trout and striped bass), including anadromous fish in theGreatLakes. Investigations, engineering and biological surveys, re- search, stream clearance, construction, maintenance and operations of hatcheries and devices and structures for improving movement, feeding and spawning conditions are authorized. Amended by Public Law 91-249, May 14, 1970 (84 Stat. 214) and by Public Law 93-362, July .30, 1974 (88 Stat. .398) to extend and increase the authorization of appropriations through June 30, 1979, and to make various technical and clarifying changes in the law for sea lamprey control programs. Animal Damage Control Act of March 2, 1931 (7 U.S.C. 426-426b; 47 Stat. 1468).— Provides broad authority for investigations, demonstrations and control of mammal- ian predators, rodents and birds. Gives authority to enter into cooperative agreements with other agencies to conduct such activities. Control functions transferred from the Department of Agriculture to theDepartmentof thelnterior in 19.39 by Reorganization Plan No. II. Executive Order 11643 of P^ebruary 8, 1972, Executive Order 11870 of July 18, 1975, and Executive Order 11917 of May 28, 1976, prescribe the use of certain toxicants in Federal predator control programs and on Federal lands. Animal Welfare Act (7 U.S.C. 2131-2155;80Stat.. 3.50, 84. Stat. 1.560), as amended. — Also referred to as the Federal Laboratory Animal Welfare Act, Public Law 91 -.579, approved December 24, 1970, as amended by Public Law 94- 279, approved April 22, 1976 (90 Stat. 417), directs the Secretary of Agriculture to regulate and insure the humane care and treatment of dogs, cats and certain other animals used for research, experimentation, exhibition and sale purposes, as well as to assure humane treatment of animals during transportation in commerce and to protect owners of animals from theft by preventing the sale or use of animals which have been stolen. Directs consultation and coopera- tion with other F'ederal agencies concerned with the welfare of animals in the establishment of standards and in carrying out other purposes of the Act. Antiquities Act (16 U.S.C. 431, 432, 433; 34 Stat. 225).— The Act of June 8, 1906, among other things requires that a permit be obtained for examination of ruins, excavation of archaeological sites and the gathering of objects of antiquity on lands under the jurisdiction of the Secretaries of Interior, Agriculture and Army. Archeological and Historic Preservation Act (16 U.S.C. 469-469c; 74 Stat. 220), as amended.— This Act directs Federal agencies to notify the Secretary of the Interior whenever they find a Federal or Federally assisted, licensed or permitted project may cause loss or destruction of significant scientific, prehistoric, historic or archeologic data. Funds may be appropriated, donated andy'or trans- ferred for the recovery, protection and preservation of such data. Atlantic Salmon Conservation Agreement be- tween the United States and Denmark— See Agree- ment between the United States and Denmark Relating to Conservation of Atlantic Salmon Bald Eagle Act of 1940 (16 U.S.C. 668-668d; 54 Stat. 250), as amended. — This June 8, 1940, Act as amended June 25, 19,59, by Public Law 86-70 (73 Stat. 143), October 24, 1962, by Public Law 87-884 (76 Stat. 1246) and October 23, 1972, by Public Law 92-535 (86 Stat. 1064) provides for protection of the bald eagle (the national emblem) and the golden eagle by prohibiting except under certain specified conditions the taking, possession and commerce in such birds. The 1972 amendments increased penalties for violating provisions of the Act or regulations issued pursuant thereto and streng- thened other enforcement measures. Bankhead-Jones Farm Tenant Act (7 U.S.C. 1000, 1006, 1010-1012; 50 Stat. 522), as amended.— Section 31 of the Act of July 22, 1937 (7 U.S.C. 1010; 50 Stat. 525), as amended, directs the Secretary of Agriculture to develop a program of land conservation and utilization in order to correct maladjustments in land use and thus assist in such things as control of soil erosion, reforestation, preservation of natural resources and protection of fish and wildlife. Some early refuges and hatcheries were established under authority of this Act. Black Bass Act (16 U.S.C. 851-856; 44 Stat. 576), as amended.— This May 20, 1926, Act as amended July 2, 1930 (46 Stat. 84.5), July .30, 1947 (61 Stat. 517), July 16, 1952 (66 Stat. 7.36), and December 5, 1969, Public Law 91 -135 (83 Stat. 282) prohibits importation or transportation in interstate or foreign commerce of black bass and other fish in violation of foreign. State, or other law, or purchase of such fish. Authorizes the Secretary of thelnterior to issue regulations concerning importation and interstate shipment of fish and 3-D-2 I I ^ to issue publications and make investigations for purposes of the Act. Canadian-United States Boundary Waters Treaty— See Treaty between tiie United States and Great Britain Relating to Boundary Waters and Questions Arising between the United States and Canada Canadian-United States Great Lakes Fisheries Convention — See Convention on Great Lakes Fisheries between the United States and Canada Canadian-United States Migratory Bird Treaty — See Convention Between the United States and Great Britain (for Canada) for the Protection of Migratory Birds Central Valley Project, California, Reauthor- ization Act of August 27, 1954 (16 U.S.C. 695d-695j; 68 Stat. 879). — Reauthorized the entire project originally authorized under the Act of August 26, 1937 (50 Stat. 844), and reauthorized by the Acts of October 17, 1940 (54 Stat., 1198), October 14, 1949 (63 Stat. 852), and September 26, 1950 (64 Stat. 1036). The 1954 Act declares use of water for fish and wildlife to be a purpose of the project in addition to all other previously stated purposes. Among other things, provides authority and other requirements for delivery of water to the Grasslands area of the San Joaquin Valley for waterfowl purposes. Coastal Zone Management Act of 1972 (16 U.S.C. 1451-1464; 86 Stat. 1280), as amended.— Public Law 92-583, approved October 27, 1972, establishes a program aimed at assisting states in developing land and water use programs for the coastal zone. A grant-in-aid program is authorized under the administration of the Secretary of Commerce. Section 308 of the Act (16 U.S.C. 1456; 86 Stat. 1285) directs the Secretary of Commerce to consult and cooperate with other Federal agencies in carrying out his responsibilities under the Act, and prior to approval of any state's coastal zone management program which "includes requirements as to shorelands which also would be subject to any Federally supported national land use program," the Secretary of Commerce must obtain concurrence of the Secretary of the Interior. Colorado River Basin Project Act (43 U.S.C. 616aa-l, 620, 620a, 620a-l, 620a-2, 620c-l, 620d-l, 620k, 620hh, 1501- 1556; 82 Stat. 886), as amended.— Public Law 90-537, approved September 30, 1968, provides a program for the comprehensive development of water resources of the Colorado River Basin, and directs the Secretary of the Interior to develop, after consultation with affected states and appropriate Federal agencies, a regional water plan to serve as the framework under which projects in the Colorado River Basin may be coordinated and constructed. Colorado River Storage Project Act (43 U.S.C. 620- 620d, except certain sections classified to theColorado River Basin Project Act; 70 Stat. 105), as amended.— Section 8 of this April 11, 1956, Act (43 U.S.C. 620g; 70 Stat. 110) authorizes and directs the Secretary of the Interior, in connection with the Colorado River Storage Project and participating projects, to investigate, plan, construct and operate facilities to mitigate losses of, and improve condi- tions for, fish and wildlife. Provides authority to acquire lands and to lease or convey lands and facilities to State and other agencies. Columbia Basin Project Act (16 U.S.C. 835, 8.35c- 835c-2, 835c-4; 57 Stat. 140), as amended and sup- plemented.— The Act of March 10, 1943, renamed and reauthorized the Grand Coulee Dam Project, originally authorizedby the Act of August 30, 1935 (49 Stat. 1028), and amended generally the Act ofMay 27, 1937 (50 Stat. 208). An Act of October 9, 1940 (16 U.S.C. 835i; .54 Stat. 1085), supplementing the Project Act, authorized the Secretary of the Interior to contract with the State of Washington for maintenance and operation offish hatcheries built as part of the fish protection program required on theColumbia Basin Project. Columbia River Basin Fishery Development Act — See Mitchell Act Compri-nensive Employment and Training Act of 1973 (18 U.S.C. 665, 29 U.S.C. 801, 802, 811-822, 841-851, 871-875, 881-885, 911-929, 951-956, 981-992, 42 U.S.C. 2571 Note; 87 Stat. 839), as amended.— Public Law 93-203 of December 28, 1973, as amended December 31, 1974, by Public Law 93-567 (88 Stat. 1845) establishes among other things a Job Corps program under the administration of the Department of Labor to assist young people who need and can benefit from an unusually intensive program. The Secretary of Labor can enter into agreements with Federal, State and local agencies or private organizations for establishment and operation of Job Corps Centers. Agree- ments exist for such centers on U.S. Fish and Wildlife Service lands. Congressional Budget and Impoundment Control Act of 1974 ( 1 U.S.C. 105, 2 U.S.C. 190a-l et seq.. 31 U.S.C. 11 et seq.; 88 Stat. 297).— Public Law 93-344, July 12, 1974, changed the Federal fiscal year from July 1 through June30 to October 1 through September 30, and made other changes in the government budgeting and funding process. Conservation Programs on Certain Federal Lands (Military Reservations and Other Lands)— See Sikes Act Convention between the Government of the U nited States of America and the Government of Japan for the Protection of Migratory Birds and Birds in Danger of Extinction, and Their Environment (25 U.S.T. 3329; T.I.A.S. 7990), as amended.— This 1972 Convention is designed to provide for the protection of species of birds which are common to both countries, or which migrate between them by ( 1) enhancement of habitat, (2) exchange of research data, and (3) regulation of hunting. Signed atTokyoonMarch4, 1972, with ratification advised by the Senate on March 27, 1973, and documents of ratification exchanged September 19, 1972. TheConvention entered into force September 19, 1974. An agreem( ,-.t amending the annex to the Convention by adding theMaloy bittern was effected by exchange of notes September 19, 1974, entering into force December 19, 1974 (25 U.S.T. 3373 T.I.A.S. 7990). This exchange also included a list of endangered birds as provided for in Article IV of the Convention. Implementing legislation for the United States was achieved by enactment of Public Law 93-300, June 1, 1975 (88Stat. 190),amendingtheMigratoryBirdTreatyAct of 1918 (16 U.S.C. 703-711; 40 Stat. 755), as amended. Convention between the United States and Great Britain (for Canada) for the Protection of Migratory Birds (39 Stat. 1702; TS 628).— This 1916 treaty adopted a 3-D_3 10-80 uniform system of protection for certain species of birds which migrate between the United States and Canada, in order to assure the preservation of species either harmless or beneficial to man. Sets certain dates for closed seasons on migratory birds. Prohibits hunting insectivorous birds, but allows killing of birds under permit when injurious to agriculture. The Convention was signed at Washington, D.C., on August 16, 1916, and ratified by the United States on September 1, 1916, and by Great Britain on October 20, 1916. Documents of ratification exchanged December 7, 1916. Implementing legislation for the United States was accomplished by enactment of the Migratory Bird Treaty Act in 1918 (16 U.S.C. 703-711; 40 Stat. 755). Convention between the United States of America and the Union of Soviet Socialist Republics Concern- ing the Conservation of Migratory Birds and Their Environment (notinforce).— This Convention, signed in Moscow on November 19, 1976, provides for protection of species of birds that migrate between the United States and the Soviet Union or that occur in either country and "have common flyways, breeding, wintering, feeding or moulting areas." The Convention also encourages actions to identify and protect important habitat and to cooperate in measures to protect migratory birds identified as being in danger of extinction. Convention to remain in force for a period of 15 years from date of its entry in force and thereafter renewed automatically on an annual basis subject to termination by either party. Convention does not enter into force until the advice and consent of Congress is given and documents of ratification are exchanged. Implementing legislation is also required. Convention between the United States of America and the United Mexican States for the Protection of Migratory Birds and Game Mammals (50 Stat. 1311 ;TS 912), as amended.— This 1936 treaty adopted a system for the protection of certain migratory birds in the United States and Mexico. Allows, under regulation, the rational use of certain migratory birds. Provides for enactment of laws and regulations to protect birds by establishment of closed seasons and refuge zones. Prohibits killing of insectivorous birds, except under permit when harmful to agriculture. Provides for enactment of regulations on transportation of game mammals across the United States- Mexican border. Signed in Mexico City, February 7, 1936, this treaty was ratified by the President of the UnitedStates, October 8, 1936, and documents of ratification were exchanged March 15, 1937, in Washington, D.C. United States implementation of the treaty was accomplished by amending the Migratory Bird Treaty Act of 1918 ( 16 U.S.C. 703-711; 40 Stat. 755) on June 20, 1936 (49 Stat. 1556). The treaty was amended March 10, 1972 (23 U.S.T. 260; T.I.A.S. 7302), to add 32 additional families of birds including eagles, hawks, owls and Corvidae family. Convention for the International Council for the Exploration of the Sea (ICES) (24 U.S.T. 1080; T.I.A.S. 7628).— This Convention, opened for signature in Copenha- gen on September 12, 1964, provides a new "constitution" for the International Council for the Exploration of the Sea which was originally established in 1902 as a result of conferences held in Stockholm in 1899 and inChristiania in 1901. The ICES has as its purpose to: (a) "promote and encourage research and investigations for the study of the sea particularly those related to the living resources thereof;" (b) "draw up programmes required for this purpose and to organize . . . such research and investigations as may appear necessary;" and (c) "publish or otherwise dissemi- nate the results of research and investigations." Eighteen countries are a party to this Convention including the United States. Senate advice and consent given March 1, 1967; ratification and accession approved by the President, April 24, 1967; documents deposited with the United Nations, April 18, 1973. The Convention entered into force, April 18, 1973. Convention for the Northwest Atlantic Fisher- eries— See I nternational Convention for the Northwest At- lantic Fisheries (ICNAF) Convention on Great Lakes Fisheries between the United States and Canada (6 U.S.T. 2836; T.I.A.S. 3326), as amended. — This 1954 Convention was concluded in order to recognize that joint and coordinated efforts between the two governments are essential to determining the need for and type of measures which will make possible the maximum sustained productivity in Great Lakes fisheries of common concern. The Convention established a Great Lakes Fishery Commission with specified functions related to formulation and coordination of research programs including a comprehensive program for sea lamprey control, and publication of scientific and other information. Signed September 10, 1954, in Washington, D.C, the Convention was ratified by the United States on June 6, 1955, and by Canada on October 6, 1955. Ratifications were exchanged atOttawa, Canada, on October 11, 1955, and the Convention entered into force on the same date. United States implementation of the Convention was achieved June 4, 1956, by enactment of Public Law 89-557, the Great Lakes Fishery Act of 1956 (16 U.S.C. 931 -939c; 70 Stat. 242). The Convention was amended on May 19, 1967 (18 U.S.T. 1402; T.I.A.S. 6297) to increase the number of commission- ers from each country from three to four. Convention on International Trade in Endangered Species of Wild Fauna and Flora (T.I.A.S. 8249) —Estab- lishes a system of import/export regulations to prevent the commercial overexploitation of plants and animals listed in three appendices to the Convention. Different levels of trade regulations are provided depending on the threatened status of the listed species and the contribution trade makes to that condition. Procedures are provided for periodic amendments to the appendices. The Convention was signed by 80 nations in Washington, D.C, on March 3, 1973. United States ratification occurred on September 13, 1973, with documents submitted to the depository government (Switzerland), January 14, 1974. TheConvention entered into force90 days after ratification by the tenth nation, July 1, 1975. Imple- menting legislation for the United States was provided by enactment of Public Law 93-205, the Endangered Species Act of 1973 (16 U.S.C. 1531 -1543; 87 Stat. 884). Designation of scientific and management authorities to represent the United States in Convention matters was achieved on April 13, 1976, by Executive Order 11911. Convention on Nature Protection and Wildlife Preservation in the Western Hemisphere (56 Stat. 1354; TS 981).— Under this 1940 treaty, the governments of the United States and 17 other American Republics have expressed their wish to "protect and preserve in their natural habitat representatives of all species and genera of their native flora and fauna, including migratory birds" and to protect regions and natural objects of scientific value. The < € i 3-D_4 nations agreed to take certain actions to achieve these objectives, including the adoption of "appropriate measures for the protection of migratory birds of economic or esthetic value or to prevent the threatened extinction of any given species." The Convention was signed by the United States October 12, 1940, and ratified April 15, 1941. United States ratification documents deposited with the Pan American Union, Washington, D.C., April 28, 1941. Implementing legislation for the United States was achieved by enactment of Public Law 93-205, the Endangered Species Act of 1973 (16 U.S.C. 1531-1543; 87 Stat. 884), section 8(e) of which directs the President to designate the agencies "which shall act on behalf of and represent the United States in all regards as required by the Convention", and accomplished by Executive Order 11911, April 13, 1976. Convention on Wetlands of International Impor- tance Especially as Waterfowl Habitats (I. L.M. 11:963- 976, September 1972). — This Convention, commonly re- ferred to as the Ramsar Convention, was adopted in Ramsar, Iran, February 3, 1971, and opened for signature at UNESCO headquarters, July 12, 1972. The Convention entered into force after the required signatures of seven countries, December 21, 1975. The United States is not a party to this Convention (as of December 1976). The Convention includes criteria for designating wetlands and places emphasis on wetlands of high importance to water- fowl. Cooperative Research and Training Units Act (16 U.S.C. 753a-753b; 74 Stat. 733).— Public Law 86-686 of September 2, 1960, authorizes theSecretary of the Interior to enter into cooperative agreements with colleges and universities. State fish and game agencies, and nonprofit organizations for the purpose of developing adequate, coordinated cooperative research and training programs for fish and wildlife resources. As of October 1, 1976, there were 20 cooperative wildlife units and 25 cooperative fishery units operated by the U.S. Fish and Wildlife Service at 26 colleges and universities throughout the country. Criminal Code Provisions Relating to Fish and Wildlife— See Lacey Act of 1900 . . . Criminal Code Provisions; See also Refuge Trespass Act Denmark-United States Agreement on Conserva- tion of Atlantic Salmon — See Agreement between the United States and Denmark Relating to Conservation of Atlantic Salmon Department of Transportation Act (49 U.S.C. 1651- 1659, and other U.S.C. titles; 80 Stat. 931), as amended. —Section 4 of Public Law 89-670, October 15, 1966 (49 U.S.C. 1653(f); 82 Stat. 824), provides for maintenance of natural beauty on lands traversed by highway projects and for preservation of wildlife refuges through consultation with Secretary of the Interior. Detail Personnel and Loan Equipment Act of May 10, 1974 (16 U.S.C. 743a; 88 Stat. 124).— Public Law93-280 repealed the Act of March 3, 1885 (16 U.S.C. 743; 23 Stat. 494), entitled "Propagation of Food Fishes" and authorized the department in which the Coast Guard is operating, the Department of the Army, the Department of the Navy, the Department of the Air Force, the AEC (now ERDA) and NASA to detail to the Director of the U.S. Fish and Wildlife Service commissioned and enlisted personnel and civilian personnel for assistance in Service activities. Authorizes such departments to loan equipment to the Service. An annual report concerning the utilization of such personnel, equipment and costs, if any, is to be submitted by the Service to the Congress at the end of each fiscal year. Dingell-Johnson Act— See Federal Aid in Fish Restora- tion Act Duck Stamp Act^See Migratory Bird Hunting and Conservation Stamp Act Eagle Protection— See Bald Eagle Act of 1940 EndangeredSpeciesActofl973(16U.S.C. 1531-1543; 87 Stat. 884), as amended.— Public Law 93-205, approved December 28, 1973, repealed the Endangered Species Conservation Act of December 5, 1969, Public Law 91-135 (83 Stat. 275) which had amended the Endangered Species Preservation Act of October 15, 1966, Public Law 89-669 (80 Stat. 926) and implemented the Convention on Internation- al Trade in Endangered Species of Wild Fauna and Flora (T.I.A.S. 8249) signed by the United States March 3, 1973, and the Convention on Nature Protection and Wildlife Preservation in the Western Hemisphere (50 Stat. 1354) signed by the United States October 12, 1940. The 1973 Endangered Species Act provides for the conservation of threatened and endangered species of fish, wildlife and plants by Federal action and by encouraging the establish- ment of State programs. Specific provisions include: authorizes the determination and listing of endangered and threatened species and the range in which such condition exists; prohibits unauthorized taking, possession, sale, transport, etc., of endangered species; authorizes an expanded program of habitat acquisition; authorizes the establishment of cooperative agreements and grant-in-aid to those States which establish and maintain an active and adequate program for endangered and threatened species; authorizes the assessment of civil and criminal penalties for violating the Act or regulations. Public Law 94-325, approved June 30, 1976 (90 Stat. 724), extended and increased the authorization of appropriations in section 15 of the 1973 Act; Public Law 94-359, approved July 12, 1976 (90 Stat. 911), exempted under certain conditions whale parts and products lawfully held prior to December 28, 1973, from the prohibitions in the Act and provided other amendments to facilitate administrative processes in emergency situations, clarified enforcement procedures, allowed disposal of forfeited and abandoned property and clarified the definition of "commercial activity." Environmental Education Act (20 U.S.C. 1531-1536; 84 Stat. 1312), as amended.— Public Law 91-516, approved October 30, 1970, as amended by Public Law 93-278, May 10, 1974 (88 Stat. 121), expresses Congressional concern for public understanding of the Nation's environment and supports environmental education at various levels. Auth- orizes the Secretary of Health, Education and Welfare to cooperate and provide technical assistance and utilize services and personnel of Federal agencies in support of environmental education. Authorizes appropriations to carry out purposes of the Act. Estuary Protection Act (16 U.S.C. 1221-1226; 82 Stat. 625).— Public Law 90-454, approved August 3, 1968, ex- presses Congressional policy on values of estuaries and need to conserve their natural resources. Authorizes the 3-D-5 10-80 Secretary of the Interior, in cooperation with other Federal agencies and the States, to study and inventory estuaries of the United States, including land and water of the Great Lakes. Authorizes the Secretary of the Interior to enter into cost-sharing agreements with States and subdivisions for permanent management of estuarine areas in their posses- sion. Requires that the Secretary provide his views and recommendations on all projects which impact estuarine areas and which require Congressional approval. Federal-Aid HiKhways Act of 1968 (2,3 U.S.C. 101 et seq.. and other U.S.C. titles; 82 Stat. 815), as amended. — Public Law 90-495, approved August 23, 1968. and amended, provides in section 18(a) (23 U.S.C. 138, 82 Stat. 823) for a special effort to preserve natural beauty of such areas as public parks, recreation areas, refuges and historic sites in developing transportation systems, and directs the Secretary of Transportation to cooperate and consult with the Secretary of the Interior and other Federal agencies before approving any program or project which requires the use of any publicly owned lands from certain specified areas including parks and refuges. Federal Aid in Fish Restoration Act (16 U.S.C. 777- 777k; 64 Stat. 430), as amended.— This August 9, 1950, Act as amended several times is commonly referred to as the "Dingell-Johnson Act" and provides Federal aid to the States for management and restoration of fish having "material value in connection with sport or recreation in the marine and'or fresh waters of the United States." Funds from a 10 percent excise tax on certain items of sport fishing, tackle (Internal Revenue Code of 1954, sec. 4161) are appropriated to the Secretary of the Interior annually and apportioned to States on a formula basis for paying up to 75 percent of the cost of approved land acquisition, research, development and management projects. Amendments October 23, 1970, by Public Law 91-503 (84 Stat. 1101) provided, among other things, for development of compre- hensive fish and v.ildlife resource management plans as an optional means for participating in theprogram. Asof 1975, the twenty-fifth year of the program, some $182.7 million had been apportioned to the States for fish restoration projects. Federal Aid in Wildlife Restoration Act (16 U.S.C. 669-6691; 50 Stat. 917), as amended.— This September 2, 1937, Act as amended several times is commonly referred to as the "Pittman-Robertson Act" and provides Federal aid to States for wildlife restoration work. Under the Act, funds from an 1 1 percent excise tax on sporting arms and ammunition (Internal Revenue Code of 1954, sec. 4161(b)) are appropriated to the Secretary of the Interior annually and apportioned to States on a formula basis for paying up to 75 percent of the cost of approved land acquisition, research, development and management projects. Public Law 91 -.503, approved October 23, 1970 (84 Stat. 1097), added an 1 1 percent tax on pistols and revolvers, one-half of which may be used by the States for hunter safety programs. This amendment also provided for development of compre- hensive fish and wildlife management plans as an optional means for participating in the program. On October 25, 1972, the Act was further amended by Public Law 92.558 (86 Stat. 1 172) to add a 10 percent excise tax on bows, arrows, parts and accessories for use in wildlife projects or hunter safety programs. Amended June 8, 1974, by Public Law 93- 313 (88 Stat. 238) to provide for a six month delay, until January 1, 1975, in initiation of collection of the excise tax on bows, arrows, parts and accessories. As of 1976, the thirty-eighth year of the program. $688 million had been apportioned to the States for wildlife restoration and hunter safety projects. Federal Assistance. Resource Conservation and Development Projects Act^See Bankhead Jones Farm Tenant Act Federal Environmental Pesticide Control Act of 1972 (7 U.S.C. 136-136y;86Stat. 975), as amended.— Public Law 92-516, approved October 21, 1972, amended the Federal Insecticide, Fungicide and Rodenticide Act of June 25, 1947 (61 Stat. 163) and established under the Administrator of the Environmental Protection Agency a program for controlling the application of pesticides to assure greater protection to man and the environment. Provides criminal and civil penalties for violation of the Act. It extends Federal registration and regulation to all pesticides, including those distributed or used within individual States. It provides for classifying pesticides for "general" or "restricted" use, and that "restricted" pesti- cides may be used only by or under the supervision of certified applicators. Federal Insecticide, Fungicide and Rodenticide Act — See Federal Environmental Pesticide Control Act of 1972 Federal Laboratory Animal Welfare Act— See Ani- mal Welfare Act Federal Land Policy and Management Act of 1976 (43 U.S.C. 1701-1771, and other U.S.C. sections; 90 Stat. 2743)— Public Law 94-579, approved October 21, 1976, constitutes an "Organic Act" for the Bureau of Land Management, Department of the Interior. Among other things, establishes new procedures for creating, modifying and terminating withdrawals and reservations of public lands. New withdrawals of public lands for refuge purposes are subject to withdrawal procedures of the Act; however, lands so added cannot be removed from the system except by Act of Congress pursuant to the National Wildlife Refuge System Administration Act of 1966 (16 U.S.C. 668dd-668ee; 80 Stat. 927), as amended. FederalPower Act (16 U.S.C. 791a-825r; 41 Stat. 1063), as amended. — This June 10, 1920, Act as amended provides, among other things, for cooperation between the Federal Power Commission and other Federal agencies in the investigation of proposed power projects, and for other agencies to provide information to FPC upon request. Provides that licenses issued by the FPC for hydroelectric projects within Indian reservations, national wildlife refuges and other specified areas that are withdrawn from the public domain must contain conditions that the Secretary of the Interior may require. Requires a Commis- sion finding before approving private hydroelectric applica- tions, that the project is "best adapted" to a comprehensive waterway development plan for all public uses, including recreation. Requires the licensee to construct fishways when required by the Secretary of the Interior. Federal Property and Administrative Services Act of 1949 (40 U.S.C. 471-535, and other U.S.C. sections; 63 Stat. 378), as amended.— This J une 30, 1 948, Act as amended several times provides for management and disposal of 3-D-6 government surplus property (excess property not required for the needs of any F"ederal agencies) and excess property (property under the control of any Federal agency which is not required for its needs). Public Law 94-519, approved October 17, 1976 (90 Stat. 2451), provided major changes to section 203 of the Act (40 U.S.C. 484) regarding procedures for disposal of surplus property. Federal Water Pollution Control Act Amendments of 1972 (33 U.S.C. 1251-1265, 1281-1292, 1311-1328, 1341- 1345, 1361-1376, and other U.S.C. titles; 86 Stat. 816), as amended.— Title IV of Public Law 92-500 (33 U.S.C. 1341- 1345; 86 Stat. 877) sets up a Federal permit and license system to carry out certain pollution discharge activities in navigable waters. Section 402 (33 U.S.C. 1342 ; 86 Stat. 880) requires pennits from the Environmental Protection Agen- cy for the discharge of any pollutant into navigable waters, the so called National Pollutant Discharge Elimination System Permits. Section 403 (33 U.S.C. 1343; 86 Stat. 883) provides for control of ocean discharges. Section 404 (33 U.S.C. 1344; 86 Stat. 884) provides for the Corps of Engineers to issue permits for the discharge of dredged or fill materials into the navigable waters with oversight by the Environmental Protection Agency. Section 405 (33 U.S.C. 1345; 86 Stat. 884) provides for regulating the disposal of sewage sludge. Permit applications may be reviewed by the U.S. Fish and Wildlife Service for impacts on fish and wildlife. Federal Water Project Recreation Act (16 U.S.C. 460/ -12-460/ -21; 79 Stat. 213), as amended.— Pub- lic Law 89-72, approved July 9, 1965, declares the intent of Congress that recreation and fish and wildlife enhancement shall be fully considered purposes of Federal water- development projects if non-Federal public bodies agree to: (1) bear not less than half the separable costs allocated to these purposes; (2) administer project land and water areas devoted to the purposes; and (3) bear all costs of operation, maintenance and replacement. Where Federal lands or authorized Federal programs for fish and wildlife conserva- tion are involved, the cost-sharing requirements are exempted. This Act provides for expenditure of Federal water project funds for land acquisition needed to establish refuges for migratory waterfowl when recommended by the Secretary of the Interior, and authorizes the Secretary to provide facilities for outdoor recreation and fish and wildlife at all reservoirs under his control except those within national wildlife refuges. The provisions of this law do not apply to projects constructed under authority of the Small ReclamationProjects Actof August6, 1956 (43 U.S.C. 422a- 422k; 70 Stat. 1044), as amended, the Watershed Protection andFloodPrevention Actof August 4, 1954 (16U.S.C. 1001- 1009, 33 U.S.C. 701b; 68 Stat. 666), as amended, or to the Tennessee Valley Authority except that with regard to TV A an amendment October 21, 1976, Public Law94 -576 (90Stat. 2728) authorized that agency to recognize and provide recreational and other public uses at its projects consistent with the project purpose. Fish and Wildlife Act of 1956 (16 U.S.C. 742a-742j ; 70 Stat. 1119), as amended.— The Act of August 8, 1956, as frequently amended establishes a comprehensive national fish and wildlife policy. Among other things, directs a program of continuing research, extension and information services on fish and wildlife matters at national as well as international levels. Section 7(a) of the Act (16 U.S.C. 742f ; 70 Stat. 1 122) authorizes the Secretary of the Interior to: ( 1) develop measures for "maximum sustainable production of fish", (2) make economic studies and recommend measures to insure stability of the domestic fisheries, (3) undertake promotional and information activities to stimulate con- sumption of fishery products, (4) take steps "required forthe development, advancement, management, conservation, and protection of the fisheries resources", and (5) take steps "required for the development, management, advancement, conservation, and protection of wildlife resources through research, acquisition of refuge lands, development of existing facilities, and other means." Section 7(a)(1) of the Land and Water Conservation Fund Act of 1965 as amended September 28, 1976, by Public Law 94-422 (16 U.S.C. 460/-9; 90 Stat. 1318) provides authority to use LWCF money for acquisition of refuge areas under paragraph (5) of section 7(a) of the 1956 Act. An annual report to the Congress on U.S. Fish and Wildlife Service activities is required by section 9 of the 1956 Act (16 U.S.C. 742h ; 70 Stat. 1 123). The 1956 Act confirmed the position of Commissioner of Fish and Wildlife and a LInited States Fish and Wildlife Service in the Department of the Interior and established a Bureau of Sport Fisheries and Wildlife and a Bureau of Commercial Fisheries.' Reorganization Plan No. 4, October 3. 1970 (84 Stat. 2090), abolished the Bureau of Commercial Fisheries and transferred functions related to commercial fisheries and marine sport fisheries, except Great Lakes fishery research and certain other fishery related activities, to the Department of Commerce, National Oceanic and Atmos- pheric Administration. Effective July 1, 1974, the Bureau of Sport Fisheries and Wildlife and the position of Commis- sioner were abolished by Public Law 93-271 , approved April 22, 1974 (88 Stat. 92). This amendment to the 1956 Act vested responsibilities of the Bureau in a redesignated United States Fish and Wildlife Service under an Assistant Secretary of the Interior for Fish and Wildlife and Parks. This amendment also specified qualifications of the Director of the Service and established method of appointment. Public Law 92-159, approved November 18, 1971 (85 Stat. 480), and subsequently amended by Public Law 92-502, approved October 18, 1972 (86 Stat. 905), added to the 1956 Act a new section 13 (16 U.S.C. 742J-1) which is commonly referred to as the Airborne Hunting Act or Shooting from Aircraft Act and prohibits taking or harassing wildlife from aircraft except for certain specified reasons including protection of wildlife, livestock and human health or safety as authorized by a Federal or State issued license or permit. States authorized to issue permits are required to file reports with the Secretary of the Interior containing information on any permits issued. Fish and Wildlife Conservation at Federal Recla- mation Projects. — Authorities for fish and wildlife conser- vation at water resources projects of the Bureau of Reclamation, Department of the Interior, are found in a variety of specific and omnibus authorizing statutes. General authority for conservation measures to be consid- ered in planning reclamation projects is contained in such Acts as the Fish and Wildlife Coordination Act (16 U.S.C. 661-666c; 48 Stat. 401), as amended, and the Small Reclamation Projects Act of 1956 (43 U.S.C. 422a-422k; 70 Stat. 1044), as amended. Statutes authorizing specific projects which include conservation measures include but are not limited to the following: • Arbuckle Project, Oklahoma (43U.S.C.616/(a);76Stat. 395).— Public Law 87-594, approved August 24, 1962. • Baker Project, Oregon (43 U.S.C. 616v; 76 Stat. 634).— Public Law 87-706, approved September 24, 1962. 3-D-7 10-80 Canadian River Project, Texas (43 U.S.C. 600d ; 78 Stat. 744).— Public Law 88-536, approved August 31, 1964. Central Valley Project, California (50 Stat. 844), as amended. — For additional information see main entry in this leaflet under Central Valley Project, California, Reauthorization Act of August 27, 1954. — Aubum-Folsum South Unit, California (43 U.S.C. 616ccc; 79 Stat. 616).— Public Law 89-161, approved September 2, 1965. — Trinity River Division, California (69 Stat. 719).— Section 2 of the Act of August 12, 1955. Chief Joseph Dam Project. — Oroville-Tonasket Unit, Washington (76 Stat. 761).— Section 3 of the Act of October 9, 1962. — Whitestone Coulee Unit, Washington (43 U.S.C. 616uu, 616VV-1, 616VV-3; 78 Stat. 704), as amend- ed.—Public Law 88-599, approved September 18, 1964; Public Law 89-557, approved September 7, 1966. Cibolo Project, Texas (43 U.S.C. 600f-2(d), 600f-3; 88 Stat. 1491, 1492).— Public Law 93-493, approved Octo- ber 27, 1974. Colorado River Basin Project (43 U.S.C. 616aa-l e« seq. ; 82 Stat. 886), as amended. — For additional information see main entry in this leaflet under Colorado River Basin Project Act. Colorado River StorageProject (43 U.S.C. 620 et seg. ; 70 Stat. 105), as amended. — For additional information see main entry in this leaflet under Colorado River Storage Project Act. Columbia Basin Project (16 U.S.C. 835 et seq. ; 57 Stat. 14), as amended. — For additional information see main entry in this leaflet under Columbia Basin Project Act; see also Mitchell Act. Crooket River Project, Oregon (43 U.S.C. 615i; 70 Stat. 1059).— Act of August 6, 1956. Dalles Project, Oregon (43 U.S.C. 615w(d); 74 Stat. 882).— Public Law 86-745, approved September 13, 1960. Dixie Project, Utah (43 U.S.C. 616ff; 78 Stat. 849).— Public Law 88-565, approved September 2, 1964. Fruitland Mesa Project, Colorado (43 U.S.C. 616ii, 616kk; 78 Stat. 852).— Public Law 88-568, approved September 2, 1964. Fryingpan-Arkansas Project, Colorado (43 U.S.C. 616c; 76 Stat. 391).— Public Law 87-590, approved August 16, 1962. Klamath Project, Oregon-California (43 U.S.C. 601- 612; 33 Stat. 714), as amended.— Act of February 9, 1905. For additional information see Tule Lake- Klamath Refuges under main entry entitled National Wildlife Refuge Acts. Little Wood River Project, Idaho (43 U.S.C. 615m; 70 Stat. 1059).— Act of August 6, 1956. Mann Creek Project, Idaho (43 U.S.C. 616i; 76 Stat. 389).— Public Law 87-589, approved August 16, 1962. Missouri River Basin Project, Nebraska, Kansas, Montana, Wyoming, North Dakota, South Dakota (58 Stat. 887), as amended and supplemented.— Flood Control Act of December 22, 1944. — Garrison Diversion Unit, North and South Dakota (79 Stat. 433).— Public Law 89-108, approved August 5, 1965, made certain provisions in connection with the construction of the Garrison Diversion Unit, Missouri River Basin Project, by the Secretary of the Interior, including authorization to construct, oper- ate and maintain public outdoor recreation and fish and wildlife enhancement facilities. The Act gives the Secretary broad authority to acquire lands needed for fish and wildlife enhancement or loss mitigation in conjunction with the project. — North Loup Division, Pick -Sloan Missouri Basin Program, Nebraska (43 U.S.C. 615ffff; 86 Stat. 970).— Public Law 92-514, approved October 20, 1972 (Reclamation Project Authorization Act of 1972), reauthorized the project originally authorized by section 9 of the Flood Control Act of December 22, 1944 (58 Stat. 891). — Oahe Unit, South Dakota (43 U.S.C. 616uuu; 82Stat. 624).— Public Law 90-543, approved August 3, 1968. — O'Neill Unit, Pick-Sloan Missouri Basin Program, Nebraska (43 U.S.C. 615yyy; 86 Stat. 969).— Public Law 92-514, approved October 20, 1972 (Reclamation Project Authorization Act of 1972), reauthorized the project originally authorized by the Act of August 21, 1954 (86 Stat. 757). • Mountain Park Project, Oklahoma (43 U.S.C. 616eeee; 82 Stat. 854).— Public Law 90-503, approved September 21, 1968. • Nueces River Project, Texas (43 U.S.C. 600g-2(d), 600g- 3; 88 Stat. 1496, 1497).— Public Law 93-493, approved October 27, 1974. • Palmetto Bend Project, Texas (43 U.S.C. 616iiii-jjjj ; 82 Stat. 999, 1000).— Public Law 90-562, approved October 12, 1968. • Pecos River Basin Act, New Mexico-Texas (72 Stat. 17), as amended.— Public Law 85-333, approved February 20, 1958; Public Law 88-594, approved September 12, 1964 (78 Stat. 942). — Brantley Project, Pecos River Basin, New Mexico (43 U.S.C. 615kkk, 615mmm; 86 Stat. 966, 967).— Public Law 92-514 (Reclamation Project Authorization Act of 1972), approved October 20, 1972. • Pick -Sloan Missouri Basin Project. — See Missouri Riv- er Basin Projectjunder main entry entitled Fish and Wildlife Conservation at Federal Reclamation Projects. • Rogue River Basin Project, Merlin Division, Oregon (43 U.S.C. 6I60000; 84 Stat. 273).— Public Law 91-270, approved May 28, 1970. • San Luis Valley Project, Closed Basin Division, Colorado (43 U.S.C. 615aaa, 615ddd, 615fff; 86 Stat. 964, 965, 966).— Public Law 92-514, approved October 20, 1972 (Reclamation Project Authorization Act of 1972), directs in title I, among other things, establish- ment of the Mishak National Wildlife Refuge and supply of water for operation of that refuge and the Alamosa National Wildlife Refuge. • Savery-Pot Hook Project, Colorado-Wyoming (43 U.S.C. 616ii, 616kk; 78 Stat. 852).— Public Law 88-568, approved September 2, 1964. • Southern Nevada Project, Nevada (43 U.S.C. 616hhh; 79 Stat. 1068).— Public Law 89-292, approved October 22, 1965. • Tualatin Project, Oregon (43 U.S.C. 616ppp; 80 Stat. 822).— Public Law 89-596, approved September 20, 1966. • Upper Snake River Project, Salmon River Division, Idaho (43 U.S.C. 615ppp, 615sss; 86 Stat. 967, 968).— Public Law 92154 (Reclamation Project Author- ization Act of 1972), approved October 20, 1972. • Walla Walla Project, Touchet Division, Oregon- Washington (43 U.S.C. 616vvvv; 616yyyy ; 84 Stat. 409, 410), as amended.— Public Law 91 -307, approved July 7, 1970, authorized appropriations to the U.S. Fish and Wildlife Service for enhancement of anadromous fish. As amended by Public Law 94-175, approved December 3-D-8 23, 1975 (89 Stat. 1030), the Bureau of Reclamation required to budget for such enhancement, not the Service. • Washoe Project, Nevada-California (43 U.S.C. 614c; 70 Stat. 777).— Act of August 1, 1956. Fish and Wildlife Conservation at Federal Water Resource Development Projects of the Corps of Engineers. — Fish and wildHfe conservation at U.S. Army Corps of Engineers projects for navigation, flood control, river and harbor improvement and other purposes are provided for under various specific and general (omnibus type) project authorizing statutes. Generally, conservation measures are not detailed in the project authorization but are contained in a report of the Chief of Engineers which is usually referenced in the statute. Since 1934 the Fish and Wildlife Coordination Act (16 U.S.C. 661-666c; 48 Stat. 401), as amended, has provided the basic authority for incorpo- rating fish and wildlife conservation measures in water development projects. Some omnibus project authorizing Acts have also included broad authority for consideration of conservation measures as well as specific measures to be incorporated into each project authorized, and the following are a few examples of such Acts: • Flood Control Act of 1944 (16 U.S.C. 460d, 825s, and various sections of title 33 and 43 U.S.C; 58 Stat. 887), as amended and supplemented. — See main entry in this leaflet under Flood Control Act of 1944. • Rivers and Harbors Appropriation Act of August 11, 1888 (33 U.S.C. 608; 25 Stat. 425).-Section 11 of this Act is classified to 33 U.S.C. 608 and provides discre- tionary authority for the construction of fishways whenever river and harbor improvements obstruct fish passages. The Act also authorizes many specific projects not generally classified to the Code. • Rivers and Harbors Appropriation Act of March 3, 1899 (33 U.S.C. 401 ; 30 Stat. 1151).— See main entry in this leaflet under Rivers and Harbors Act of 1899. • Rivers and Harbors Act of June 20, 1938 (33 U.S.C. 540, and other U.S.C. sections; 52 Stat. 802), as amended and supplemented. — Section 1 ofthis Act is classified to 33 U.S.C. 540 and provides for wildlife conservation to be given "due regard" in improvements of rivers, harbors and other waterways. The Act also authorizes over 50 specific projects which are not generally classified to the Code. • Water Resources Development Act of 1976 (90 Stat. 2917).— Public Law 94-587, approved October 22, 1976, authorizes certain new projects and amends certain existing projects, and includes specific conservation measures for some of the projects including but not limited to: (1) lower Snake River fish and wildlife compensation plan, (2) White River Basin, Beaver Dam trout production measures (fish hatchery), and (3) Mississippi River "GREAT River Study." Fish and Wildlife Coordination Act (16 U.S.C. 661- 666c; 48 Stat. 401), as amended.— The Act of March 10, 1934, as amended by the Acts of August 14, 1946 (60 Stat. 1080), August 1 2, 1958, Public Law 85-624 (72 Stat. 563) and July 9, 1965, Public Law 89-72 (79 Stat. 216), authorizes the Secretary of the Interior to assist Federal, State and other agencies in development, protection, rearing and stocking fish and wildlife on Federal lands, and to study effects of pollution on fish and wildlife. Provides for donating land and funds in furthering purposes of Act and for appropria- tion of funds. Requires consultation with the U.S. Fish and Wildlife Service and the wildlife agency of any State wherein the waters of any stream or other water body are proposed or authorized to be impounded, diverted, channel- ized or otherwise controlled or modified by any Federal agency, or any private agency under Federal permit or license, with a view to preventing loss of or damage to wildlife resources in connection with such water resource project. Authorizes Federal water resource agencies to acquire lands or interests in connection with water use projects specifically for mitigation and enhancement of fish and wildlife, and provides for management of such lands by theU.S. Fish and WildlifeServiceorStatewildlifeagencies. Excludes projects involving impoundments of less than 10 acres and Tennessee Valley Authority projects. Fish Research and Experimentation Program — See Fish-Rice Rotation Farming Program Act of March 15, 1958 Fish-Rice Rotation Farming Program Act of March 15, 1958 (16 U.S.C. 778-778c; 72 Stat. 35). -Public Law 85- 342 directs the Secretary of the Interior and authorizes the appropriations of funds to establish experiment stations for research and experimentation to: (1) determine species of fishes most suitable for culture on a commercial basis in shallow reservoirs and flooded rice lands; (2) determine methods for production of fingerling fishes for stocking in reservoirs; (3) develop methods for the control of parasites and diseases; (4) develop economical methods for raising the more desirable fish; (5) determine, in cooperation with the Department of Agriculture, the effect of fish-rice rotations, including crops other than rice commonly grown on rice farms, upon both the fish and other crops; and (6) develop suitable methods for harvesting the fish crop and preparing it for marketing. Authorizes the acquisition of lands and construction of facilities, cooperation with States and others, and dissemination of research results. Fishery Conservation and Management Actof 1976 (16U.S.C. 1801-1802, 1811-1813, 1821-1825, 1851-1862, 1882; 90 Stat. 331).— Public Law 94-265, approved April 13, 1976, establishes a 200-mile fishery conservation zone, effective March 1, 1977, and among other things, establishes Regional Fishery Management Councils in which the U.S. Fish and Wildlife Service is represented. Flood Control Act of 1944 (16 U.S.C. 460d, 825s, and various sections of title 33 and 43 U.S.C; 58 Stat. 887), as amended and supplemented.— The Act of December 22, 1944, as amended and supplemented by other FloodControl Acts and River and Harbor Acts authorizes various Corps of Engineers water development projects. Section 4 of the 1944 Act (16 U.S.C. 460d; 58 Stat. 889) authorizes the Corps of Engineers to construct and operate public parks and recreation facilities, and to permit local interests to do the same at water resource development projects. This section also provides for leasing of lands at water projects for public purposes with preference to Federal, State or local govern- ments. Flood Disaster Protection Act of 1973 (42 U.S.C. 4001-4128, and other U.S.C. titles; 87 Stat. 979), as amended. — Also referred to as the National Flood Insur- ance Act, Public Law 93-234, approved December 31, 1973, and amended, provides for a National Flood Insurance Program under the jurisdiction of the Secretary of Housing and Urban Development and directs the coordination of 3-D-9 10-80 flood insurance with land management programs in flood- prone areas. Freedom of Information Act (5 U.S.C. 552; 88 Stat. 1561).— Public Law 93-502 of November 21, 1974, requires all Federal agencies to make available to the public for inspection and copying administrative staff manuals and staff instructions, official published and unpublished policy statements, final orders deciding case adjudication and other documents. Special exemptions have been reserved for nine categories of privileged material, including but not limited to confidential matters relating to National defense or foreign policy, law enforcement records and trade or commercial secrets. The Act requires the party seeking the information to pay search and duplication costs. Fur Seal Act of 1966 (16 U.S.C. 1151-1187; 80 Stat. 1091).— Public Law 89-702, approved November 2, 1966, as amended, prohibits, except under certain conditions, the taking, possession, etc., of fur seals and sea otters. With regard to sea otters, authorizes the Secretary to sell or otherwise dispose of skins and products thereof forfeited or taken by the Secretary on the high seas or within the Aleutian Islands National Wildlife Refuge. Proceeds to be deposited in the Pribilof Islands Fund. Game Management Supply Depots Act of June 24, 1936 (16 U.S.C. 667; 49 Stat. 1913).— This Act directs that appropriations made for administration of wildlife refuges be made available for purchase, transportation and han- dling of supplies and materials for distribution at cost from game management supply depots to projects, and the project be specifically charged and funds transferred. Game Range Act— SeeNational WildlifeRefugeSystem Administration Act of 1966 Great Lakes Basin Compact Act (82 Stat. 414) —Pub- lic Law 90-419 granted consent of Congress to the Compact entered into by eight States, and created the Great Lakes Commission. Great Lakes Fishery Act of 1956 (16 U.S.C. 931-939c; 70 Stat. 242).— This Act of June 4, 1956, authorizes the Secretary of the Interior to act for and on behalf of the United States in the exercise of the powers granted by the 1954 Convention on Great Lakes Fisheries (6 U.S.T. 2836; T.I.A.S. 3326), as amended. The Act sets forth the procedures for carrying out programs under the Convention including: (1) appointment and compensation of commissioners and an advisory committee, (2) acquisition of real property; (3) construction, operation and maintenance of sea lamprey control works; and (4) coordination and consultation with States and other Federal agencies. Provides authority for the appropriation of funds to carry out the provisions of the Convention and the Act. Historic Sites Act— See Historic Sites, Buildings and Antiquities Act Historic Sites, Buildings and Antiquities Act (16 U.S.C. 461-467; 49 Stat. 666), as amended.-This Act of August 21, 1935, also popularly known as simply the Historic Sites Act, as amended by Public Law 89-249, October 9, 1965 (79 Stat. 971), declares it a national policy to preserve historic sites and objects of national significance including those located on refuges. Provides procedures for designation administration and protection of sites, and establishes an Advisory Board. Among other things. National Landmarks are designated under authority of this Act, and as of January 1976, 24 national wildlife refuges contained such sites. Hunting Stamp Act— See Migratory Bird Hunting and Conservation Stamp Act Injurious Wildlife Regulation — SeeLacey Act of 1900 . . . Criminal Code Provisions (18 U.S.C. 42) I nternational Convention for the Northwest Atlan- tic Fisheries (ICN AF) ( 1 U.S.T. 477 ; T.I.A.S. 2089).— This Convention entered into force July 3, 1950, and has as its purpose the "investigation, protection and conservation of the fisheries of the Northwest Atlantic Ocean, in order to make possible the maintenance of a maximum sustained catch from those fisheries." Eighteen countries are a party including the United States. Senate advice and consent provided, August 17, 1949; ratified by the President, September 1, 1949, with documents deposited on that same date. The Northwest Atlantic Fisheries Act of 1950 (16 U.S.C. 981-991; 64 Stat. 1067), as amended, provides implementing authority. International Council for the Exploration of the Sea — See Convention for the International Council for the Exploration of the Sea (ICES) International Trade in Endangered Species of Wild Fauna and Flora Convention — See Convention on International Trade in Endangered Species of Wild Fauna and Flora Japanese-United States Migratory Bird Trea- ty— See Convention between the Government of the United States of America and the Government of Japan for the Protection of Migratory Birds and Birds in Danger of Extinction, and their Environment Lacey Act of 1900 (16 U.S.C. 701, 702; 31 Stat. 187, 32 Stat. 285), as amended; Criminal Code Provisions (18 U.S.C. 42-44; 62 Stat. 687), as amended.— The Lacey Act of May 25, 1900, as amended, states that the duties of the Department of the Interior (Agriculture prior to the 1939 Reorganization Plan No. II) include conservation, preserva- tion and restoration of "game birds and other wild birds," and authorizes measures for their restoration from such funds as Congress may appropriate. Authority is also provided to "regulate the introduction of American or foreign birds or animals" into new locations, and to collect and publish information on wild birds. The Act of June 25, 1948 (18 U.S.C. 42-44; 62 Stat. 687), as amended, the Criminal Code Provisions, was derived from sections 2 through 4 of the Lacey Act of 1900 (31 Stat. 188), and provides enforcement authorities and penalties for violation of various wildlife related Acts and regulations. Section 42 of title 18 as amended May 24, 1949 (63 Stat 89), and September 2, 1960, Public Law 86-702 (74 Stat. 753), prohibits importation of wild vertebrates and other animals declared by the Secretary of the Interior to be injurious to man, agriculture, wildlife resources, etc., except under certain circumstances and pursuant to regulations. Section 43 of Title 18 was amended generally December 5, 1969, by section 7(a) of Public Law 91-135 (88 Stat. 279) and prohibits the transportation of wildlife or their parts or products 3-D-lO (other than migratory birds protected under the Migratory Bird Treaty Act (16 U.S.C. 703-711; 40 Stat. 755), as amended) taken or possessed in violation of Federal, State or foreign laws or regulations issued pursuant thereto. Section 44 provides for labeling (or otherwise identifying contents) of packages containing wildlife transported in interstate or foreign commerce. Land and Water Conservation Fund Act of 1965 (16 U.S.C. 460/-4-460/-11; 78 Stat. 897), as amended.— Public Law 88-578, approved September 3, 1964, created a special Land and Water Conservation Fund derived from various types of revenue, and authorizes appropriations from the fund for (1) matching grants to States for outdoor recreation projects, and (2) various Federal purposes. As amended by Public Law 94-422, approved September 28, 1976 (90 Stat. 1313), funds are authorized for, among other things, the National Wildlife Refuge System for acquisition of (1) endangered and threatened species habitat under section 5(a) of the Endangered Species Act of 1973 (16 U.S.C. 1534(a); 87 Stat. 889), (2) areas authorized by section 2 of the Refuge Recreation Act (16 U.S.C. 460k-l; 76 Stat. 653), as amended, (3) areas under section 7(a)(5) of the Fish and Wildlife Act of 1956 ( 16 U.S.C. 742f (5) ; 70 Stat. 1 122), except migratory waterfowl areas which are authorized by the Migratory Bird Conservation Act (16 U.S.C. 715-715r; 45 Stat. 1222), as amended, and (4) any areas authorized by specific Acts of Congress. Public Law 94-422 also made major amendments to the National Historic Preservation Act of 1966 (16 U.S.C. 470 et seq. ; 80 Stat. 915), as amended. Lea Act (16 U.S.C. 695-695c; 62 Stat. 238).— ThisMay 18, 1948, law authorizes the acquisition and development of management areas in California for waterfowl and other wildlife by the Secretary of the Interior provided the State acquires equivalent acreage. Marine Fisheries Conservation Act— See Fishery Conservation and Management Act of 1976 Marine Mammal Protection Act of 1972 (16 U.S.C. 1361, 1362, 1371-1384, 1401-1407;86Stat.l027),as amended. —Public Law 92-522, approved October 21, 1972, estab- lishes a Federal responsibility for conservation of marine mammals with management vested in the Department of the Interior for sea otter, walrus, polar bear, dugong and manatee and with the Department of Commerce responsible for all members of the order Cetacea and Pennepedia, other than walrus. With certain specified exceptions the Act establishes a moratorium on the taking and importation of marine mammals and products made from them, and establishes procedures for waiving the moratorium and returning management responsibilities to the States. Establishes a Marine Mammal Commission to coordinate research and take part in the regulatory processes. An annual report to the Congress is required by January 31 of each year. Authorizes the appropriation of funds for research and other activities under the Act through fiscal year 1977. Marine Protection, Research and Sanctuaries Act of 1972 (16 U.S.C. 1431-1434, 33U.S.C.1401-1444;86Stat. 1052), as amended.— Title I of Public Law 92-532, approved October 23, 1972 (33 U.S.C. 1411-1421; 86 Stat. 1053), as amended, establishes a program under the administration of the Environmental Protection Agency to regulate dumping of materials into ocean waters. Title II (33 U.S.C. 1441-1444; 86 Stat. 1060) directs the Secretary of Commerce in coordination with the Coast Guard and EPA, and in consultation with the Secretary of the Interior and other agencies, to determine long range effects of pollution, overfishing and other activities on ocean ecosystems through research and monitoring. Title III (16 U.S.C. 1431- 1434; 86 Stat. 1061), as amended, authorizes theSecretary of Commerce to protect and designate marine sanctuaries after consultation with the Secretary of the Interior and other agencies. Marine Sanctuaries Act— See Marine Protection, Research and Sanctuaries Act of 1972 McNary-McSweeney Act (16 U.S.C. 581-5811; 45 Stat. 699), as amended.— This May 22, 1928, Act, as amended, authorizes investigations, experiments and tests by the Secretary of Agriculture affecting reforestation and forest products. Section 5 (16 U.S.C. 581d; 45 Stat. 701) authorizes appropriations for experiments and investigations on life histories and habits of "forest animals, birds, and wildlife," whether injurious to forest growth or of value as a supplemental resource, and for developing methods for management and control of wildlife. Mexican-United States Migratory Bird Treaty— See Convention between the United States of America and the United Mexican States for the Protection of Migratory Bird and Game Mammals Migratory Bird Conservation Act (16U.S.C.715-715d, 715e, 715f-71.5k, 715n-715r; 45 Stat. 1222), as amend- ed.—The Act of February 18, 1929, as amended establishes a Migratory Bird Conservation Commission to approve areas recommended by the Secretary of the Interior for acquisition with Migratory Bird Conservation Funds. Commission consists of the Secretary of the Interior, as chairman, the Secretaries of Transportation and Agri- culture, two members of the Senate and two of the House of Representatives, and a member ex officio from each State in which acquisition is being considered. The Commission through its chairman is directed to report by the first Monday in December of each year to Congress on its activities. The Secretary of the Interior is authorized to cooperate with local authorities in wildlife conservation, as well as conduct investigations, publish documents related to North American birds, and to maintain and develop refuges. Provides for cooperation with States in enforcement. Procedures are established for acquisition by purchase, rental or gift of areas approved by the Commission as sanctuaries for migratory birds, and an amendment February 17, 1976, Public Law 94-215 (90 Stat. 190), clarified that authority as applying to the purchase or rental of a partial interest. Migratory Bird Hunting and Conservation Stamp Act (16 U.S.C. 718-718h; 48 Stat. 452), as amended.— The "Duck Stamp Act" as this March 16, 1934, Act is commonly referred to, requires waterfowl hunters 16 years of age or older to possess a valid Federal hunting stamp. The original $1 stamp was increased to $2 by an August 12, 1949, amendment (63 Stat. 599) which in turn was increased to $3 by Public Law 85-585, approved August 1, 1958 (72 Stat. 486), and further increased by Public Law 92-214, December 22, 1971 (85 Stat. 777) to "a sum not less than $3 and not more than $5 as determined by theSecretary of the Interior" based on land values and needs of the migratory bird 3-D-ll 10-80 resource. The stamp is presently $5. Receipts from the sale of the stamp are set aside in a special Treasury account known as the Migratory Bird Conservation Fund. Funds appro- priated under the Wetlands Loau Act (16 U.S.C. 715k-3-715k- 5; 75 Stat. 813), as amended are merged with duck stamp receipts in the fund and appropriated to the Secretary for the acquisition of migratory bird refuges under provisions of the Migratory Bird Conservation Act (16 U.S.C. 715 et seq.; 45 Stat. 1222), as amended, and since August 1, 1958, Public Law 85-585 (72 Stat. 486), for acquisition of "Waterfowl Production Areas." The Postal Service prints, issues and sells the stamp and is reimbursed for its expenses from money in the fund. Pubhc Law 94-215, approved February 17, 1976 (90 Stat. 189), amended the Act to allow among other things the sale of stamps at places other than post offices and authorized "retail dealers." The 1976 amend- ment also changed the name of the stamp from "Migratory Bird Hunting Stamp" to "Migratory Bird Hunting and Conservation Stamp." An annual contest is held by theU.S. Fish and Wildlife Service to select the design of the stamp. As of 1976, duck stamp receipts have amounted to approxi- mately $176 million. Migratory BirdTreaty Actof 1918 (16U.S.C. 703-711; 40 Stat. 755), as amended.— The Act of July 3, 1918, implemented the 1916 Convention between the United States and Great Britain (for Canada) for the Protection of Migratory Birds (39 Stat. 1702) thereby establishing a Federal responsibility for protection of the international migratory bird resource. Amendments June 20, 1936 (49 Stat. 1556), implemented the 1936 Convention between the United States of America and the United Mexican States for the Protection of Migratory Birds and Game Mammals (50 Stat. 131 1), as amended, and June 1, 1974, Public Law 93-300 (88 Stat. 190), among other things, implemented the 1973 Convention between theGovernmentof theUnitedStatesof America and the Government of Japan for the Protection of Migratory Birds and Birds in Danger of Extinction, and their Environment (25 U.S.T. 3329; T.LA.S. 7990), as amended. As amended by Public Law 86-732, September 8, 1960 (74 Stat. 866), the Act provides for regulations to control taking, selling, transporting and importing migrato- ry birds, their nests, eggs, parts or products, when such items are included in the terms of any treaty, and provides enforcement authority and penalties for violations. Mitchell Act (16 U.S.C. 755-757; 52 Stat. 345), as amended.— This May 11, 1938, Act as amended by theActof August 8, 1946 (60 Stat. 932), authorizes the Secretary of the Interior to carry on activities for conservation of fishery resources in the Columbia River Basin (see also Columbia Basin Project Act). Specifically directs establishment of salmon hatcheries, conduct of engineering and biological surveys and experiments, and installation of fish protective devices. Authorizes agreements with State fishery agencies and construction of facilities on State-owned lands. Under this authority, the U.S. Fish and Wildlife Service operates 8 hatcheries and conducts fish husbandry research. Other Federal activities in the basin under this Act are carried out by the Department of Commerce pursuant to Reorgani- zation Plan No. 4 of 1970 (84 Stat. 2090). National Environmental Policy Act of 1969 (42 U.S.C. 4321-4347; 83 Stat. 852).— Public Law 91-190, approved January 1, 1970, requires all Federal agencies to consult with each other and to employ systematic and inter- disciplinary techniques in planning and decisionmaking. It also requires them to include in "every recommendation or report on proposals for legislation or other major Federal actions significantly affecting the quality of the human environment a detailed statement . . . on — (i) the environ- mental impact of the proposed action, (ii) any adverse environmental effects which cannot be avoided should the proposal be implemented, (iii) alternatives to the proposed action, (iv) the relationship between local short term uses and . . . enhancement of long term productivity and (v) any irreversible and irretrievable commitments of resources . . . involved ... in the proposed action." Such environmental impact statements are required to be available to the public and other agencies. The Act also established the Council on Environmental Quality. National Fish Hatchery Acts.— Authority for con- struction, operation and maintenance of fish hatcheries by the U.S. Fish and Wildlife Service is contained in a variety of specific and general statutes. Many of the older facilities were authorized by appropriation Acts, others as mitigation at water resource development projects and still others by special Acts of Congress. As of September 1976 there were 94 national fish hatcheries under U.S. Fish and Wildlife Service administration, some of which were authorized under the following statutes: • BankheadJones Farm Tenant Act (7 U.S.C. 1000 et seq. ; 50 Stat. 522), as amended.— Welaka, Florida (1938) • Central Valley Project, Sacramento Valley Reclama- tion Act (64 Stat. 1036).— Tehama-Colusa, California (1967). • C olorado River Storage Project Act(43U.S.C. 620-620o ; 70 Stat. 105), as amended.— Hotchkiss, Colorado (1967); Jones Hole, Utah (1968). • Fish and Wildlife Act of 1956 (16 U.S.C. 742a-742j; 70 Stat. 1119), as amended.— General authority under which over 10 hatcheries established. • Fish and Wildlife Coordination Act (16 U.S.C. 661- 666c; 48 Stat. 401), as amended. — General authority for many hatcheries at water resource development proj- ects. • Mitchell Act (16 U.S.C. 755-757; 52 Stat. 345), as amended.— Abernathy, Washington (1957); Eagle Creek, Oregon (1953); Entiat, Washington (1940); Kooskia, Idaho (1970); Leavenworth, Washington (1938); Warm Springs, Oregon (1974); Willard, Wash- ington (1951); Winthrop, Washington (1940). • National Industrial Recovery Act (48 Stat. 195).— McKinney Lake, North Carolina (1937). • PalisadesDam andReservoirProject, Idaho, Reauthor- ization Act of September 30, 1950 (64 Stat. 1083).— Jack- son, Wyoming (1957). • River and Harbor Act of 1962 (76 Stat. 1173).— Dwor- shak, Idaho (1969). • Special Acts: May 21, 1930 (46 Stat. 371).— Omnibus authorization for some 18 fish culture stations (hatcher- ies); July 31, 1939, and December 13, 1944 (16 U.S.C. 161c-161d; 53 Stat. 1142, 58 Stat. 801).— Creston, Montana (1944); August 18, 1948 (63 Stat. 615).— Millen, Georgia (1950), Pendills Creek, Michi- gan (1950); July 18, 1950 (16 U.S.C. 760-760-1 ; 64 Stat 343).— Frankfort, Kentucky (1952); June 4, 1956 (16 U.S.C. 760-2; 70 Stat. 247).-Miles City, Montana (1957); June 18, 1956 (16 U.S.C. 760-3; 70 Stat 292).— Pisgah Forest, North Carolina (1957); August 1, 1956 (16 U.S.C. 760-4; 34 Stat 721, 70Stat 897).— Pitts- ford, Vermont (1909); August 3, 1956 (16 U.S.C. 760-5- 760-6; 70 Stat 1020).— Paint Bank, West Virginia 3-D-12 (1958); August 6, 1956 (16 U.S.C. 760-7-760-8; 70 Stat. 1057).— Bowden, West Virginia (1958); August 25, 1959 (16 U.S.C. 760-9-760-10; 73 Stat. 430).— Allegheny, Pennsylvania (1974); July 5, 1960 (16 U.S.C. 760-11- 760-12; 74 Stat. 311).— Orangeburg County, South Carolina (1944). • Upper Mississippi River Wild Life and Fish Refuge ( 16 U.S.C. 721-731; 43 Stat. 650), as amended.— Genoa, Wisconsin (1931). National Fisheries Center and Aquarium Act of 1962 (16 U.S.C. 1051-1058; 76 Stat. 752).— Public Law 87- 758, approved October 9, 1962, authorizes the Secretary of the Interior to plan, construct and maintain a National Fisheries Center and Aquarium in the District of Columbia. Establishes an Advisory Board to assist in management decisions, and further authorizes the procurement, opera- tion and maintenance of vessels for the collection of specimens for the Center. Directs the establishment of user fees to liquidate the $30 million authorized for construction of the Center within 30 years and to pay for annual operation and maintenance. National Flood Insurance Act- Act of 1973 ■See Flood Protection National Historic Preservation Act of 1966 (16 U.S.C. 470-470b, 470c-470n; 80 Stat. 915), as amended .—Public Law 89-665, approved October 15, 1966, and amended several times, provides for preservation of signifi- cant historical features (buildings, objects, etc.) through a grant-in-aid program to States. Establishes a National Register of Historic Places and a program of matching grants under the National Trust for Historic Preservation Act of October 26, 1949 ( 16 U.S.C. 468-468d ; 63 Stat. 927), as amended. Establishes an Advisory Council on Historic Preservation which was made a permanent independent agency by title II of the Act of September 28, 1976, Public Law 94-422 (90 Stat. 1319), which also created a Historic Preservation Fund. Federal agencies are directed to take into account the effects of their actions on a building, etc., included on the National Register. Through the end of 1975, 24 historic sites on national wildlife refuges have been placed on the National Register. National Hunting and Fishing Day.— Statutes estab- lishing the fourth Saturday in September of the year indicated as National Hunting and Fishing Day include: • Public Law 93-23, approved April 20, 1973 (87 Stat. 24)— 1973. • Public Law 93-424, approved September 27, 1974 (88 Stat. 1166)— 1974. • Public Law 94-96, approved September 18, 1975 (89 Stat. 478)— 1975. National Trails System Act (16 U.S.C. 1241-1249; 82 Stat. 919) as amended. — Public Law 90-543, approved October 2, 1968, provides for establishment of recreation and scenic trails. With regard toNational Recreation Trails, the Secretary of the Interior and Agriculture may establish and designate such trails on lands under their jurisdiction. Designation of National Scenic Trails requires specific Acts of Congress and the 1968 Act designated two and directed study and recommendations to Congress on fourteen others. A 1976 amendment added eight more trails to be studied. As of July 1976, 93 National Recreation Trails had been designated by either the Secretary of the Interior or Agriculture. NationalWildandScenicRiversSystem Acts.— Pur- suant to the Wild and Scenic Rivers Act (16 U.S.C. 1271- 1287; 82 Stat. 906), as amended, statutes designating rivers which flow either wholly or in part through national wildlife refuges as part of the National Wild and Scenic Rivers System include the following: • Missouri River, Montana(16 U.S.C. 1274 Note; 90 Stat. 2327).— Public Law 94-486, approved October 12, 1976, designated a 159-mile segment of the river from Ft. Benton to Robinson Bridge as part of the system. About a seven mile segment is within the Charles M. Russell National Wildlife Range. National Wilderness Preservation System Acts. — Statutes establishing areas in the National Wildlife Refuge System as part of the National Wilderness Preserva- tion System pursuant to the Wilderness Preservation Act of 1964 (16 U.S.C. 1131-1136; 78 Stat. 890) include the following listed in chronological order by date public law approved (unless otherwise indicated, area designated as wilderness has same name as the refuge in which wilderness is located; acreage placed in wilderness given in paren- theses following location): • Public Law 90-532, approved September 28, 1968 (82 Stat. 883): Great Swamp, Morris County, New Jersey (3,750). • Public Law 91-504, approved October 23, 1970 (84 Stat. 1104): Bering Sea, 2nd District, Alaska (41,113) Bogoslof, 3rd District, Alaska (390); Forrester Island 1st District, Alaska (2,630); Hazy Islands, 1st District, Alaska (42); Huron Islands, Marquette County, Michi gan (147);IslandBay, Charlotte County, Florida (20) Michigan Islands, Alpena and Charlevoix Counties Michigan (12); Monomoy, Barnstable County, Massa chusetts (2,340); Moosehorn (Edmunds and Birch Island Units), Washington County, Maine (2,782), Oregon Island (Oregon Islands NWR), Curry County, Oregon (21); Passage Key, Manatee County, Florida (20); Pelican Island, Indian River County, Florida (3); Saint Lazaria, 1st District, Alaska (62); Salt Creek (Bitter Lake NWR), Chaves County, New Mexico (8,500); Seney, Schoolcraft County, Michigan (25,150); Three Arch Rocks, Tillamook County, Oregon (17); Tuxedni, 3rd District, Alaska (6,402), Washington Islands (Copalis NWR, Quillayute Needles NWR, Flattery Rocks NWR), Grays Harbor, Clallam and Jefferson Counties, Washington (179); Wichita Moun- tains, ComancheCounty, Oklahoma (8,900), Wisconsin Islands (Gravel Island NWR, Green Bay NWR), Door County, Wisconsin (29). • Public Law 92-364, approved August 7, 1972 (86 Stat. 505): Cedar Keys, Levy County, Florida (375). • Public Law 93-429, approved October 1, 1974 (88 Stat. 1179): Okefenokee, Charlton, Clinch and Ware Coun- ties, Georgia (343,850). • Public Law 93-550, approved December 26, 1974 (88 Stat. 1744) : Farallon, San Francisco County , California (141). • Public Law 93-632, approved January 2, 1975 (88 Stat. 2153): Blackbeard Island, Mcintosh County, Georgia (3,000); Breton, Plaquemines Parish, Louisiana (5,000); Brigantine, Ocean, Atlantic and Burlington Counties, New Jersey (6,603); Bosque del Apache, Socorro County, New Mexico (30,850); Cape Romain, 3-D-13 10-80 Charleston County, South Carolina (28,000); Chamis- 80, 2nd District, Alaska (455); Chase Lake, Stutsman County, North Dakota (4,155); Florida Keys (National Key Deer NWR, Great White Heron NWR, Key West NWR), Monroe County, Florida (4,740); Lostwood, Burke County, North Dakota (5,577); Moosehorn (Baring Unit), Washington County, Maine (4,719); Saint Marks, Jefferson, Taylor and Wakulla Counties, Florida (17,746); West Sister Island, Lucas County, Ohio (85); Wolf Island, Mcintosh County, Georgia (5,126). • Pubhc Law 94-557, approved October 19, 1976 (90 Stat. 2633): Agassiz, Marshall County, Minnesota (4,000); Big Lake, Mississippi County, Arkansas (2,600); Chassahowitzka, Citrus County, Florida (23,360) ; Crab Orchard, Williamson, Jackson and Union Counties, Illinois (4,050) ; Fort Niobrara, Cherry County, Nebras- ka (4,635); J.N. "Ding" Darling, Lee County, Florida (2,825) ; Lacassine, Cameron Parish, Louisiana (3.300) ; Lake Woodruff, Lake and Volusia Counties, Florida (1,146); Medicine Lake, Roosevelt and Sheridan Coun- ties, Montana (11,366); Mingo, Wayne and Stoddard Counties, Missouri (8,000); Red Rock Lakes, Beaver- head County, Montana (32,350); San Juan Islands, San Juan and Skagit Counties, Washington (355); Simeo- nof, 3rd District, Alaska (25,141); Swanquarter, Hyde County, North Carolina (9,000); Tamarac, Becker County, Minnesota (2,138); UL Bend, Phillips County, Montana (20,890). National Wildlife Refuge Acts. — In addition to specif- ic Acts of Congress, refuges can be established in many ways including public land withdrawal, transfer from other agencies, cooperative agreement with other agencies, donation and by purchase under such authorities as the Fish and Wildlife Act of 1956 (16 U.S.C. 742a-742j ; 70 Stat. 1119), as amended ; the Migratory Bird Conservation Act ( 16 U.S.C. 715 et seq. ; 45 Stat. 1222), as amended; the Fish and Wildlife Coordination Act (16 U.S.C. 661-666c; 48Stat. 401), as amended; and the Endangered Species Act of 1973 (16 U.S.C. 1531-1543; 87 Stat. 884), as amended. Two primary sources of money for acquisition of refuge lands are: (1) the Migratory Bird Conservation Fund composed of receipts from the sale of "duck stamps" under authority of the Migratory Bird Hunting and Conservation Stamp Act (16 U.S.C. 718-718h; 48 Stat. 452), as amended, and funds appropriated under the Wetlands Loan Act (16 U.S.C. 715k- 3-715k-5; 75 Stat. 813), as amended, and (2) appropriations under the Land and Water Conservation Fund Act (16 U.S.C. 460/ -4 - 460/1 1 ; 78 Stat. 897), as amended. As of June 30, 1975, the National Wildlife Refuge System consisted of 378 refuges and ranges comprising some 32.27 million acres and 127 waterfowl production areas comprising about 1.43 million acres. Specific statutes establishing a refuge or directing certain administrative actions related to a refuge include, but are not limited to, the following: • Back Bay National Wildlife Refuge (64 Stat. 465).— Public Law 81-718, approved August 19, 1950, provided for conveyance of an easement to Common- wealth of Virginia. • Bear River Migratory Bird Refuge (16 U.S.C. 690-6901; 45 Stat. 448), as amended and supplemented. — Act of April 23, 1928, established refuge in Box Elder County, Utah, and provided administrative direction. Act of June 3, 1966, Public Law 89-441 (80 Stat. 192), authorized conveyance of certain lands other than refuge lands to the State. • Cheyenne Bottoms Migratory Bird Refuge (16 U.S.C. 691-691d; 46 Stat. 579).— Act of June 12, 1930, directs acquisiton and establishment of a refuge in Kansas or compensation of landowners for damages from flood- ing (refuge not established). • Chincoteague National Wildlife Refuge (16 U.S.C. 459f- 5(a), (b), 459f-8 ; 79 Stat. 826), as supplemented.— Public Law 85-57, approved June 17, 1957 (71 Stat. 175), provided for construction of a bridge and road across refuge and other recreational facilities. Public Law 89- 195, approved September 21, 1965 established Assa- teague Island National Seashore and provided in section 6 (16 U.S.C. 469f-5; 79 Stat. 826) for continued administration of Chincoteague as a refuge. • Crab Orchard National Wildlife Refuge (61 Stat. 770), as supplemented. — Act of August 5, 1947 directs transfer of certain lands in I llinois to the Department of the Interior for classification and development for wildlife, agriculture, recreation, industry and related purposes. Public Law 90-339, approved June 15, 1968 (82 Stat. 177), provides for adjustment of legislative jurisdiction of the United States on the refuge. • Egmont Key National Wildlife Refuge ( 16 U.S.C. 668dd Note; 88 Stat. 295).— Public Law 93-341, approved July 10, 1974, directs establishment of the refuge by transfer of certain lands in Florida. • Great Dismal Swamp National Wildlife Refuge (86 Stat. 793), as supplemented.— Public Law 92-478, approved October 9, 1972, directs a study to determine feasibility and desirability of protecting swamp and canal, and Public Law 93-402, approved August 30, 1974, (88 Stat. 801) directs establishment of refuge consisting of lands granted to the United States by the Nature Conservancy and other lands identified in the study. Administrative direction provided. Authorizes funds for acquisition and development through Fiscal Year 1977. • Klamath Forest National Wildlife Refuge (25 U.S.C. 564d, 564W-1 ; 68 Stat. 718), as amended.— The Act of August 13, 1954, as amended by the Act of August 23, 19.58 (72 Stat. 816), and the Act of September 9, 1959, Public Law 86-247 (73 Stat. 477), provides for establish- ment of the refuge in Klamath County, Oregon, and compensation to certain Klamath Indians from "duck stamp" receipts. • MerrittIslandNationalWildlifeRefuge(16U.S.C.459j- 8; 88 Stat. 2121).— Public Law 93-626, approved January 3, 1975, established the Canaveral National Seashore, Florida, consisting of some 67,500 acres of private. State and Federal (NASA) lands and insured that the refuge, within the boundary of the seashore, will continue to be administered as part of the National Wildlife Refuge System. • Minnesota Valley National Wildlife Refuge (16 U.S.C. 66akk-668ss; 90 Stat. 1993).— Public Law 94-466, approved October 8, 1976, directs establishment of an 9,500 acre refuge and an 8,000 acre recreation area along lower stretches of the Minnesota River between Carver and Ft. Snelling. Directs development of a comprehensive management plan within three years (October 1979) and provides other specific guidance for administration including assurance of continued maintenance of the river for navigation. Appropria- tions are authorized through September 30, 1983, for acquisition and through September 30, 1986, for devel- opment. • National Bison Range (16 U.S.C. 671 ; 35 Stat. 267), as 3-D-14 amended and supplemented.— The Act of May 23, 1908, directed the estabHshment of a range from unallotted lands within the Flathead Indian Reservation, Monta- na, for bison presented to the United States by the American Bison Society. An amendment, March 4, 1909 (35 Stat. 10.51), directed enlargement of the range. The Act of August 12, 1958 (72 Stat. 561), authorized the acquisition and establishment of a small bison display pasture in Lake County, Montana. • National Elk Refuge (16 U.S.C. 673-673b; 37 Stat. 293), as amended and supplemented. — The Act of August 10, 1912, and the Act of March 4, 1913 (37 Stat. 847), authorized appropriations for the establishment and maintenance of a winter elk refuge in Teton County, Wyoming. An Act of February 25, 1927 (44 Stat. 1246), authorized acceptance of a gift of certain lands from the Izaak Walton League for addition to the refuge. An Act of September 14, 1950 (64 Stat. 849), among other things described certain lands to be administered as part of the refuge in what was then the Jackson Hole National Monument. • National Key Deer Refuge (16 U.S.C. 696-696b ; 71 Stat. 412), as amended. — Public Law 85-164, approved August 22, 1957, directs establishment of the refuge in Monroe County, Florida, for protection of Key deer. Section 10(a) and (b) of Public Law 89-669, approved October 15, 1966 (80 Stat. 930), amended the acquisi- tion authority and authorization. • Okefenokee National Wildlife Refuge (70 Stat. 668).— Public Law 84-810. approved July 26, 1956, directs the Secretary to take certain actions including construction of roads and ditches to protect the refuge and adjacent forests in Florida and Georgia from wildfires. • Parker River National Wildlife Refuge (62 Stat. 293).— This June 3, 1948, Act directs the Secretary to dispose of portions of this 1942 refuge located in Essex County, Massachusetts, and to take steps to maintain the edible clams found within the remaining portions of the refuge and adjacent lands. • Pea Island National Wildlife Refuge (16 U.S.C. 459- 459a-9; .50 Stat. 669), as amended —The Act of August 17, 1937, as amended by the Act of June 29, 1940 (54 Stat. 702), established the Cape Hatteras National Seashore, and in section 5 (16 U.S.C. 459a-3; 50 Stat. 670) insured continued administration of the refuge within the boundary of the seashore. • San Francisco Bay National Wildlife Refuge (16 U.S.C. 668dd Note, 668ff-668jj ; 86 Stat. 399).— Public Law 92- .330, approved June 30, 1972, provides for the establish- ment of this California refuge consisting of approxi- mately 21,662 acres to provide protection for endangered species, wildlife-oriented recreation and habitat for migratory waterfowl. Authorizes funds for acquisition and development through Fiscal Year 1977. • Seal Beach National Wildlife Refuge (16 U.S.C. 668dd Note; 86 Stat. 633).— Public Law 92-408, approved August 29, 1972, establishes this refuge on the U.S. Naval Weapons Station, Seal Beach, Califorina. Should property become excess to needs of the Depart- ment of Defense, it is to be transferred to the Depart- ment of the Interior. Authorizes appropriations for operation and development through Fiscal Year 1977. • Skagit National Wildlife Refuge (16 U.S.C. 666d-666e; 63 Stat. 708).— The Act of October 6, 1949, authorized exchange of refuge lands for other lands in the State of Washington (this refuge abolished October 5, 1959, by transfer to the State in exchange for State lands in the Columbia National Wildlife Refuge). > Sullys Hill National Game Preserve (16 U.S.C. 674- 674d; 38 Stat. 434), as supplemented.— Agriculture Appropriations Act of June .30, 1914, for Fiscal Year 1915 provided an appropriation for improvement of game lands in Sullys Hill National Park, Benson County, North Dakota. The Act of March 3, 1931 (46 Stat. 1509), changed the park to a refuge. ' Talcot National Wildlife Refuge (65 Stat. 602).— The Act of October 23, 1951, authorized exchange of refuge lands for other lands in the State of Minnesota (this refuge abolished August 10, 1957, by transfer to the State in exchange for State lands in Rice Lake and Tamarac National Wildlife Refuges). ' Tinicum National Environmental Center (16 U.S.C. 668dd Note; 86 Stat. 391), as amended.— Public Law 92- 326, approved June 30, 1972, directs protection of Tinicum Marsh by establishment of a 1,200 acre refuge within city limits of Philadelphia, Pennsylvania. As amended by Public Law 94-548, approved October 18, 1976 (90 Stat. 2528), the 45-acre Folcroft Landfill was added to the refuge and the authorization for acquisi- tion and development was increased and extended. ■ Tule Lake-Klamath Refuges (16 U.S.C. 695k-695r; 78 Stat. 850).— The Act of September 2, 1964, Public Law 88-567, stabilized the ownership of lands within the Klamath Federal Reclamation Project, California- Oregon, authorized by the Act of February 9, 1905 (43 U.S.C. 601-612; 33 Stat. 714), as amended, and provided for administration and managementof the project and the Tule Lake, Upper Klamath, Lower Klamath and Clear Lake National Wildlife Refuges. The Act dedicat- ed lands within the Executive order boundaries of the refuges to wildlife conservation and provided for their administration for the major purpose of waterfowl management with full consideration of optimum agricultural use consistent therewith; authorized addition of certain public lands; continued the leasing of agricultural lands; and provided for distribution of net-lease revenues among local counties and the Reclamation Fund. Upper Mississippi River Wild Life and Fish Refuge (16 U.S.C. 721-731; 43 Stat. 650), as amended and .supple- mented.— The Act of June 7, 1924, authorized acquisi- tion and development of the refuge; provided adminis- trative direction including assurance that refuge operations would not interfere with maintenance of navigation on the river or other works of improvement. Amendments March 4, 1925 (43 Stat. 1354), and May 12, 1928 (45 Stat. 502), provided additional acquisition authority and appropriations.The Act of April 10, 1928 (45 Stat. 420), authorized acceptance of a gift of land in Iowa as part of the refuge. The Act of June 13, 1944 (54 Stat. 274), provided for additions to the refuge of lands in Minnesota and transfer of funds to certain Sioux Indian bands to extinguish their rights. The Act of May 27, 1961 (75 Stat. 88), added certain lands in the refuge to the Effigy Mounds National Monument, Iowa. Wichita Mountains Wildlife Refuge (16 U.S.C. 684-687 ; 33 Stat. 614), as amended and supplemented. — Acts of January 24, 1905, and June 29, 1906 (34 Stat. 607), authorized setting aside certain lands in Wichita and Grand Canyon National Forests for wildlife and provided administrative direction (refuge established by Proclamation 563, June 2, 1905 (34 Stat. 3062) and renamed by Executive Order 7116, June 26, 1935, and i« 3-D-15 10-80 Proclamation 2211, November 27, 1936). Act of Febru- ary 26, 1919 (40 Stat. 1178), directed that certain lands in the Grand Canyon National Forest, other than the game preserve, be added to theGrand Canyon National Park. • Wyandotte National Wildlife Refuge (16 U.S.C. 668dd Note, 697-697a; 75 Stat. 243).— Public Law 87-119, approved August 3, 1961 , established refuge consisting of certain lands on the Detroit River, Michigan. A provision of an earlier Act, September 13, 1960 (74 Stat. 904), authorized the Secretary to petition the City of Wyandotte for annexation of certain lands and pro- vided that it would not prevent establishment of a refuge. National Wildlife Refuge System Administration Act of 1966 (16 U.S.C. 668dd-668ee; 80 Stat. 927), as amended. — This Act, (derived from sections 4 and 5 of Public Law 89-669 of October 15, 1966) constitutes an "Organic Act" for the National Wildlife Refuge System by providing guidelines and directives for administration and management of all areas in the system including "wildlife refuges, areas for the protection and conservation of fish and wildlife that are threatened with extinction, wildlife ranges, game ranges, wildlife management areas, or waterfowl production areas." The Secretary is authorized to permit by regulations the use of any area within the system provided "such uses are compatible with the major purposes for which such areas were established." Not more than 40 percent of an area acquired as a migratory bird sanctuary can be opened at any one time to hunting of such wildlife. Contracts may be entered into for public accommodations and donations of funds may be accepted for land acquisition and management. An amendment July 18, 1968, Public Law 90-404 (82 Stat. 359), provides that proceeds from disposal of lands in the system acquired with "duck stamp" funds or by donation are to be paid into the Migratory Bird Conserva- tion Fund and that the Migratory Bird Conservation Commission must be consulted before disposal of any such acquired land. A December 3, 1974, amendment, entitled National Wildlife Refuge System Administration Act Amendments of 1974, Public Law 93-509 (88 Stat. 1603), requires payment of the fair market value of rights-of-way or other interests granted, and the proceeds deposited in the Migratory Bird Conservation Fund and made available for land acquisition. Public Law 94-215, approved February 17, 1976 (90 Stat. 190), clarified that acquired lands or interests therein can be exchanged for acquired or public lands. An amendment February 27, 1976, Public Law 94-223 (90 Stat. 199), commonly referred to as the "Game Range Act," directs that all areas in the system on or after January 1, 1975, "shall be administered by the Secretary through the United States Fish and Wildlife Service" and cannot be transferred or disposed of unless otherwise directed by Acts of Congress. Exceptions are provided for areas administered as part of the system pursuant to cooperative agreements and for transfer or disposal and exchange of acquired lands. Nature Protection and Wildlife Preservation in the Western Hemisphere— See Convention on Nature Protec- tion and Wildlife Preservation in the Western Hemisphere Northwest Atlantic Fisheries Act of 1950 (16 use. 981-991; 64 Stat. 1067), as amended.— As amended several times, this Act implements the International Convention for the Northwest Atlantic Fisheries (1 U.S.T. 477; T.LA.S. 2089) of July 3, 1950. Procedures are established for appointment and other activities of the International Commission for the Northwest Atlantic Fisheries and an advisory committee. Administration and enforcement of the Convention is vested in the Department of Commerce by this legislation. Northwest Atlantic Fisheries Convention — See International Convention for the Northwest Atlantic Fisheries (ICNAF) Ocean Dumping - See Marine Protection, Research and Sanctuaries Act of 1972 Pan American Convention on Nature Protection and Wildlife Preservation - See Convention on Nature Protection and Wildlife Preservation in the Western Hemis- phere Pittman-Robertson Act • Restoration Act See Federal Aid in Wildlife Polar Bear Convention - See Agreement on the Conservation of Polar Bears Predatory Animal Control Control Act of March 2, 1931 See Animal Damage Privacy Act of 1974 (5 U.S.C. 552a; 88 Stat. 1896).— In order to promote greater governmental respect for the privacy of citizens, this December 31, 1974, Act, Public Law 93-579, requires Federal agencies to adopt minimum standards for the collection and processing of personal information, and to publish detailed descriptions of these procedures. The Act also establishes a Privacy Commission to oversee the agencies implementation of the Acts safe- guards. Ramsar Convention on Wetlands of International Importance— SeeConvention on Wetlands of Internation- al Importance Especially as Waterfowl Habitat Recreation Coordination and Development Act of May 28, 1963 (16 U.S.C. 460/-460/-3; 77 Stat. 49).— Public Law 88-29 declares a Congressional policy that "present and future generations be assured adequate outdoor recreation resources" and that " all levels of government and private interests . . . take prompt and coordinated action . . . to conserve, develop, and utilize such [ their] resources for the benefit and enjoyment of the American people." The Secretary of the Interior is directed to inventory, evaluate and classify outdoor recreation facilities, and formulate and maintain a "comprehensive nationwide outdoor recreation plan." Refuge Recreation Act (16 U.S.C. 460k-460k-4 ; 76 Stat. 653), as amended.— Public Law 87-714 of September 28, 1962, as amended by Public Law 89-669, October 15, 1966 (80 Stat. 930), and Public Law 92-534, October 23, 1972 (86 Stat. 1063), authorizes the Secretary of the Interior to administer refuges, hatcheries and other conservation areas for recreational use, when such uses do not interfere with the area's primary purpose. Provides for public use fees and permits, and penalties for violation of regulations. Autho- rizes the acceptance of donations of funds and real and personal property for purposes of the Act. Section 2 amended December 28, 1973, by section 13(d) of the Endangered Species Act of 1973 (87 Stat. 902) to authorize acquisition of 3-D-16 lands and interests suitable for: (1) fish and wildlife- oriented recreation; (2) protection of natural resources; (3) conservation of endangered or threatened species; or (4) carrying out two or more of the above. Such lands must be adjacent to or within the conservation area. Acquisition cannot be accomplished using "duck stamp" receipts. However, funds for acquisition are available pursuant to section 7(a) of the Land and Water Conservation Fund Act, as amended September 28, 1976, by Public Law 94-422 (16 U.S.C. 460/-9; 90 Stat. 1318). Refuge Revenue Sharing Act (16 U.S.C. 715s; 49 Stat. 383), as amended.— Section 401 of the Act of June 15, 1935, established the procedure for making certain payments to counties from revenues derived from the sale of products from refuges located in the county. Major revisions were made August 30, 1964, by Public Law 88-523 (78 Stat. 701) requiring that all revenues received from refuge products such as animals, timber and minerals or from leases or other privileges be deposited in a special Treasury account and net receipts distributed to counties for public schools and roads. For lands acquired in fee the county receives either three- fourths of one percent of the cost of the land adjusted every five years to represent current value or 25 percent of the net receipts collected from the area, whichever is greater. For public lands in an area of the system the county receives an amount equal to 25 percent of net receipts. An amendment Decembers, 1974, Public Law 93-509 (88Stat. 1603), requires that moneys remaining in the fund after payments be transferred to the Migratory Bird Conservation Fund for land acquisition under provisions of the Migratory Bird Conservation Act (16 U.S.C. 715 et seq.\ 45 Stat. 1222), as amended, except such funds that had previously been available for management of the system and for enforce- ment under the Migratory Bird Treaty Act (16 U.S.C. 703- 711 ; 40 Stat. 755), as amended, shall not be diminished. Refuge Trespass Act (18 U.S.C. 41 ; 62 Stat. 686).— Sec- tion 41 of theCriminal Code, title 18, is frequently referred to as the Refuge Trespass Act of June 25, 1948, which consolidated penalty provisions of various Acts from January 24, 1905 (16 U.S.C. 684-687; 33 Stat. 614), through March 10, 1934 (16 U.S.C. 694-694b; 48 Stat. 400), and restated the intent of Congress to protect all wildlife within Federal sanctuaries, refuges, fish hatcheries and breeding grounds. The Act provides that anyone, except in com- pliance with rules and regulations promulgated by authori- ty of law, who hunts, traps or willfully disturbs any wildlife on such areas, or willfully injures, molests or destroys any property of the United States on such lands or waters, shall be fined, imprisoned, or both. Research Grants Act of September 6, 1958 (42 U.S.C. 1891-1893; 72 Stat. 1793).- Authorizes heads of Federal agencies to enter into contracts for basic scientific research at nonprofit institutions of higher education or organiza- tions whose purpose is primarily to conduct scientific research. Title to equipment purchased with such grant or contract funds may be vested in such organizations or institutions. An annual report to appropriate House and Senate committees by June 30 of each year required of agencies exercising this authority. Rivers and Harbors Act of 1899 (33 U.S.C. 401 et seq. ; 30 Stat. 1151), as amended and supplemented.— The Act of March 3, 1899, as amended and supplemented, among other things makes it unlawful for anyone to conduct any work or activity in navigable waters of the United States without a Federal permit. Under section 10 of the Act (33 U.S.C. 403; 30 Stat. 1151), dikes, dams and similar obstructions to navigation require the consent of Congress unless the navigable portion of the involved water body lies wholly in one State in which case structure may be built under authority of the State with approval of the Chief of Engineers and the Secretary of the Army. The Secretary of the Army is authorized to issue permits to construct piers, jetties and similar structures, or to dredge and fill in navigable waters. Authority of the Corps of Engineers to issue permits for the discharge of refuse into or affecting navigable waters under section 13 of the 1899 Act (33 U.S.C. 407 ; 30 Stat. 1 152) was modified by title IV of Public Law 92- 500, October 18, 1972, the Federal Water Pollution Control ActAmendmentsofl972(33U.S.C.1341-1345;86Stat.877), as amended, establishing National Pollutant Discharge Elimination System Permits. The Fish and Wildlife Coordi- nation Act (16 U.S.C. 661-666c; 48 Stat. 401), as amended, provides authority for the U.S. Fish and Wildlife Service to review and comment as to the effects on fish and wildlife of the works and activities proposed to be undertaken or permitted by the Corps of Engineers. Shooting from Aircraft Act - See Fish and Wildlife Act of 1956 Sikes Act (16 U.S.C. 670a-670o; 74 Stat. 1052), as amended.— Public Law 86-797, approved September 15, 1960, provides for cooperation by the Department of the Interior and Defense with State agencies in planning, development and maintenance offish and wildlife resources on military reservations throughout the United States. An amendment August 8, 1968, Public Law 90-465 (82 Stat. 661), authorizes a program for development of outdoor recreation facilities. Amended October 18, 1974, Public Law 93-452 (88 Stat. 1369), by authorizing appropriations to Defense and Interior through June 30, 1978, for conserva- tion and rehabilitation programs on military lands. Autho- rizes conservation and rehabilitation programs on AEC (now ERDA), NASA, Forest Service and BLM lands. Such programs to be carried out in cooperation with the States by the Secretary of the Interior and on Forest Service lands by the Secretary of Agriculture. Authorizes appropriations through June 30, 1978, to Interior and Agriculture. A public land management area stamp may be sold in order to hunt, fish or trap on lands subject to a conservation and rehabilitation program. Small Reclamation Projects Act of 1956 (43 U.S.C. 422a-422k; 70 Stat. 1044), as amended.— The Act of August 6,1956, as amended by Public Law 89-553, September 2, 1966 (80 Stat. 376), has as its purpose to encourage State and local participation in development of reclamation projects and to provide Federal assistance. The cost of means and measures to prevent loss of and damage to fish and wildlife resource shall be considered a project cost. Projects under this authority are subject to the review requirements of the Fish and Wildlife Coordination Act (16 U.S.C. 661-666c; 48 Stat. 401), as amended. Small Watershed Projects Act— See Watershed Pro- tection and Flood Prevention Act Soil Conservation and Domestic Allotment Act of 1935 (16 U.S.C. 590a-590q-2; 49 Stat. 163), as amended. — Provides programs for the prevention of soil erosion such 3-D-17 10-80 as farm pond construction, and establishes the Soil Conservation Service of the Department of Agriculture. An amendment of October 2, 1962, Public Law 87-732, added section 16A (16 U.S.C. 590p-l ; 76 Stat. 696) authorizing the Secretary of the Interior to review applications to the Department of Agriculture for assistance in draining farm wetlands in Minnesota, South Dakota and North Dakota. Drainage assistance is prohibited if ( 1) the Secretary finds a wetland important to wildlife preservation, (2) he or a State agency offers within one year to lease or purchase such wetland for waterfowl purposes, and (3) deal is consummat- ed within five years. Soviet Union-United States Environmental Agree- ment— See Agreement on Cooperation in the Field of Environmental Protection Soviet Union-United States Migratory Bird Con- vention— See Convention between the United States of America and the Union of Soviet Socialist Republics Concerning the Conservation of Migratory Birds and their Environment SurplusGrain for Wildlife Act of August 17, 1961 (7 U.S.C. 447-449; 75Stat. 389).— Public Law 87-152 authorizes the Secretary of the Interior to requisition surplus grain owned by the Commodity Credit Corporation to feed migratory birds threatened with starvation. Authorizes use of such grain by State agencies for feeding resident wildlife upon a finding by the Secretary of an emergency. Funds are authorized to be appropriated for reimbursement. Tariff Act of 1930 (19 U.S.C. 1202-1527 ; 46 Stat. 741), as amended. — Among other things, imposes import duties on certain fish and wildlife, including but not limited to wild birds, bird feathers and skins; prohibits importation of wild mammals or birds or parts or products thereof in violation of laws or regulations of the country from which exported. Enforced by the U.S. Customs Service in cooperation with the U.S. Fish and Wildlife Service. Toxic Substance Control Act (15 U.S.C. 2601-2629; 90 Stat. 2003).— Public Law 94-469, approved October 1 1 , 1976, establishes under the administration of the Environmental Protection Agency a program for testing and regulating commerce in certain chemical substances determined to be hazardous. Provides consultation and coordination with other Federal agencies. Transfer of Certain Real Property for Wildlife Conservation Purposes Act of May 19, 1948(16U.S.C. 667b-667d; 62 Stat. 240), as amended.— As amended by the Actof June30, 1949 (63 Stat. 381), the Act of September 26, 1972, and by Public Law 92-432 (86 Stat. 723), this statute provides that upon a determination by the Administrator of the General Services Administration, real property no longer needed by a Federal agency can be transferred without reimbursement to the Secretary of the Interior if the land has particular value for migratory birds or to a State agency for wildlife conservation. Treaty between the United States and Great Britain Relating to Boundary Waters between the United States and Canada (36 Stat. 2448; T.S. 548).— This May 13, 1910, treaty was signed in Washington, D.C., January 11, 1909, with ratification advised by the Senate March 3, 1909, and the President ratified, April 1, 1910. Great Britain ratified March 31, 1910; ratification documents exchanged May 5, 1910. The purpose of this treaty was to prevent disputes regarding the use of boundary waters and settle all questions pending or that may arise in the future between the United States and Canada involving the rights, obligations and interests of both nations along their common frontier. Trespass on Certain Federal Lands— See Refuge Trespass Act Tule Elk Preservation Act (16 U.S.C. 673d; 90 Stat. 1189).— Public Law 94-389, approved August 14, 1976, directs a Federal/State cooperative program for preserva- tion and enhancement of Tule elk in California. The Secretary of the Interior is directed to make an annual report to Congress in March of each year on activities carried out under the Act. Uniform Relocation Assistance and Real Property Acquisition Policies Act of 1970 (42 U.S.C. 1415, 2473, 3307, 4601, 4602, 4621-4638, 4651-4655, 49 U.S.C. 1606; 84 Stat. 1894), as amended. — Public Law 91-646, approved January 2, 1971, as amended, among other things provides for uniform and equitable treatment of persons displaced from their homes, businesses or farms by Federal or Federally assisted programs and establishes uniform and equitable land acquisition policies for such programs. Water Bank Act (16 U.S.C. 1301-1311; 84 Stat. 1468).— Public Law 91-559, approved December 19, 1970, authorizes the Secretary of Agriculture, after coordination with the Secretary of the Interior, to enter into 10 year contracts with landowners to preserve wetlands and retire adjoining agricultural lands. An annual payment may be made to participating owners, and the costs of conservation measures may be shared. Total annual payments to owners may not exceed $10 million in any one year. Water Resources Planning Act (42 U.S.C. 1962-1962a- 3 ; 79 Stat. 244), as amended.— This July 22, 1965, Act, Public Law 89-80, established the Water Resources Council composed of representatives of various Federal agencies including the Department of the I nterior and delegated to it the responsibility for establishing the "Principles and Standards and Procedures for Federal Participation in Water and Related Land Resource Planning and Develop- ment." Among other things the Act authorized establish- ment of State-Federal River Basin Commissions in which the Department of the Interior participates. Waterfowl Depredations Prevention Act (7 U.S.C. 442-445; 70 Stat. 492), as amended.— TheActof July 3, 1956, as amended by Public Law 86-133, August 4, 1959 (73 Stat. 279), authorizes the Secretary of the Interior to use surplus grain owned by Commodity Credit Corporation in feeding waterfowl to prevent damage to farmers' crops. Such grain may be made available to Federal, State or local govern- ments or private organizations or individuals. Appropria- tions are authorized to reimburse the CCC for packaging and transporting such grain. Watershed Protection and Flood Prevention Act ( 16 U.S.C. 1001-1009; 33 U.S.C. 701b; 68 Stat. 666), as amen- ded.—The Act of August 4, 1954, as amended, also referred to as the Small Watershed Projects Act, declares a policy of assisting State and local organizations in preventing 3-D-18 erosion, floodwater and sediment damages in watersheds and to further "the conservation, development, utilization, and disposal of water, and the conservation and utilization of land." Authorizes the Secretary of Agriculture to assist local organizations in preparing and carrying out certain works of improvement. Section 12 of the Act, as added by PublicLaw85-624,Augustl2, 1958 (16 U.S.C. 1008; 72Stat. 567), directs that the Secretary of the Interior be notified of approval of assistance so that he "may make surveys and investigations" and recommend measures for "conserva- tion and development of wildlife resource." However, inclusion of such measures in the project are discretionary with the local organization and the Secretary of Agriculture. The cost of such conservation surveys and reports must be borne by the Secretary of the Interior. Wetlands Loan Act (16 U.S.C. 715k-3 - 715k-5; 75 Stat. 813), as amended.— Public Law 87-383, approved October 4, 1961, provided a means of accelerating the acquisition of migratory waterfowl habitat. Amended December 15, 1969, Public Law 90-205 (81 Stat. 612), and further amended February 18, 1976, Public Law 94-215 (90 Stat. 189) to increase the amount of funds authorized to be appropriated from $105 million to $200 million and extend the loan for seven years, from June 30, 1976, to September 30, 1983. Advances are to be repaid to the Treasury using "duck stamp" receipts upon appropriation of all funds authorized or beginning in fiscal year 1984 whichever occurs first. Funds appropriated are merged with "duck stamp" receipts in the Migratory Bird Conservation Fund established by the Migratory Bird Hunting and Conservation Stamp Act (16 U.S.C. 7i8-718h; 48 Stat. 452), as amended, and used for acquisition of migratory bird refuges and waterfowl production areas under provisions of the Migratory Bird Conservation Act (16 U.S.C. 715 et seq.\ 45 Stat. 1222), as amended. As of fiscal year 1976, approximately $93.4 million had been appropriated under this authority. Wild and Scenic Rivers Act (16 U.S.C. 1271-1287; 82 Stat. 906), as amended. — Public Law 90-542, approved October 2, 1968, establishes a National Wild and Scenic Rivers System, designates eight initial components of that system and prescribes the methods and standards through which additional rivers, including 27 listed as potential components, may be identified and added to the system. Authorizes the Secretary of the Interior and the Secretary of Agriculture to study areas and submit proposals to the President and the Congress for addition to the system for administration wholly or partially by an agency of the Federal Government or by State governments. Describes procedures and limitations for control of lands in Federally administered components of the system and for dealing with disposition of lands and minerals under Federal ownership. Provides for classification of a river as wild, scenic or recreational. Permits hunting and fishing in components of the system under applicable Federal and State laws. For a listing or rivers designated for inclusion in the system which are either wholly or partially within the boundary of a unit of the National Wildlife Refuge System, see entry in this leaflet under National Wild and Scenic Rivers System Acts. Wild Horses and Burros Act (16 U.S.C. 1331-1340; 85 Stat. 649), as amended.— Public Law 92-195, approved December 15, 1971 , and amended, provides for protection of wild free-roaming horses and burros. Directs the Bureau of Land Management of the Department of the Interior and Forest Service of the Department of Agriculture to manage such animals on public lands under their jurisdiction. Wilderness Act of 1964 (16 U.S.C. 1131-1136; 78 Stat. 890).— Public Law 88-577, approved September 3, 1964, directs the Secretary of the Interior, within 10 years, to review every roadless area of 5,000 or more acres and every roadless island (regardless of size) within national wildlife refuges and national parks and to recommend to the President the suitability of each such area or island for inclusion in the National Wilderness Preservation System by later special Acts of Congress. The Secretary of Agriculture is directed to study and recommend suitable areas in the National Forest System. Provides criteria for determining suitability and contains provisions related to activities that can be undertaken on a designated area. Authorizes the acceptance of gifts, bequests and contribu- tions in furtherance of the purposes of the Act and requires an annual report at the opening of each session of Congress on the status of the wilderness system. Under authority of this Act over 15 million acres of land and water in the National Wildlife Refuge System were reviewed. Some 7 million acres in 86 units were found suitable for designation. As of December 1976 over 700,000 acres in 52 refuge units have been established as part of the National Wilderness Preservation System by special Acts of Congress. For areas designated, see entry in this leaflet underNational Wildner- ness Preservation System Acts. Youth Conservation Corps Act (16 U.S.C. 1701-1706; 84 Stat. 794), as amended.— Public Law 91-378, approved August 13, 1970, as amended, directs establishment and administration of the YCC program by the Secretary of the Interior and Agriculture on parks, forests and other public lands, including refuges. There were 28 such camps on refuge lands during the summer of 1974. ' Act of February 9, 1871 ( 16 Stat. 593) created an independent Commissioner of Fish and Fisheries to investigate the decline in food fish and to stock such fish. Functions reconstituted in a Bureau of Fishenes, Department of Commerce by Act of February 14. 1903, (32 Stat. 825). Act of March 3, 1885 (23 Stat. 353), provides first reference to an Entomology Division m the Department of Agriculture for investigations related to the interrelationships of birds and agriculture. Functions increased andnamechanged. June30, 1886 (24 Stat. 100), and April 25, 1896 (28 Stat. 99), first toDivision of Ornithology and Mammalogy and then to Division of Biological Survey. Reorganization Plan No. II. July 1, 1939 (53 Stat. 1433). transferred Bureau of Biological Survey and Bureau of Fisheries to the Department of the Interior. Reorganization Plan No. III. June 30. 1940 (54 Stat. 1232), consolidated the two bureaus into a Fish and Wildlife Service in Interior under a Commissioner of Fish and Wildlife. 3-D-19 10-80 i CHAPTER 4 _4_ 10-80 ) APPENDIX A Hydrographic Profiles along a Transect from Boothbay Harbor, Maine, (region 2) to 20 Miles at Sea \ ^ A-A-1 10-80 50 100 - 130 J MILES FROM DOOTHBAY 10 y 50 100 - 150 • -' Figure Al. > Hydrographic profile along a transect from Boothbay Harbor to 20 miles at sea, 17 December, 1969. (Apollonio and Applin 1972; appendix sources are included in the list of references at the end of e-^ch chapter.) 4-A-2 10-80 50 - 100 - 150 J MILES FROM BOOTHBAY 10 Vt tit t- Itl 50 - 100 - 150 50 100 ISO J Figure A2. Hydrographic profile along a transect from Boothbay Harbor to 20 miles at sea, 25 February, 1970. (Appollonio and Applin 1972), 4-A-3 ^ MILES FROM BOOTHBAY 10 ?.o 50 - 100 - ISO w 50 I 100 - 150 -• 50 - 100 - 150 -J ;— ■ . , — — 24.0 — • . , . _;■- ;fi.o:r-r: — — — • ' • •*- ^. • • " __ _ , , DENSITY. 0- r ^^ ^ - — "" '1-'— "^ Figure A3. Hydrographic profile along a transect from Boothbay Harbor to 20 miles at sea, 5 May, 1970. (Apollonio and Applin 1972). ' 4-A-4 10-80 50 100 - 150 -J WrLES FROM BOOTHBAY 10 :;o TEMPERATURE, C 50 - 100 150 -J -22.0- DENSITY, 0-j Figure AA. Hydrographic profile along a transect from Boothbay Harbor to 20 miles at sea, 4 August, 1970. (Apollonio and Applin 1972). 4-A-5 MILES FROM BOOTHBA Y 10 50 - 100 - ISO -i rr y 0 ~ 50 - * / ^-''' » zz.^ 32.0 ^-^ ^--•', , \ * • 100 - \. . SAL1N»TY, %♦ V^— -'^" \ _ _ _ J- /^-^>^^ 150 J ■ I /'"■^^^.^ ^ >C i 50 - 100 - 150 -I Figure A5. Hydrographic profile along a transect from Boothbay Harbor to 20 miles at sea, 17 September, 1970. (Apollonio and Applin 1972) > 4-A-6 10-80 MILES FROM DOOTHBAY 10 T-O 90 - 100 - 150 J SO - 100 - 150 Figure A6. Hydrographic profile along a transect from Boothbay Harbor to 20 miles at sea, 17 February, 1971. (Apollonio and Applin 1972) 4-A-7 APPENDIX B Surface Temperatures and Salinities of Coastal Stations Illustrated in Figure A-5 (chapter 4) 21 November, 1974, to 27 November, 1975. 4-B-l 10-80 -v^ ^^"VvW' ■:^. -.: SC>400v ^:... .J^ j\ y^>y^ ^■^ ■* r h^ A- Ar , 7W. 'X. 9^ M Ol ^r^ — \ IONS C'>» P9IXT /■'-^ ,.^L- . fc - - ■ ■ - I, , .. ■■ ■ A—,.. — .«.* ti*£ suAii. VA ■ ^ Kr^r "' /Vv /VM ^ yv-y^v^.^. C'c ;«t yr.j- >4a «p;| Mft-r aim wi ^"c le** ocr M>y Figure Bl. Surface temperatures at coastal stations (see chapter 4, figure 4-5 for locations), 21 November, 1974, to 27 November, 1975 (Spiers et al, 1976). 4-B-2 10-80 fvTg _.-^y^^^ 2^-^--A,/^^_ i lOMVOrt n*»r aZ:^ ,yv/\ •>r ccc JJI.1 rcJ VI* tPtt WAT MV MS Ur OCT NOV L t**t S»AVL .aT-^a ^w^ rt» x«j» <*■* »« *>» *>!■ »«* '*' •'^' Figure B2. Surface salinities at coastal stations (see chapter 4, figure 4-5 for locations), 21 November, 1974, to 27 November, 1975 (Spiers et al. 1976). 4-B-3 APPENDIX C Temperatures and Salinities at the Surface, Ten Meters, Twenty Meters, Thirty Meters and the Bottom in the Coastal Waters of the Gulf of Maine. \ 4-C-l LO-80 Figure CI. Temperature by depth in the coastal waters of the Gulf of Maine, January 1963 (Graham 1970a). 4-C-2 10-80 ifii Figure C5. Salinity by depth in the coastal waters of the Gulf of Maine, February to March 1965 (Graham 1970a). 4-C-6 10-80 i APPENDIX D Surface Salinities and Temperatures in the Gulf of Maine 4-D-I 10-80 i i i SURFACE TEMPERATURE Im/C .16, 17,18 JULY 1975 PORTLAND Figure Dl. Surface temperatures at one meter, 16, 17, 18 July 1975 (Yentsch et al. 1976). 4-D-2 10-80 Figure D2. Surface salinities at one meter, 16, 17, 18 July 1975 (Yentsch at al. 1976). 4-D-3 V z> :" < ■ ai vi- UA ol O^ -• lO \~ tM CM • - 0) a CO 4-1 c ON 3 CNI CM u (U 4-1 0) s (1) c o w 0) >j 4J Cfl ^4 0) CU B 0) 4-) 0) o CO 3 CO Q J-l 3 oo •H 4-D-4 10-80 4-D-5 APPENDIX E List of Benthic Invertebrate Species Found in Maine by REgion. (Crosses indicate recent records and pluses indicate older than 1940 records. The column labelled M is for those species occuring in Maine but outside the six regions; Doggett, Larsen, and Sykes, unpublished. ) 4-E-i 10-80 i I i PHYLUM PORIFERA Class Calcarea Family Homocoelidea Clathrina ooriaoea Leuaosolenia sp. Leuoo so ten-la botryoides Family Heterocoelidae Saypha sp. Saypha ciliata Class Desmospongiae Order Keratosa Family Halisarcidae Halisarca sp. Order Haplosclerida Family Desmacidonidae Desmaaidon peaohii Isodiatya sp. Isodiotya deichmannae Isodiatya infundibuliformis Isodiotya lohata Isodiotya palmata Family Haliclonidae Haliolona sp. Haliclona aanalioutata Regions 12 3 4 5 + X + + + X M X X XXX XXX X + X + + 4-E-2 10-80 Hal'tclona loosanoff Haliolona oculata Haliolona uroeolus Order Poecilosclerida Family Tedaniidae Tedania suatoria Family Microcionidae Miarociona prolifera Family Myxillidae lophon nigricans Myxilla fimbriata Myxilla inarustans Family Mycalidae Myaale lingua Mycale minuta Myoaleaarmia ovulum Order Halichondrida Family Halichondridae Halichondria sp. Haliohondria bowerbanki Halichondria panioea Pellina sitiens Order Axinellida Family Axinellidae Cladoavooe ventilabrum Hymeniaaidon heliophila Regions 1 2 3 4 5 6 M XX XX X X X X X X X + X + X X X XXX X X XXX + X X + X + X XX X XX X X X X X X X X XXX 4-F-3 Order Hadromerida Family Suberitidae Polymastia sp. Polymastia robusta Suberites sp. Suberites ficus Suberteohinus hispidus Triohostemma sp. Triahostemma sol Family Clionidae Cliona sp. Cliona celata Cliona vastifiaa Order Epipolasida Family Jaspidae Topsentia genitrix Regions 12 3 4 5 + + + + + + + X X M X X + X + + X X + X XXX X 4-E-4 10-80 PHYLUM CNIDARIA REGIONS 3 4 5 Class Hydrozoa Order Athecata Family Hydridae Protohydra sp. Family Corymorphiidae Corymorpha pendula Euphysa aurata Family Tubularriidae Tubulavia sp. Tubularia crooea Tubutaria indivisa Tubularia larynx Tubularia spectabilis Tubularia tenella Family Acaulidae Aaaulis primarius Family Corynidae Linvillea agassizi Sarsia sp. Sarsia tubulosa Family Pennariidae Pennaria tiarella Family Clavidae Clava sp. X X + + + + X + X X + XXX X X }^ + X XX X X XX X X + X X 4-F-5 Ctava leptostyta Cordylophora lacustris Family Hydractiniidae Hydraatinia sp. Hydractinia eohinata Podocoryne sp. Podocoryne borealis Podocoryne carnea StyZaatis arge Family Bougainvilliidae Asetomaris michaelis Bimera brevis Bougainvillia sp. Bougainvillia britannica Bougainvillia oarolinensis Bougainvillia superciliaris Family Pancleidae Catablema vesiaaria Leuakartiara octona Family Eudendriidae Eudendrium sp. Eudendvium album Eudendrium capillave Eudenrium oarneum Eudendrium dispar Eudendrium insigne 4-E-6 Regions 12 3 4 5 + XXX + + X + + X X X X X X + X X X + + M X X + + + + X + X XXX + 10-80 Regions 1 2 3 4 5 6 M Eudendrium rameum + x Eudendrium ramosum + + + x Eudendrium tenellum + Eudendrium tenue Eudendrium vaginatum Order Limonomedusae Family Olindiidae Gonionemus vertens Order Thecata Family Campanularidae Campanularia sp. Campanularia abyssa Campanularia amphora Campanularia angulata "*" Campanularia calaeolifera + Campanularia flexuosa Campanularia fragilis Campanularia gelatinosa Campanularia groenlandioa Campanularia hinaksii Campanularia integra Campanularia negleata Campanularia pygmaea Campanularia vertioillata Campanularia volubilis Clytia sp. Clytia aylindriaa Clytia edwardsi 4-F-7 + + X + X X X X + + X X X X + X + + + + + + + + + + + + + Regions 1 2 3 4 5 6 M Clytia gohnstoni Clytia volubilis Cuspidella grandis Eucopella aaliaulata Gonothyraea gracilis Gonothyraea integra Gonothyraea loveni Ohelia sp. Ohelia artiaulata Ohelia biscuspidata Ohelia aommissuralis Ohelia dichotoma Ohelia equilateralis Ohelia geniaulata Ohelia gracilis Ohelia longissima Ohelia medusa Phialidiurn sp. Phialidium hicophorum Phialidiurn languidum Family Campanulinidae Calycella syringa OpevQularella laoerata Operoularella pumila Stegopoma plioatile + + X X + + + + X + X + X XX X + X X + + X XXX X X + X + X X X X X + + X X + X X + + + + + X X + X X + X X X 4-E-8 10-80 Family Mitrocomidae Tiaropsis sp. Tiaropsis multiairrata Family Laodiceidae Staurophora mertensi Family Melicertidae Meliaertum oatocostatum Family Eutimidae Tima formosa Family Aequoreidae Aequorea aequovea Aequorea albida Rhaoostoma atlanticum Family Lafoeidae Filellum serpens Grammavia abietina Hehella caloavata Eehella poaillum Lafoea dumosa Lafoea fruticosa Lafoea gvaaillima Family Halecidae Haleaum sp. Halecum artioulosum Haleaum beani Halecum halecinum Regions 1 2 3 4 5 6 M + + X + + X + + + X + + + X + + + X + + X X + X X + + X + X X X + X + X X 4-E-9 Haleoum murioatum Halecum tenellum Family Sertularidae Abietinaria sp. Abietinaria abietina Diphasia fallax Diphasia rosacea Diphasia tamarisca Hydraltmania faloata Sertulavella giganea Sertularella humitis Sertulavella polyzonias Sertularella rugosa Sertularella triscuspidata Sertularia sp. Sertutaria pumila Thuiaria sp. Thuiaria argentea Thuiaria oupressina Thuiaria latiuscula Thuiaria lorchitis Thuiaria similis Thuiaria thuja Family Plumularidae Antennularia ameriaana Regions 12 3 4 5 + + X + + + X X + + + X X X X + + + X + X XXX X X M + X X X X X X X X + X + X XX X + X + X X + X X X X X X X X + X X X X X X X X X X X X X X 4-E:-io 10-80 Antennularia antennina Sohizotviaha graoillima Schizotricha tenetla Theoooarpus myriophyllum Order Trachymedusae Family Rhopalonematidae Aglantha digitate Order Siphonophora Suborder Cystonectae Family Physaliidae Physalia phy satis Suborder Physonectae Stephanomia sp. Stephanomia cava Class Scyphozoa Order Stauromedusae Family Eleutherocarpidae Hatiotystus auvicuta Hatiatystus satpinx Lucernaria quadrioornis Family Cleistocarpidae Craterotophus convotvutus Hatmocyanthus tagena Thaumatoscyphus attanticus Order Semaeostomae Regions 1 2 3 4 5 6 M + X X X X X X X + XXX X X XXX X + + 4-F-ll > Family Cyanidae Cyanea capillata Family Ulmaridae Aurelia aurita Phaaellophora camtsahatioa Class Anthozoa Subclass Octocorallia Order Stolonifera Family Clavulariidae Clavularia modesta Order Alcyonacea Family Alcyoniidae I Alayonium sp. Alayonium digitatum Alayonium polyoum Family Nephtheidae Dvifa glomerata Gersemia rubi form-is Subclass Zoantharia Order Actiniaria Tribe Athenaria Family Edwardsiidae Edwards ia sp. Edwardsia elegans Edwardsia sipunauloides Nematostella vectensis I Regions 1 2 3 4 5 6 M X + + XXX X X X X X X X + + X X X X + X X X X X + X X + X + X 4-E-i? 10-80 Regions 1 2 3 4 5 6 M Family Halcampoididae Ilyanthus laevis Family Haloclavidae Peaohia parasitica Family Halcampidae Halcampa sp. Haloampa duodeoimoirrata Family unknown Bunodes speatabitis Tribe Thenaria Family Actinidae Botocera tuediae Bunodactis stella Tealia felira Family Actinostolidae Aotinostola callosa Stomphia coecinea Family Hormathiidae Aatinuage vevrilZi Hormanthia nodosa Family Metridiidae Metvidium sp. Metridium senile Family Aiptasiomorphidae Haliplanella luciae Family Diadumenidae Diadumene leuoolena 4-F--i3 X X + + X X + + + + + X XXX X X xf X X X X + + X XXX X X X X X X X X X X X X I + X X Order Ceriantharia Family Cerianthidae Ceriantheopsis ameriaanus Csrianthus sp. Cerianthus borealis Group unknown Agalma elegans Regions 1 2 3 4 5 6 M X + XXX X A~E-iA 10-80 PHYLUM CTENOPHORA Class Tentaculata Order Cydippida Family Pleurobrachiidae Mertensia ovum Pleurobraohia sp. Pleupobrachia pileus Order Lobata Fcimily Bolinopsidae Bolinopsis sp. Bolinopsis infundibulum Family Mnemiidae Mnemiopsis leidyi Class Nuda Order Beroida Family Beriodae Beroe auaumis 1 2 + + Regions 3 4 5 M X X X + X X X + + + X PHYLUM PLATHELMINTHES Class Turbellaria Order Acoela Family Proporidae Childia fusoa Family Microstomidae Microstomum sp. Order Alloeocoela Family Plagiostomidae Plagiostomum sp. Plagiostomum album Regions 1 2 3 4 5 6 M Family Monocelidae Monocelis sp. Order Trichladida Family Procerodidae Fovietta sp. Foviella affinis Froaerodes sp. Prooerodes littoralis Family Bdellouridae Bdelloura sp. Bdetloura Candida Order Polycladida Family Plehniidae DisoooeZides sp. Discocetides ellipsoides Family Stylochidae Stylochus sp. Stylochus ellipt'ious Family Leptoplanidae Euplana gracilis NotopZana sp. NotopZana atomata + X + X + + X XX + + X XX X + X X X X X X X PHYLUM RHYNCHOCOELA Class Anopla Order Paleonemertea 4-E-i6 10-80 Regions 12 3 4 5 6 M Family Carinomidae Carinoma tremaphovos Family Cephalothricidae Cephatothrix linearis* Procephatotkrix spiralis Order Heteronemertea Family Lineidae Cerebratulus sp. Cerehratulus lacteus Cerebratulus luridus Cerebratulus marginatus Lineus sp. Lineus arenicola Lineus bicolor Lineus dubius Lineus pallidus Lineus ruber Lineus socialis Lineus viridis Micrura sp. Micrura affinis Miorura albida Micrura caeca Micrura dorsalis Miorura teidyi + + X + X + X + + X X XXX + + X X X + X X X X X X X X "probably Prooephalothrix spiralis A-E-i7 Micrura rubra Farapozlia aurantiaaea Zygenolia sp. Class Enopla Order Hoplonemertea Suborder Monostylifera Family Emplectonematidae Emplectonema giganteum Family Prosorhochmidae Oerstedia dorsalis Family Amphiporidae Amphiporus sp. Amphiporus angulatus Amphiporus biooulatus Amphiporus oaecus Amphiporus cruentatus Amphiporus frontalis Amphiporus griseus Amphiporus groenlandious Amphiporus lactifloreus Amphiporus oohraoeus Amphiporus pulaher Amphiporus tetrasorus Zygonemertes viriscens Family Tetrastemmatidae 1 X Regions 2 3 4 5 6 X + + M + X + X X + X XXX XXX X X X X X X + X + + X 4-E-i8 10-80 Tetrastemma sp. Tetrastemma oandidum Tetrastemma vittatum Order Bdellonemertea Family Malacobdellidae MataaobdelZa gvossa 1 + Regions 3 4 5 + X X + 6 X M PHYLUM ASCHELMINTHES Class Priapulida Halioryptus sinoZosus Priapalus sp. Priapulus caudatus Class Neonaloda X + + X X X PHYLUM ENTOPROCTA Family Pedicellinidae Barentsia gvaciZis Barentsia major Pedicellina sp. Ped'ioetZ'ina cevnua + + 4-F-19 + X Regions i 123456M yV PHYLUM BRYOZOA Class Gymnolaemata Order Ctenostomata Family Alcyonidiidae Aloyonidium sp. + x + Alayonidium getatinosum X Aloyonidium hirsutum + Aloyonidium mamillatum + Aloyonidium parasitioum Aloyonidium polyoum X Aloyonidium verrilli X Family Flustrellidridae ^ Flustrellidra sp. x x x x x x x ^ Flustrellidra hispida + x x x Family Vescularidae Bowerbankia sp. ^ Bowerhankia gracilis x x + x Bowerbankia imbrioata ^ Vesioularia sp. + Vesiaularia familiaris ^ Family Walkeriidae Aeverrilla armata "*" Walkeria uva + Order Cyclostomata Family Crisiidae ^ Crisia sp. ^^ ^ Crisia oribraria x + Crisia eburnea + x x x x x I 4-E-20 10-80 Regions 1 2 3 4 5 6 M Family Tubuliporidae Idmonea atlantica Tubulipora sp. Tubulipora flabellaris Tubulipora liliacea Tubulipora lobulata Family Oncousoeciidae Onaousoeaia oanadensis Onoousoecia diastoporides Family Diaperoeciidae Viaperoeoia harmeri Diplosolen obelia Family Lichenoporidae Lichenopora sp. Liohenopora hispida Lichenopora verruoaria Order Cheilostomata Suborder Anasca Family Aeteidae Aeta sp. Aeta anguina Aeta reota Family Scrupariidae Euoratea loricata Haplota sp. Haplota olavata + X + X + X + + X + X + + + X + X + X X X X X X + XX + + + X X X + X X + 4-F-2i Sorupavia ambigua Saruparia ohelata Family Meinbraniporidae Membranipova sp. Family Electridae Eleotra sp. Electra arctiaa Etectra crustulenta Electra mono st achy s Electra pilosa Family Flustridae Flustra foliacea Family Hinchsinidae Cautoramphus aymbaeformis Family Calloporidae Amphible strum osburni Amphiblestrum tri folium Callopora sp. Callopora aurita Callopora cratioula Callopora dumerili Callopora lineata Tegella arctiaa Tegella armifera Tegella unicornis Regions 1 2 3 4 5 6 M X X X X X X XXX X XX X + + X X X X + + X X X X X + X + + + + + + X X 4-E-22 10-80 Family Bugulidae Bugula sp. Bugula avicularia Bugula harmsworthi Bugula simplex Bugula turrita Dendrobeania sp. Dendvobeania decovata Dendvobeania murrayana Family Scrupocellariidae Cabevea sp. Cabevea ellisii Sovupooellaria scabra Trioellavia gracilis Triaellavia peachii Tvicellavia ternata Familv Cribrilinidae Cribrilina sp. Cribrilina annulata Cribrilina punctata Suborder Ascophora Family Hincksisporidae Hinaksipora spinulifera Family Umbonulidae Regions 1 2 3 4 5 6 M + XXX + X offshore X + X X + X X XX + X X + X X + X X X + X X + + X + + X + + + + + + X X + 4-F-23 Regions 1 2 3 4 5 6 M Umhonula sp. + x Umbonula arotioa x x + Family Hippothoidae Hippothoa sp. 3t x Hippothoa expansa x Hippothoa hyalina x x x x x Family Gigantoporidae Cylindroporella sp. + CyZindroporetta tubulosa + x Family Stomachetosellidae Posterula sarsii + Stomaohetosella hinoksii + StomachetoseZZa sinuosa "^ Family Schizoporellidae SohizomaveZZa sp. + SohizomaveZZa auriauZata + x + SohizoporelZa sp. 3C SahizoporeZla unicornis x x x x StephanoseZZa biaperta ^ ^ Family Microporellidae MiaroporeZZa aiZiata + x x Family Hippoporinidae Ceidochasma aontraota ^ Hippoporina sp. x x x + Hippoporina americana ^ "'■ Hipporina retioulatopunatata "*" Eipporina propinqua ■*" 4-E-24 10-80 Hipporina smitti Family Celleporinidae Turbicellepora canalioutata Family Escharellidae Escharella sp. Esaharella abyssioola Escharella immevsa Escharella ventricosa Family Smittinidae Palmicellaria skenei Parasmittina sp. Parasmittina jeffreysi Parasmittina nitida Porella sp. Porella acutirostris Porella ooncinna Porella redupicata Porella smitti Pseudof lustra solida Rhamphostomella hilaminata Rhamphostomella costata Rhamphostomella ovata Rhamphostomella radiatula Rhamphostomella scabra Smittina sp. Regions 12 3 4 5 + + X + X + + + + + + + + + + + + M 4-F-25 Regions ^ :i 2 3 4 5 6 M Smittina hella x Smittina rigida x Family Cheilopoririidae Cryptosula sp. x x Cryptosuta patlasiana + x x x Family Reteporidae Hippoporella hippopus + Family Myriaporidae Myriapora coarotata + Myriozoetla plana + Family uncertain ^ Lepralia sp.* + + W PHYLUM PHORONIDA Phovonis arohiteota x PHYLUM BRACHIOPODA Lass Articulata Order Tereoratulida Family Cancellothyridjdae Terebratutina septentrionatis x x x x x x x » ny possible synonyms 4-E-26 10-80 Regions 1 2 3 4 5 6 M PHYLUM MOLLUSCA I Class Aplacophora Order Crystallophissonoidea Family Crystallophissonidae Crystallophrisson nitidulum x x x Class Polyplacophora Order Neoloricata Family Lepidopleuridae Lepidopleurus aanoellatus x x Family Hanleyidae Hanleya dalli x Hanleya mendioaria x x x x Family Ischnochitonidae Isahnoohiton sp. x Isohnochiton alba + x x x x x Tonioella sp. x Tonioella blaneyi + x Tonicella marmovea x x x x x Tonioella ruber x x x x x x x Family Chaetopleuridae Chaetopleura sp. + Chaetopleura apioulata Family Molpaliidae Amioula vestita + x x I m 4-E-27 1 2 3 4 5 6 M Class Gastropoda I Subclass Prosobranchia Order Archaeogastropoda Family Fissurellidae Diodora aayenensis x Diadora noachina + + Punaturella noachina + x x + x x Family Acmaeidae Acmaea testudinalis x x x x x x x Family Lepetidae Lepeta caeca + x x x Family Trochidae Calliostoma oacidentale + Margarites costalis Margarites gvoenlandica Margarites heliainus Margarites minutissimus Margarites olivaceus Moelleria costulata Solariella obscura Order Mesogastropoda Family Lacunidae Lacuna pallidula + x Lacuna vincta x x x x x x x (not inner Penobscot Family Littorinidae ^^ Littorina sp. x x x Littorina irrorata v 4~E-28 10-80 + + X X + + X X X + X X X X X X X X X + + + X X X X X + + + + X + X X X + + X X + X + X + + + X + X X X X X X X X 1 2 3 4 5 6 M Littovina littorea x x x x x x x Liitorina obtusata x x x x x x x Littorina saxatilis x x x x x x x Family Rissoidae Alvania sp. Alvania arenaria Alvania areolata Alvania aarinata Alvania oastanea Alvania harpa Alvania latior Cingula sp. Onoha aouleus Family Hydrobiidae Hydrobia sp. x x x x Hydrobia salsa x x x (estaurine) Hydrobia totteni x x x x x x x Family Skeneopsidae Skeneopsis planorbis x x x x x x Family Turritellidae Taahyrhynaus erosa + + + + Turritellopsis aoioula + + x Family Cerithiidae Cerithiopsis oostulatum + Family Epitoniidae Aairsa borealis + + Epitonium greenlandioum + + + x 4-E-29 f c « 1 2 3 4 5 6 M Family Melanellidae Couthouy ella striatuta + x + + Family Aclididae Aalis sp. X Aolis striata + Family Hopponicidae Hipponix sp. + Family Trochotopidae Toretlia vestita off shore Triahotropis borealis + x x + x Family Crepidulidae Crepidula sp. x Crepidula oonvexa x + + x Crepidula fornioata x x x x x x x Crepidula plana + x + x x Crucibulum striatum + + x x Family Aporrhaidae Aporrhais sp. + Aporrhais oaaidentalis + x x x x Family Velutinidae Marsenina ampla + Marsenina glabra + + x Marsenina prodita + Velutina sp. x x x Velutina laevigata + + x x x x Velutina undata + x x x 4-E-30 1 2 3 4 5 6 M Family Naticidae Amauropsis islandiaa + Nation alausa + + + x x Natiaa pusilla + Lunatia heros x x x x x x x Lunatia immao ulata + x x + x Lunatia leviaula + + Lunatia pallida + + x x Lunatia triseriata x x x x x x x Polinices sp. x x x x x x Polinices duplioatus + x x x x Polinices nana + + Sinun sp. + Order Neogastropoda Family Muricidae Boreotrophon clathrat us + + + Boreotrophon trunaatus + + x Nucella lapillus x x x x x x x Urosalpinx cinerea x x x x x Family Coliimbellidae Anachis avara + Anachis haliaeeti off shore Astyris zonalis + + Mitrella dissimitis + + + Mitrella lunata + + x + Mitrella rosacea + + x 4 4-F-3i I I I 1 2 3 4 5 6 M Faraiiy Buccinidae Buceinum cyaneun + Buccinurn undatwi x x x x x x x Colus sp. X Colus pygmaea + x x x x + Colus sabinii x xx Colus stimpsoni + x x + x x x Neptunea decemoostata x + x + x x x Family Melongenidae Busycon canaliculatim ^ Family Nassariidae Nassari us obsoleta x x x x x x Nassavius trivittatus x x x x x + x Nassarius vibex x x Family Cancellaridae Admete couthouyi x x x + Family Turbinellidae Ptychatractus ligatus + x Family Turridae Oenopota sp. x x x Oenopota bicarinata + + x x Oenopota concinnula + Oenopota decussata + + + + + Oenopota harpularia + + + + + Oenopota incis ula + x + Oenopota. ping elii x Oenopota pyvamidalis + x + x Pleuvotomella jeffreysii x Fropebela blaneyi + Propebela oanaetlata + x x i/i on 1 2 3 4 5 6 M Propebela exavata + + Propebela gouldii + + Propebela nobilis + x + x Propebela tenuicostata + Propebela turricula + x x x x Family Terebridae Terebra dislocata + Subclass Euthyneura Order Pyramidelloida Family Pyramidelloidae Odostomia sp. x x x Odostomia his uturalis x x x + Odostomia ehurnea + Odostomia gibbosa + Odostomia modesta* + + Odostomia sulcosa + Odostomia tri fida + + x Odostomia winkleyi x Pyramidella ventricosa + Sayella fusoa + + Turbonilla bushiana x Tuvhonilla interrupta + x Turbonilla nivea + Turbonilla polita + + Order Cephalaspidea Family Cylichnidae Cylichna sp. off shore Cyliahna alba x x x x *probably = 0. conoidea 4-F-33 1 2 3 4 5 6 M Cyliahna gouldi x + Cyliahna occulta x Scaphander punctostriatus + Family Philinidae Philine ang ulata + Philine lima + + x Philine quadrata + Philine sinuata + Family Diaphanidae Diaphana hiemalis + + Diaphana minuta + x + Family Haminoeidae Haminoea solitaria x x x Family Retusidae Retusa canalioulata x x Retusa obtusa + x x + Order Thecosomata Family Limacinidae (Spiratellidae) Lirhaoina leseuvi x Limacina retroversa + Order Gymnosomata Family Clionidae Clione limacina + x Paedoolione dolii formis + Order Basommatophora Family Ellobiidae Melampus bidentatus x S Ovatella myosotis + x + + x ♦-E-34 10-80 1 2 3 4 5 6 M Order Sacoglossa Family Plakobranchidae Elycia chlorotica x x Order Nudibranchia Suborder Doridoida Family Dorididae Doris sp. + Cadtina laevis + + + x Family Gymnodorididae Polyoera sp. off shore Poluaara dvbia + x x x x Family Onchidorididae Acanthodoria pilosa x x x x x Adalaria pr-oxima x x Lamellidoris sp. X Lamellidor'is aspera x x x x x x Lammetidoris diademata x x Lamellidoris diayhana x + Lamellidoris fusoa + x x x x x Lamellidoris grisea + Lamellidoris muricata Lamellidoris tenella Family Goniodorididae Ancula gihbosa Suborder Arminoidea Family Dendronotidae Dendronotus sp. Dandronotus frondosus + X + + X X X Dendronotus rohustu X X X X S + XXX € 4 -F-35 + X X X X 1 2 3 4 5 6 M Family Dotodae Doto ooronata + x x x x Doto formosa Tenellia ftcsaata x Suborder Aeolidoidea Family Coryphellidae Copyphella sp. x Coryphella nobilis x x Covyphella pelluaida x + x x Coryphella rufibranohialis + x x x x Coryphella salmonaaea Family Eubranchidae Eubranahus sp. Eubranchus pallidus X x x Eubranchus tricolor x Family Cuthonidae Cuthona conainna x x Cuthona stimpsoni x Tergipes tergipes + x x x x F-amily Facelinidae Facelina bostoniensis x Family Favorinidae Catriona aurantia x x Cratena pilata x Cratena viridis x Family Aeolidiidae Aeolidia papillosa + x x x x x 4-E-36 Class Scaphopoda Family Dentaliidae Dentalium sp. Dentalium agile Dentalium entale Dentalium ocaidentale Family Siphonadentaliidae Siphonadentalium sp. Class Bivalvia Subclass Prionodesraata Order Protobranchia Family Solemyacidae Solemya borealis Solemya velum Family Nuculidae Nuoula sp. Nuoula delphinodonta Nuoula proxima (annulata) Nuoula tenuis Family Nuculanidae Nuoulana minuta Nuoulana pernula Nuoulana tenuisuloata Portlandia inflata Portlandia iris Portlandia lucida Regions 12 3 4 5 6 XXX + offshore X X X X X X X X X X X + X XX M c XXX + X XX X + X X X + + X X offshore i 4-F-37 Yoldia sp. Yoldia limatula Yoldia myalis Yoldia sapotilla Yoldia thraoiaeformis Siibclass Pterioraorphia Order Prionodontida Family Arcidae Anadara transversa Bathyaraa anomala Bathyaroa peatunauloides Order P teroconchida Family Mytillidae Cvenella deoussata Crenella faba Crenella glandula Dacrydium vitreum Modiolus demissus Modiolus modiolus Musculus sp. Musoulus oorrugatus Musculus disoors Musoulus nigev Mytilus edulis Regions 12 3 4 5 6 X X X X X X X + X X X + + X X X X X X X X X X + + M X offshore X X X X + X XX + X + + X X X X + + X X X X X X X X X X X X X X X + + + + + + XXX + X X X X + X X X X X X X 4-E-38 10-80 Family Ostreidae Crassostrea virginiaa Ostrea edulis Family Pectinidae Chtamys islandica Peoten groenlandicus Plaoopeoten magellaniaus Family Anomiidae Anomia aouleata Anomia simplex Subclass Teleodesmata Order Heterodontida Family Astartidae Astarte sp. Astapte horeatis Astarte oastanea Astarte etliptica Astarte montagui Astarte portlandioa Astarte quadrans Astarte subaequilatera Astarte undata Family Carditidae Cyaloaardia borealis Cyalooardia novangliae Regions 12 3 4 5 6 X X X X + X XX M X XXX + XXX XXX X X X + X + X X X X + + X X + + X X + + X + + X X X + X + X X X X X X X X X X X X X X + + + 4-E-39 i Family Arcticidae Arctica istandica Family Leptonidae Kellia suborbicularis Family Montacutidae Montacuta sp. My sella sp. Mysella plantulata Family Turtoniidae Turtonia sp. Turtonia minuta Family Lucinidae Luainoma sp. Lucinoma filosa Family Thyasiridae Axinopsida orhiaulata Thyasira sp. Thyasira equalis Thyasira flexuosa Thyasira simplex Thyasira trisinuata Family Ungulinidae Diplodonta verrilli Family Cardiidae Cerastoderma sp. Regions 1 2 3 4 5 6 M X X X X X X X X X X + + X + X + X X + + + X X + X X 4-E-40 10-80 Cerastoderma pinnulatum Clinooardium ailiatum Serripes gvoenlandiaus Family Veneridae Gemma gemma Liooyma ftuatuosa Meraenaria mercenaria Pitar morrhuana Family Petricolidae Petriaola pholadiformis Family Mactridae Mulinia lateralis Spisula polynyma Spisula solidissima Family Mesodesmatidae Mesodesma aratatum Mesodesma deauratum Family Tellinidae Maooma sp. Maooma balthica Maooma ealoavea Maooma tenia Tellina agilis Family Semelidae Cumingia tellinoides 4-F-41 Regions 12 3 4 5 6 X X X X X X + X X + X + + X X X X X X + XXX X X X X X M + X X + X + X X X X X X + X X X X X X X X X X X X X + X X + + + X X X X X X X X € Regions 12 3 4 5 M Family Solecurtidae Tagelus plebius Family Solenidae Ensis direotus Siliqua costata Family Myidae My a .sp. Mya avenaria Mya trunaata Family Hiatellidae Cyrtodaria siliqua Hiatella sp. Eiatella aratioa Eiatella striata Panomya aratiaa Family Pholadidae Barnea tunoata Xylophaga atlantioa Zirfaea arispata Family Teredinidae Psiloteredo megotara Teredo sp. Teredo navalis Subclass Anomalodesmata Order Eudesmodontida X X X X X X X + X X X X X X X X X X X XX X + XXX X X X X X X X XXX + + + + X + + + X X X XX + X 4-E-42 10-80 Regions 1 2 3 4 5 6 M Family Pandoridae Pandora glaaialis x x Pandora gouldiana + x x + x Family Lyonsiidae Lyonsai arenosa + x x + Lyonsia hyalina + x x x x x Family Periplomatidae Periploma fragilis + x x x + x Periploma leanum x + + Periploma papyratium x x x Family Thraciidae Thraaia oonradi x x x + Thraaia myopis x x x x + + Thraaia septentrionalis Order Septibranchida Family Cuspidariidae Cuspidaria sp. x x Cuspidaria aratiaa + Cuspidaria glaaialis offshore Cuspidaria pelluaide + + Class Cephalopoda Subclass Coleoidae Order Teuthidida Family Ommastrephidae Illex illeaehrosus* + x x x Family Loliginidae Loligo pealei* + x x ♦pelagic, therefore species distributions are not necessarily accurate € ) Regions 2 3 4 5 M Order Octopodida Family Octopodidae Bathy poly pus artiaus Octopus bairdii X + ) \ 4-E-44 10-80 PHYLUM ANNELIDA 1 2 3 4 5 6 M Class Polychaeta Order Archiannelida Family Dinophilidae Dinophilus sp. Nerilla antennata Order Phyllodocida Family Phyllodocidae Eteone sp. Eteone flava Eteone heteropoda Eteone laotea Eteone Tonga Eteone tv-il-ineata Eulalta sp. Eulatia hilineata Eulalia pistaaia Eulatia viridis Eumida sanguinea Mystides borealis Paranaitis sp. Paranaitis kosteviensis Paranaitis speoiosa Phyllodoce sp. Phyllodoae arenae X X X X X X X XX + X X X + XXX X X X X X X X X X X X X X X X X X X X + X X + + + + XX + X X X XXX offshore X X + X X X X X X X X X X X 4-E-45 Phyllodoae groenlandica Phyltodoae maauZata Phyllodoae mucosa Family Tomopteridae Tompteris heZgolandiaa Family Aphroditidae Aphrodita hastata Laetmonice filicornis Family Polynoidae Alentiana sp. AntinoelZa angusta Antinoella sarsi Arcteobia antiaostiensis Enipio graoilis Enipio torelli Eucvantia villosa Gattyana sp. Gattyana oirrosa Gattyana nutti Earmothoe sp. Harmothoe acanellae Harmothoe extenuata Harmothoe fragilis Harmothoe imhrioata Harmothoe nodosa Harmothoe oerstedi 1 2 3 4 5 6 M X X X X + X X X X X X X X X X X X X X + X + X X + X X + + X + + X + X X X X X X + X X X X X X X X X X X X X X X X X X X X + X X X X + XXX 4-E-46 10-80 1 2 3 4 5 6 M Harmothoe spinulosa Eavtmania moovei Lepidametria commensalis Lepidonotus sp. Lep'idonotus squamatus Lepidonotus sublevis Leanira tetragona Family Sigalionidae Pholoe minuta Sigalion sp. Sfhenelais limicola Family Chrysopetalidae Dysponetus pygmaeus Family Glyceridae Glycera sp. Gylceva amerioana Glycera capitata Glyceva dihranahiata Glycera robusta Ophioglyoera gigantea Bhynohobolus albus Family Goniadidae Goniada maculata Goniada norvegica X XX X X XX X X X X X X X X X X (estuarine) offshore X X X X X X X offshore X X X XX X X XXX X X X X X X X X X X X X X XXX X + + X X X X X X X X A-P.-A7 1 2 3 4 5 6 M Family Sphaerodoridae Ephesiella minuta Sphaerodorum sp. Sphaerodorum gracilis Family Nephtyidae Agtaophamus sp. Agtaophamus airainata Agtaophamus malmgreni Agtaophamus verritti Nephtys sp. Nephtys huceva Nephtys oaoeaa Nephtys aitiata Nephtys disaors Nephtys inaisa Nephtys tongosetosa Nephtys paradoxa Nephtys piota Family Syllidae Ambtyosyttis sp. Ambtyosyttis finmarchiaa Autotytus sp. Autotytus atexandri Autotytus oornutus Autotytus fasaiatus XXX X XXX XXX X X XX X XXX XX X X X X XX X X X X X X X X X X X XXX X X X X X X X X X X X X X X + XX X XX + + + X X XXX XXX + X + + X X + X X 4-F-48 10-80 Autolytus prismatious Autolytus prolifer Branaia olavata Eusytlis sp. Eusyllis bloomstvandi Eusytlis lamelligera Exogone sp. Exogone dispar Exogone hebes Exogone vevugera Parapionosyllis sp. Prionosyllis sp. Sphaerosyllis erinaoeus Shpaerosytlis hystria Stveptosyllis varians Syllides longoairrata Syllis sp. Syllis Gornuta Syllis gracilis Family Hesionidae Gyptis vittata Miorophthalmus sp. Miomo-phthalmus abervans Miorophthalmus sczelkowii Nereimyra sp. Nereimyra punctata 1 2 3 4 5 6 M + X X X X X X X X X X X X X X X X X X X X X X X X X X + XXX + + X + X XXX X X X X XXX offshore offshore 4-E-49 1 2 3 4 5 6 M Family Pilargidae Anaistrosyllis groenlandiaa Family Nereidae Cevatoneveis saotiae Nereis sp. Nereis arenaoeodentata Nereis diversiaolor Nereis grayi Nereis pelagioa Nereis succinea Nereis virens Nereis sonata Platynereis dumerili Websternereis tridentata Order Capitellida Family Capitellidae Areniella filiformis Capitella aapitata Heteromastus sp. Heteromastus filiformis Mediomastus ambiseta Notomastus sp. Notomastus lateriaeus Notomastus luridus X X X X X X X X X X X X X XXX X X X X X X X X X X X X X X X X X X X X X XXX X X X (estuarine) X X X X X X X X X X X X + X X + + X XXX X + 4-F~50 10-80 1 2 3 4 5 6 M Family Arenicolidae Arenioola cristata Areniaola marina Family Scalibregmidae Polyphysia arassa Soalibregma inflatum Family Maldanidae Asyahis sp. Asyohis capensis AxiothelZa oatenata Ctymenella sp. Clymenella ooltaris Ctymenella tovquata Clymenella zonalis Gravievella sp. Maldane sarsi Maldanopsis elongata Nicomache sp . Nioomaohe lubriaalis Praxillella sp. Praxillella gracilis Praxillella praetermissa Praxillella ornata Rhodine sp. Rhodine attenuata Rhodine loveni 4 X X XXX X X X X X X + XXX X X X X X X X X X X X X X + X X X X X X XXX X + X X X + + + X X X X + X X + + X X X X + X X + 4-E-5i 1 2 3 4 5 6 M Family Opheliidae Ophelia sp. Ophel-ta bioornis Ophelia dentiaulata Ophelina sp. Ophelina abranahiata Ophelina acuminata Travisia sp. Tvavisia oavnea Order Sternaspida Family Sternaspidae Sternaspis sp. Sternaspis soutata Order Spionida Family Spionidae Dispio uainata Laoniae oirrata Polydora sp. Folydora aggregata Polydora caulleryi Polydora ailiata* Polydora oommensalis Polydora oonaharum Polydora gracilis Polydora ligni* X X offshore X X X X X X X + X X X X X X + XX X XX X + X X X X X X X XX X X X XX X X X X XX X + X + + Jt + + X X X X X X ♦Rasmussen equates P. ligni to P. oiliata 4-F-52 10-80 Polydora quadrilobata Polydora soaialis Polydora wehsteri Prionospio sp. Prionospio ehlersi Prionospio matmgreni Prionospio pygmcea Prionospio steenstrupi Prionospio treadwelti Pygospio sp. Pygospio elegans Soolesaolepides sp. Sooleoolepis viridis Soolelepis sp. Scolelepis squamata Spio sp. Spio filioornis Spio limiaola Spio pettiboneae Spio setosa Spiophanes sp. Spiophanes bombyx Spiophanes kroyeri Spiophanes wigleyi Streblospio benedioti 1 2 3 4 5 6 M X X X + X XXX X X X + XXX X X X X X X X X X X X X X X X X X X X X X X X X X X X X + X X X X X X X X X X X X X X X X X X X offshore X X X X + X 4-E-S3 1 2 3 4 5 6 M Family Acrocirridae Maoroohaeta sp. Maoroahaeta sexooulata Family Trochochaetidae Trochoahaeta multisetosa Troahoahaeta watsoni Family Paraonidae Avioidea sp. Aricidea albatrossae Arioidea jeffreysii Ariaidea quadrilobata Arioidea sueoioa Paraonis sp. Paraonis fulgens Paraonis gracilis Paraonis lyra Family Apistobranchidae Apistobranchus tullbergi Family Chaetopteridae Chaetopterus sp. Spioahaetopterus sp. Order Eunicida Family Onuphidae Hyalinoeaia tubioola Onuphis conahylega + + offshore XXX X XX X X X X X X X XX X X X X X X X X + + X X X X + + 4-E-54 10-80 1 2 3 4 5 6 M Onuphis opatina Onuphis quadriouspis Family Eunicidae Eunice sp. Eunice pennata Eunice schemacephata Marphysa sanguinea Family Lumbrinereidae Lumbrineris sp. Lumbrineris acuta Lumbrineris brevipes Lumbrineris coccinea Lumbrineris fragilis Lumbrineris impatiens Lumbrineris latreilti Lumbrineris tenuis Lumbrineris tetraura Ninoe nigripes Family Arabellidae Arabella iricolor Drilonereis sp. Drilonereis longa Drilonereis magna Family Dorvilleidae Protodorvillea kefersteini X X X X X X X X X X X X X X X X + X offshore X X X X X X + X X X X X X X X X X X + X X X X X 4-E-55 Protodorvillea minuta Stauponereis caecus Stauronereis rudolphi Order Amphinomida Family Amphinomidae Paramph-inome Jeffreysii. Paramphinome puloheZla Pareurythoe borealis Family Euphrosinidae Euphrosine armadillo Euphrosine borealis Family Spintheridae Spinther c-itrinus Spinther miniaaeus Order Ariciida Family Orbiniidae Haploscaloplos foliosus Naineris quadriauspida Orbinia sp. Orbi-nia ornata Orbinia swani Scoloplos sp. Scoloplos acutus Scoloplos armiger Scoloplos fragilis 1 2 3 4 5 6 M offshore X X X offshore offshore X + X XX X + X X X XXX X X X X X X X X X X X X X X X X X X XX X + + XX + X X 4-F-56 10-80 1 2 3 4 5 6 M Saoloplos riseri Saoloplos robustus Order Cirratulida Family Cirratulidae Caulleviella sp.* Chaetozone sp. Chaetozone setosa Cirvatulus sp. Cirratulus airratus Cirratulus grandis Cossuva sp. Cossura laeviseta Cossura longooirrata Dodeaaaeria conoharum Dodecaoeria ooralii Tharyx sp. Thavyx acutus Tharyx marioni Tharyx similis Order Oweniida Family Oweniidae Myrioohele sp. Myrioahele heeri. Owenia sp. Owertia artifex ** X X X X + X X X + X X X X X X X X X X X XX X X X X X X + X + + XXX X XX X X X X X XX offshore + X X X X *may be Tharyx acutus **Hartman (1944) says this species is synonymous with 0. fusiformis 4-E-57 Owenia fusiformis Order Terebellida Family Pectinariidae Pectinaria sp. Pestinaria gouldii Pectinaria granulata Pectinaria hyperborea Family Ampharetidae Amage auricula Amage tumida Ampharete sp. Ampharete aoutifrons Ampharete arotica Amphioteis floridus Amphicteis gunneri Anobothrus gracilis Asabellides oculata Glyphanostomum sp. Eypaniola grayi Melinna cristata Melinna elisabethae Melinna maculata Sabellides sp. Sabellides octooirrata Sabellides pusilla Samytha sexoirrata 1 2 3 4 5 6 M XXX X X X X X X X X + X X X X X X X X + + offshore + X X X X X X X X + X X X X X X XX X X X X X X XX X offshore XXX + X X + + X X X + X X + X + (estuarine) 4-F-58 10-80 Samythella elongata Family Terebellidae Amphitrite sp. Amphitrite affinis Amphitrite airrata Amphitrite groentandica Amphitri i-E-87 Lissoalinum aureum Trididemnum tenerum Suborder Phlebobranchia Family Cionidae Ciona intestinalis Family Corellidae Chelyosoma macleayanum Family Ascidiidae Asaidia aallosa Asaidia obliqua Asaidia prunum Order Pleuregona Suborder Stolidobranchiata Family Styelidae Botrylloides aureum Botryllus sp. Botryllus schlosseri Cnemidocarpa mollis Dendrodoa carnea Dendrodoa grossularia Dendrodea pulahella Polyoarpa fibrosa Styela aorciaoea Styela partita Family Pryuidae Boltenia sp. Boltenia eohinata 1 + + + + + Regions 3 4 5 6 + + M X + XXX + X XX XX + + + X X X X X X + + + + X + + X XX + X X XXX 4-F-B8 10-80 Boletenia ovifera Halocynthia pyriformis Family Moiqulidae Bostriohobranahus pilularis Mogula sp. Mogula arenata Mogula aitrina Mogula aomplanata Mogula manhattensis Mogula provisionis Mogula retortiformis Mogula siphonalis Regions 1 2 3 4 5 6 M X X XXX + X XXX X X X X XX X X + X X + X X XXX + X XXX + + + XXX X 4-E-89 APPENDIX F Seasonal Abundances and Reproductive Patterns of Zooplankton in Maine Waters Eleven species of copepods and nine groups of meroplanktonic species are discussed below, in terms of seasonal abundance and times of reproduc- tion. Some species, such as Eurytemora herdmani and Acartia tonsa, are not dominant in the coastal waters of Maine; however, because of the dominance of these species in estuaries, it is necessary to include them in this section for the sake of comparison. Meroplanktonic forms addressed are either (1) dominant (i.e., abundant), (2) important to the benthic population (i.e., barnacles, molluscs, or polychaetes) , or (3) important predators (i.e., coelenterates of Sagitta elegans) . 1. ) Calanus f inmarchicus Although Calanus f inmarchicus is the most abundant species in the Gulf of Maine, C_. finmarchicus was not abundant in Penobscot Bay and the maximum in population occurs in late summer and late fall (Bertrand 1977). This species decreased in numbers toward the upper bay (Bertrand 1977) , which indicates that C^. finmarchicus is probably carried into the upper bay from coastal waters. In the Gulf of Maine, Fish (1936) reported that the western stock of this species (C^. finmarchicus) had two major broods, which spawned primarily in March-April and in June- July, with perhaps another spawning season in September. In Penobscot Bay, peak abundances of copepodites were observed in winter and summer, which indicates spawning in fall and early summer (Bertrand 1977). Bertrand (1977) feels that the population of C^. finmarchicus is probably a result of immigration from the Gulf of Maine combined with localized propagation. 2.) Pseudocalanus minutus P^. minutus is widespread in the temperate region of the northern hemi- sphere and is nearly as universal as C^. finmarchicus in the Gulf of Maine. In the Bay of Fundy and in the Gulf of Maine, P^. minutus is second in abun- dance only to C. finmarchicus (Fish 1936), and Bigelow (1926) suggests that it averages about 11% of the copepod stock and generally was 1/lOth to l/5th as abundant as C^. finmarchicus. Pseudocalanus minutus adults in Penobscot Bay exhibit four periods of maximum abundances: midwinter, early spring, late summer and late fall (Bertrand 1977). The largest peak is in late summer. In Boothbay Harbor, Pseudocalanus minutus is abundant in all seasons; the major peak of abundance occurs in October, with smaller peaks in February, May, and July-August (Sherman 1976). This pattern is similar to the (Continued) 4-F-l 10-80 population in the Gulf of Maine. Four generations of P^. minutus appear to occur in Penobscot Bay in fall, winter, spring, and summer (Bertrand 1977). In the upper bay only three generations appear to be present; the summer brood does not appear (Bertrand 1977), Bigelow (1926) found that possibly three to four broods were spawned during the year and that breeding occurred mainly in March-April, May-June, July-August, and September. 3.) Centropages typicus C^. typicus is one of the most abundant copepods during the fall in the central coastal and offshore waters of the Gulf of Maine (Sherman 1970, and Bigelow 1926) . This species has been observed in Penobscot Bay in small numbers in late summer and fall to early winter (Bertrand 1926) . Sherman (1976) observed a peak of abundance in C^. typicus in October and possibly a second peak in May. According to Bigelow (1926) and Deevey (1952), this species is relatively stenohaline, and generally does not survive well when the salinity is lower than 31 o/oo. This may explain its scarcity in Penobscot Bay, which has reduced salinity seasonally, and its presence in Boothbay Harbor, where salinity is consistently high. Bertrand (1977) suggests that the population present in Penobscot Bay consists of migrants from the Gulf of Maine. Other observations in North Atlantic waters show that the timing of its seasonal maximum is not affected by temperature (Clark 1940; Fish 1925). Therefore, C^. typicus is abundant in coastal and offshore waters from summer to late winter (Clark 1933) . 4.) Centropages hamatus Centropages hamatus was found in maximum densities in summer in Boothbay Harbor (Sherman 1976) and Penobscot Bay (Bertrand 1977) . In the coldest part of the season (January-April) it was absent in Boothbay Harbor (Sherman 1976) and found in very low numbers in Penobscot Bay (Bertrand 1977) In the Gulf of Maine, Bigelow (1926) and Sherman and Schaner (1968) noted that C^. hamatus was fairly scarce compared to C^. typicus. C^. hamatus is thought to be euryhaline and more abundant in relatively shallow waters. Reproduction of C^. hamatus in the Penobscot Bay probably occurs in spring; thus only one generation may be produced per year (Bertrand 1977). Five generations per season for C^. hamatus were reported by Marshall (1949) from Clyde Sea area of Scotland. In Block Island Sound only two generations (winter and June-July) were observed by Deevey (1952). The increase in population in the spring may be attributed to low numbers of overwintering adults living near the bottom (Marshall 1949) or possibly a winter dormant egg (Fish and Johnson 1937). Zillious and Gonzolex (1972) and Kasahara et al. (1974) have noted the occurence of overwintering eggs of calanoid copepods from estuarine and nearshore sediments. 5.) Microsetella norvegica Microsetella norvegica is the most abundant copepod in the Penobscot Bay during late fall and winter (Bertrand 1977). A major breeding period (Continued) 4-F-2 may occur in late autumn and winter (Bertrand 1977) . In the Gulf of Maine and Bay of Fundy, M, norvegica is an important member of the pelagic population (Fish 1925; Fish and Johnson 1937), although it was not recorded by Bigelow (1926), because of the larger mesh size which he used. Fish (1925) suggests that three to four generations were produced by M. norvegica in the Gulf of Maine between March and September, and spawning probably occurred in late March, late May, July, and mid- September. 6.) Temora longicornis T^. longicornis is most abundant in terms both of numbers and volume in Penobscot Bay in summer and fall, disappearing in winter (Bertrand 1977). In Boothbay Harbor T^. longicornis also has a peak abundance in the late summer-early fall, but is found throughout the year (Sherman 1976). His data suggests a continuous breeding cycle from March to December, similar to that of other inshore populations, i.e. Montsweag Bay and the Damariscotta River. Bertrand (1977) suggests that there are four to five generations of T^. longicornis in the outer Penobscot Bay (May to October) and two to three generations in the inner bay (August to October) . He also feels that some of the population of the outer bay is transported to the inner bay, there- fore augmenting the population in the inner bay. No observations on the breeding of T^. longicornis have been made for the population in the Gulf of Maine. Generally, the seasonal maximum of T^. longicornis occurs earlier to the southward. In Long Island Sound (Deevey 1956) and Block Island Sound (Deevey 1952) highest numbers were recorded in late spring or early suiuner, while in the Gulf of Maine (Bigelow 1926) and at Woods Hole (Fish 1925) it was found abundantly during winter. In estuaries and bays along the Maine coast the situation is different from that in the open waters of the Gulf of Maine. The population of T^, longicornis in Montsweag Bay, the Damariscotta River, Penobscot Bay, and Boothbay Harbor, was most numerous in the late summer and fall (Lee 1974; McAlice 1971 to 1977; Bertrand 1977). It appears that this euryhaline copepod has seasonal occurrence of maximum density that is dependent to a large extent on temperatures within the range of 57 to 64°F (14 to IS^C) (Bigelow 1926; Deevey 1956; Lee 1947; and, McAlice 1971 to 1977). 7.) Oithona similis The Oithona population in Boothbay Harbor and Penobscot Bay follows a pattern of abundance somewhat similar to Montsweag Bay and the Damariscotta River estuary (i.e., maximum in late summer and fall). The population is only slightly reduced in summer in the coastal waters where the water temperature is cooler than in Montsweag Bay or the Damariscotta River (Lee 1974; McAlice 1971 to 1977). In the Gulf of Maine, 0^. similis is predomin- antly a winter species (Bigelow 1926) . (Continued) 4-F-3 10-80 The abundance of nauplii in the samples were generally less than other later developmental stages (Bertrand 1977) . This does not reflect the true population structure and perhaps indicates that the Oithona population in Penobscot Bay is recruited from offshore populations, where temperatures are lower and salinity higher than in the estuary (Bertrand 1977) . The presence of nauplii at all stations sampled in Penobscot Bay indicates that there is a locally produced generation (Bertrand 1977) . In the western Gulf of Maine, Fish (1936) reported this species as breeding from March to September, and noted that it was a very "fecund" organism with high mortality in the early developmental stages. Three major generations could be recognized there from January to August. Females with eggs were recorded from March through June in Block Island Sound (Deevey 1952) . Thus the reproductive periods of this species seem to be associated with the cooler portions of the season. 8.) Acartia sp. Two species of Acartia, A. longiremis and A. clausi (also known as A. hudsonica; Bradford 1976), are characteristically present in the coastal marine waters of Maine. A third Acartia species, A. tonsa may be present in low abundances in some areas . A. tonsa was not recorded by Sherman (1976) from the Boothbay Harbor region. The higher salinity of this area probably accounts for the absence of this copepod. However, in upper Penobscot Bay, Bertrand (1977) found this species in low abundance from June through October but copepodites (i.e., young copepods) were not found and it was presumed that propogation took place in the Penobscot River estuary where temperatures are higher and salinity lower. In Boothbay Harbor A. clausi is the dominant copepod in the summer with a major peak of abundance in July and August, while the less abundant A. longiremis had a July-August peak followed by a comparable peak in November (Sherman 1976) . This pattern seems to reflect the Acartia population in the coastal Gulf of Maine waters (Bigelow 1926). In Penobscot Bay, popula- tions of A. clausi followed those described for Boothbay Harbor; however, A. longiremis was only found in the Bay in autumn and early winter (Bertrand 1977). Since no copepod stages were found, Bertrand (1977) suggests that individuals from the automn population peak in the Gulf of Maine immigrate into the Bay. In the Gulf of Maine, Bigelow (1926) suggested two breeding seasons for A. longiremis ; early spring and late summer. Sherman (1968) found a seasonal maximum of A. longiremis in summer in the central coastal area of the Gulf of Maine. In Penobscot Bay, Bertrand (1977) found that there were probably three to four broods of A. clausi per year. Bertrand (1977) states that there are apparently four generations in the upper bay and three in the lower bay. He feels that occurrence of a fourth generation in the upper bay in the summer may be due to the higher temperatures and more food available to developmental stages in this area. (Continued) 4-F-4 9. ) Eurytemora herdmani Bigelow (1926) found E^. herdmani to be scarce in the Gulf of Maine and suggested that this species did not breed successfully seaward of the outer headlands. However, Sherman (1970) found that it was generally present all year in coastal Gulf of Maine waters and in the late summer-early fall in Boothbay Harbor (Sherman 1976) . This species is also one of the most abundant copepods in Passamaquoddy Bay (Fish and Johnson 1937). In Penobscot Bay, numbers of E^. herdmani decrease towards the outer bay, which indicates the importance of the estuary as a source of production for this species (Bertrand 1977). Three generations (late spring, mid-summer and fall) appear to be present in the upper bay (Bertrand 1977). This population is increased by immigrants which may have more than four generations a year and are carried to the bay by river discharge (Bertrand 1977) • Evidently E^. herdmani thrives best in brackish waters of estuaries. 10.) Cirripeds Cirriped, immature (nauplii and cyprid) stages include several species of barnacles of the genus Balanus, especially during the summer. During the winter-spring months, the population in coastal Maine waters is probably dominated by Balanus balanoides. There appear to be two peaks of abundance which occur in spring (March and April or April and May) in Penobscot Bay (Bertrand 1977). In Boothbay Harbor, there appears to be only one major peak of cirriped larvae, in spring, with possibly a minor peak in reproduc- tion in May (Sherman 1976) . It is unknown whether these peaks represent the spawning activities of different species. The interaction of temperature along with food supply accounts for the reproductive peaks in barnacles (Vernberg and Vernberg 1970) . 11.) Cladocerans Two species of cladocerans dominate the zooplankton of Penobscot Bay; Podon leuckarti and Evadne nordmani from April through October (Bertrand 1977) Seasonal occurrence for P. leuckarti and E^. nordmani were almost exactly the same; however, maximal abundances occurred slightly earlier for E^. nordmani (Bertrand 1977). Densities were highest in mid-July with a second, though smaller, peak in late August or early September. In the Gulf of Maine and Boothbay Harbor the same pattern and time of greatest abundance of the cladocerans were noted (Bigelow 1926; Sherman 1976). Gieskes (1971) found that seasonal surface temperature was an important factor governing both the presence and abundance of P^. leuckarti and E^. nordmani in the North Atlantic. The temperature at which these cladocerans first appeared was about 43 to 45°F (6 to 7°C) and the optimal temperature for highest numbers i£ around 55°F (13°C). Both these species of cladocerans increase in numbers toward the outer Penobscot Bay (Bertrand 1977). Bertrand (1977) suggests that higher numbers of E^. nordmani in the upper bay indicate that this species can compete more successfully in a variable environment. E^. nordmani reproduces parthenogenetically through the summer from cysts that overwinter on the bottom (Bigelow 1926; Bainbridge 1958). Possibly £. leuckarti has the same mode of reproduction. (Continued) 4-F-5 10-80 12.) Echinoderm larvae Echinoderm larvae were most abundant in Penobscot Bay from early May to late July (Bertrand 1977) . Larvae of sea urchins and brittle stars were found in almost equal abundances (Bertrand 1977). Another echinoderm larva, of the holothurian Psolus fabricii was present in the bay in low numbers from April to July (Bertrand 1977) . Echinoderm larvae were not a significant part of the coastal zooplankton (Sherman 1968) . 13.) Appendicularia Appendicularia made up over 27.4% of the zooplankton in the summer in coastal waters of Maine in 1966 (Sherman 1968). However, in the summer of 1965 this group accounted for only 2.1% of the zooplankton population (Sherman 1968). In Penobscot Bay, Bertrand (1977) reports the appendicularian, Fritillaria borealis as present in May and June in low numbers. He suggests that appendicularians and their discarded houses may play a biologically important role in the plankton ecology of the bay because phytoplankton and protozoans were found embedded in what appeared to be discarded houses of this group. Zooplankton grazers are thought to find the phytoplankton that are concentrated on the houses and, the houses also are thought to provide miniature habitats on which zooplankton may rest (Alldredge 1976) . 14.) Sagitta elegans Sagitta elegans is the only species of chaetognath reported from the coastal waters of Maine. In coastal waters of the Gulf of Maine, summer highs were recorded during 1963 to 1966 (Sherman and Schaner 1968) . A summer population maxima was also reported by Bertrand (1977) in Penobscot Bay; however, small peaks were noted in the fall and spring. This seasonal pattern for S^. elegans was just the reverse of the population trend found in Montsweag Bay. S^. elegans was noted by Bigelow (1926) as one of the characteristic zooplankters of the Gulf of Maine and has suggested that the Gulf of Maine is probably the northernmost center of reproduction for this species. Densities of this species in Penobscot Bay (Bertrand 1977) were found to be higher than those recorded by Sherman and Schaner (1968) in the coastal waters of the Gulf of Maine. Bertrand (1977) suggests that the topography of the bay (i.e., confined), high salinity water and abundant food supply are among the factors supporitng a large population in the bay. Sagitta elegans prefers low temperatures, and Russell (1932) indicated that reproduc- tion may not occur at temperatures >57°F (14°C). Bigelow and Sears (1939) gave a temperature range of 39 to 61° F (3.6 to 16.1°C) for S^. elegans in the Gulf of Maine, and 64 to 68° F (18 to 20° C) as the upper limit for survival. Because S^. elegans, including immature stages, is present year round in Penobscot Bay and the species has similar seasonal patterns as the coastal population, Bertrand (1977) feels that there is a population of £. elegans which is endemic to the bay. Possibly the lowered water temperatures from Penobscot Bay east allow this species to maintain nearshore populations in the summer . (Continued) 4-F-6 Apparently, temperature is a very important factor relative to its occurrence in brackish waters, but in the coastal waters, both temperature and its breeding cycle are of equal importance in the seasonal fluctuation of abundance (Bigelow and Sears 1939; and Sherman 1968). 15.) Coelenterate medusae (hydromedusae and scyphomedusae) Medusae are important predators on the smaller zooplankton. Four species of hydromedusae were present in Penobscot Bay: Phialidlum languidum, Sarsia sp. , Bougainvlllia principis, and Stamophora mertensis (Bertrand 1977). The first two species were the only ones which were ever abundant. The most abundant species was P^. languidum which was present from mid June to October. Mayer (1910) reports similar seasonal occurrence for New England coastal waters. Bigelow (1926) notes that in the Gulf of Maine this species is at its peak of abundance. Sarsia sp. was present mainly in the upper bay from May to July. Bertrand (1977) feels that this species comes from local populations. Two species of scyphomedusae were present in Penobscot Bay: Cyanea capillata and Aurelia aurita. They are generally common in coastal waters of Maine. In Penobscot Bay, C^. capillata increases in size and numbers in the spring through early summer. Numbers then decline and the adults disappear by October. Reproduction takes place in late August and September and the young jellyfish (ephyrae) grow slowly through the autumn and winter (Bertrand 1977). Similar seasonal patterns were noted by Bigelow (1926) in the inshore waters of the Gulf of Maine. In Penobscot Bay, Aurelia aurita occurred in great numbers in late June and July in the third year of a three year study by Bertrand (1977). This would indicate that there are periodic "blooms" of this species. 16.) Ctenophores Ctenophores are important predators on zooplankton, particularly copepods. Three species were present in Penobscot Bay: Bolinopsis infundibulum, Pleurobrachia pileus, and Beroe cucumis (Bertrand 1977) . B^. infundibulum was the most abundant followed by £. pileus and B^. cucumis (Bertrand 1977) . Bertrand (1977) found that B^. infundibulum produced three generations a year and had maximal abundances in the winter, spring and early fall. This species is found in such great abundance in Penobscot Bay that the waters are sometimes depleted of the microzooplankton population. In the Gulf of Maine, Bigelow (1926) found that this species only produced one generation per year in late summer to early fall. Many P^. pileus were found in upper Penobscot Bay for the first six months of 1976, which may indicate the reproductive period of this species (Bertrand 1977) . The occurrence of this species in the bay in low numbers in 1974 and 1975 (Bertrand 1977) indicates the patchy nature of populations of this species. Beroe cucumis was found in high abundances in upper Penobscot Bay in early summer 1976 (Bertrand 1977). Bertrand (1977) suggests that the population of B^. infundibulum (Continued) 4-F-7 10-80 may have been depleted because as Kanshilov (1955) suggests, P^. cumis may feed exclusively on B^. infundibulum. 17.) Molluscan larvae Bivalve larvae were most abundant in the summer during the warm season. Several different species were dominant (i.e., abundant) in Penobscot Bay: Mya arenaria, Mytilus edulis, Mercenaria mercenaria. No peaks of reproduction were recorded (Bertrand 1977) . In the Damariscotta River estuary two peaks were recorded: the first in spring and the second in autumn; and they were of equal magnitude (Lee 1974) . Gastropod larvae were not identified to species in Penobscot Bay (Bertrand 1977). The major abundant peak occurred in August-September, however they were present from June through September (Bertrand 1977) . Abundances were less than for bivalve larvae (Bertrand 1977) . Legare and Maclellan (1960) reported gastropod larvae in the spring, summer, and a few in autumn for Passamaquoddy and Cobscook Bays. 18.) Polychaete larvae Polychaete larvae (setiger stage) were present in Penobscot Bay in the plankton from spring to mid-summer in 1975 and in November-December 1974 (Bertrand 1977). The most abundant polychaetes were Polydora spp. and Nereis spp. (Bertrand 1977). Bertrand (1977) feels that his data suggest that benthic polychaetes in the Bay probably spawn in spring and early summer. Peaks in numbers of polychaete larvae in spring and late summer are also found in the Damariscotta River estuary (Lee 1974) . Polychaete larvae had a similar seasonal pattern of occurrence in Passamaquoddy Bay and Cobscook Bay (Legare and Maclellan 1960) . 19.) Special Interaction: Fishing and an Oceanic Coelenterate The siphonophore, Nanonia cara, was found in great abundances off Boothbay Harbor and Portland (Rogers 1976) . Fishing nets became clogged and fish catches declined dramatically. Rogers (1976) attributes this "bloom" to warmer than average temperatures. Bigelow (1926) notes that this species is widely distributed in the Gulf of Maine with maximum abundances occurring in summer. Bertrand (1977) reported that N. cara occurs in Penobscot Bay erratically and in low numbers. Since immature stages were collected, Bertrand (1977) feels that there is a native population in the bay. Temperatures from Penobscot Bay east are probably too low to induce the bloom phenomenon which occurred in western Maine. 4-F-8 CHAPTER 6 -6- 10-80 Appendix Al. Extent (miles) and Distribution of NWI Habitats Within Named River, Streams and iJrooks in Each Region of Coastal Maine by River System REGION 1 Presumpscot River System Casco Bay: Townships: Habitat and Mileage: Squidere Gusset, Mill Br., Piscataqua R. , Piscataqua R. East Branch, Header Br. Portland, Falmouth, Cumberland, Yarmouth Habitat Mileage R unknown 3.37 RlOW .16 R20W 11.54 R30W 5.74 Total ROW 17.44 PEM 1.85 PSS 1.28 PFO 1.37 POW .42 P^°/ss .55 4.26 Total P 9.73 Royal River System Casco Bay: Townships: Habitat and Mileage; Harraseeket River System: Townships: Yarmouth Habitat Mileage R unknown .27 R20W 2.10 Total ROW 2.10 POW .98 Total P .98 Frost Gully Br., Alien Range Br., Kelsey Br., Mill Str. Freeport, Brunswick Continued 6-A-l 10-80 Appendix Al . Continued REGION 1 (Continued) Harraseeket River System (Continued) Habitat and Mileage: Mill Creek System: Townships : Habitat and Mileage; Little River System Casco Bay: Townships: Habitat and Mileage: Streams, Brooks, Minor Rivers Draining Directly into Estuarine and Marine Waters (not rivers) : Habitat Mileage R unknown 4.86 PEM 0.89 pf°/ss 1.18 Total P 2.C7 Chenery Br., Norton Br. Falmouth, Yarmouth Habitat Mileage R unknown 3.49 PSS 0.67 PFO 0.39 Total P 1.06 Freeport Habitat Mileage R unknoxm 1.80 PSS 0.11 PFO 1.02 pf°/ss 0.10 Total P 1.23 Kimball Br., Bunganuc Br., Miller Cr., Mare Br., Alewife Br. Continued 6 -A- 2 Appendix Al. Continued REGION 1 (Continued) Streams, Brooks, Minor Rivers Draining Directly into Estuarine and Marine Waters (not rivers) (Continued) Townships: Habitat and Mileage: Fore River System Portland Harbor - Casco Bay: Townships: Habitat and Mileage: S. Portland, Brunswick, Cape Elizabeth Habitat Mileage R unknown 4.42 R20W 2.05 R30W 1.07 R2UB 0.37 Total ROW 3.49 PEM 0.28 PSS 0.69 PFO 0.65 POW 0.22 P^™/ow 0.31 Total P 2.15 Stroudwater R., Long Cr., Red Br., Barberry Cr. Portland, S. Portland, Scarboro Habitat Mileage R unknown 2.01 R20W 3.90 R30W 2.04 Total ROW 5.94 PSS 0.11 PFO 1.58 POW 0.15 Pf/em 0.26 P^°/ss 0.94 Total P 3.04 LlOW 0.75 Total L 0.75 Continued 6-A-3 10-80 Appendix Al. Continued BIEGION 1 (Continued) Cousins River System Casco Bay: Townships: Habitat and Mileage: Spurwink. River System: Townships: Habitat and Mileage; REGION 2 Kennebec River System: Townships: Pratts Br., Merrell Br., Harvey Br. Freeport, Yamnouth Habitat Mileage R unknown 0.61 PSS 1.21 PFO 6.24 Pfo/ss 0.24 Total P 7.69 Pollack Or., Willow Br. Cape Elizabeth Habitat Mileage R unknown 0.22 PSS PFO pss/em pem/ow Total P 0.20 0.92 0.27 0.13 1.52 Chops Cr., Stone Br., Whiskeag Cr., Palmer Br., Back River Cr., The Branch, Nequasset Br., Kimball Br., Sasanoa R., Stony Meadow Br., Back R. , Morton Br., Winnegance Cr., Cobbosseecontee Str., Dennis Br., Eastern R. , Togus Str., Wilmot Br., Rolling Dam Br., Vaughn Br., Bond Br . , Rockwood Br . Bowdoinham, Richmond, Dresden, Woolwich, Farmingdale, Bath, Chelsea, Arrowsic, Gardiner, Phippsburg, Randolph, Georgetown, Pittston, Augusta Continued 6-A-4 Appendix Al. Continued REGION 2 (Continued) Kennebec River System (Continued) Habitat and Mileage: Androscoggin River System Merrymeeting Bay: Townships: Habitat and Mileage: Abagadasset River System Merrymeeting Bay: Townships: Habitat and Mileage: Habitat Mileage R unknown 6.49 RlOW 42.34 R20W 10.66 R30W 13.58 Total ROW 66.58 PEM 4.42 PSS 11.00 PFO 15.78 POW 1.89 Pf/em 2.80 pf°/ss 5.05 Total P 40.94 LlOW 4.00 Total L 4.00 Little River, Simpson Br. Top sham, Brunswick Habitat Mileage R unknown 8.05 R20W 9.20 Total ROW 9.20 Baker Br. Richmond , Bowdc )inham Habitat Mileage R unknown RlOW R30W Total ROW 0.44 3.55 4.07 7.62 Continued 6 -A- 5 10-80 Appendix Al, Continued REGION 2 (Continued) Abagadasset River System (Continued) Habitat and Mileage (Cont.) Habitat Mileage PEM 1.05 PSS 3.50 PFO 3.42 POW 0.07 pss/em 0.80 Total P 8.84 Sheepscot River System Sheepscot Bay: Dyer R., Deer Meadow Br., Cross R. , Ward Br., Sasanoa R., Montsweag Br., Parsons Cr., Back R., Ben Br., Trout R. Marsh R. , Little Sheepscot R., Chewonki Cr . Townships: Habitat and Mileage; Wiscasset, Edgecomb, Newcastle, Alna, Woolwich, Westport Habitat Mileage R unknown 4.87 RlOW 1.56 R20W 6.12 R30W 4.60 Total ROW 12.28 PEM 0.29 PSS 3.89 PFO 4.48 POW 0.42 pss/em 0.13 pf°/ss 0.14 Total P 9.35 LlOW 0.79 Total L 0.79 Continued 6-A-6 Appendix Al. Continued REGION 2 (Continued) Cathance River System Merrymeeting Bay: Townships : Habitat and Mileage: Streams, Brooks, Minor Rivers Draining Directly into Coastal Waters (not rivers) : Townships: Habitat and Mileage: REGION 3 Medomak River System: Denham Str., Sedgely Br., Mallon Br. Topsham, Bowdoinham Habitat Mileage R unknown 0.33 RlOW 5.09 R20W 6.25 R30W 1.05 RIFL 1.55 Total ROW 13.94 PEM 0.29 PSS 2.51 PFO 9.59 Total P 12.39 Little River, Muddy River, New Meadows River, Meadow Br. Georgetown, Topsham, W. Bath, Bath, Harpswell , Phippsburg, Brunswick Habitat Mileage R unknown 0.75 R20W 3.27 Total ROW 3.27 PEM 0.52 PSS 1.72 PFO .25 Total P 2.49 Medomak Br., Slaigo Br., Back Er., Demuth Br., Farnsworth Br., Benner Br. Continued 6-A-7 10-80 Appendix Al. Continued REGION 3 (Continued) Medomak River System (Continued) Townships: Habitat and Mileage: Damariscotta River System: Townships: Habitat and Mileage: Goose River System: Townships: Habitat and Mileage: Friendship, Waldoboro, Bremen Habitat Mileage R unknown 2.00 R20W 1.19 R30W 9.07 Total ROW 10.26 PEM 1.94 PSS 4.24 PFO 6.12 Pss/em P /ss 0.94 0.71 Total F 13.95 Oyster Cr. , Wiley Br. Newcastle , Bristol, Damariscotta, Nobleboro, South Bristol Habitat R unknown PSS PFO Total P Mileage 1.41 0.17 0.21 0.38 Waterman Br. Waldoboro, Friendship Habitat Mileage R unknown R20W R30W Total ROW 0.11 1.94 0.35 2.29 Continued 6-A-8 Appendix Al- Continued REGION 3 (Continued) Goose River System (Continued) Habitat and Mileage (Cont . ) Meduncook River System: Townships: Pemaquid River System: Townships: Habitat and Mileage: Johns River System: Townships : REGION 4 Penobscot River System Penobscot Bay: Habitat Mileage PSS PFO POW pf°/ss Total P 3, 3, 0. 0. 7. .69 .34 ,22 10 ,35 Back River Gushing, Friendsh ip Little Falls Br. Bristol, Bremen Habitat Mileage R unknown R20W Total ROW PEM PSS Total P LlOW Total L 2.78 3.61 3.61 1.26 0.93 2.19 4.13 4.13 South Bristol, Bristol Sovadabscook Str., Carly Br., Brown Br., Ulmer Br., Reeds Br., Sedgeunkedunk Stream, Cove Br., North Br., Marsh Str., Clements Br., S. Branch Marsh R., Kenduskeag Str., Clarke Br., Meadow Br., Continued 6-A-9 10-80 Appendix Al. Continued REGION 4 (Continued) Penobscot River System (Cont.) Townships; Habitat and Mileage; Clements Br., Felts Br., Littlefield Br., Meadow Br., Eaton Br., Perkins Br, Orland R. , Colson Str., Stubbs Br,, Main Str., Whites Br., Halfmoon Str., Narranissie R. , Lane Br., Hawes Str. Frankfort, Penobscot, Prospect, Castine, Verona, Veazie, Stockton Springs, Brewer, Hampden, Bangor, Orrington, Eddington, Winterport, Orland, Bucksport Habitat Mileage R unknown 10.06 RlOW 7.46 R20W 16.56 R30W 31.74 Total ROW 55.76 PEM 1.72 PSS 11.14 PFO 9.56 POW 0.93 pss/em 5.26 pf°/ss 9.53 pf°/em 0.68 Total P 38.82 LlOW 2.56 Total L 2.56 St. George River System: Townships: Oyster River, Mill R. , Branch Br., Meadow Br., Beaver Dam Br., Keene Br., Fuller Br., Alford Br., Levensaler Br. Warren, Thomaston, Rockland, Waldoboro^ Gushing Continued 6-A-lO Appendix ^1- Continued REGION 4 (Continued) St. George River System (Cont.) Habitat and Mileage: Habitat Mileage R unknown 6.16 R20W 5.94 R30W 6.95 Total ROW 12.89 PEM 2.75 PSS 8.48 PFO 7.28 Pf/em P^°/ss 0.65 1.82 Total P 20.98 LlOW 0.59 Total L 0.59 Passagassawakeag River System: Weskeag River System Muscle Ridge Channel (W. Penobscot Bay) : Townships: Webster Br., Marsh Fork, Wescot Str., Warren Br. Townships: Belfast, Waldo Habitat and Mileage: Habitat Mileage R unknown 2.86 RlOW 0.23 R20W 3.46 Total ROW 3.69 PEM 0.16 PSS 3.16 PFO 6.55 Total P 9.87 Sharkeyville Cr., Marsh Br. S . Thomaston Continued 6-A-ll 10-80 Appendix Al« Continued REGION 4 (Continued) Weskeag River System (Continued) Habitat and Mileage: Little River System Penobscot Bay: Townships: Habitat and Mileage: Megunticook River System W. Penobscot Bay: Townships: Habitat and Mileage: Habitat Mileage R unknown 0.68 PEM PFO pf°/ss Total P 0.30 0.24 0.13 0.67 Piper Stream Belfast, Northport Habitat Mileage R unknown R20W R30W Total ROW 1.91 0.10 0.86 0.96 PSS PFO Total P 1.87 3.78 5.65 LlOW Total L 1.06 1.06 Camden Habitat Mileage R unknown 0.23 R30W 1.25 Total ROW 1.25 PFO 0.22 Total P 0.22 LlOW 1.81 Total L 1.81 Continued 6-A-12 Appendix Al. Continued REGION 4 (Continued) Goose River System W. Penobscot Bay: Townships: Habitat and Mileage: Ducktrap River System W. Penobscot Bay: Townships: Habitat and Mileage; Bagaduce River System: Townships: Habitat and Mileage: Rockport Habitat Mileage R unknown 0.59 R20W 0.54 R30W 0.38 Total ROW 0.92 PEM 0.59 PSS 0.53 PEO 1.50 P^°/ss 0.38 Total P 3.00 Kendall Br., Tucker Br., Black Br. Lincolnville Habitat Mileage R unknown 3.25 R30W 6.00 Total ROW 6.00 PEM 0.88 PSS 2.50 PFO 3.79 P^°/ss 0.25 Total P 7.42 Smelt Br., Winslow Str., Camp Str. Castine, Brooksville, Penobscot Habitat Mileage R unknown R20W Total ROW 3.70 1.04 1.04 Continued 6-A-13 10-80 Appendix Al. Continued REGION 4 (Continued) Bagaduce River System (Continued) Habitat and Mileage (Cont.) Habitat Goose River System Belfast Bay - Penobscot Bay: Townships: Habitat and Mileage : Streams, Brooks, Minor Rivers Draining Directly into Coastal Waters (not rivers) : Mileage Townships: PEM 0.18 PSS 0.06 PFO 1.68 Total P 1.92 Swanville, Belfast Habitat Mileage R unknown 0.20 R30W 1.21 Total ROW 1.21 PSS 2.53 PFO 1.06 POW 0.08 pf°/ss 0.14 Total P 3.81 LlOW 2.65 Total L 2.65 Smelt Br., Crockett Br., Shaw Br., Shepardson Br., Bog Br., Long Cove Br. Piper Br., Mill Br., Morrow Br., Great Br., Frohock Br., Fish Cr., Pats Br., Merchant Br. Surry, Camden, Northport, Deer Isle, Brooksville, Isle Au Haut, Castine, Searsport, Lincolnville Continued 6-A-lA Appendix Al, Continued REGION 4 (Continued) Streams, Brooks, Minor Rivers Draining Directly into Coastal Waters (not rivers) (Cont.) Habitat and Mileage: Habitat Mileage R unknown 15.18 R30W 6.00 Total ROW 6.00 PEM 1.34 PSS 4.84 PFO 7.27 POW 0.14 Total P 13.59 REGION 5 Narraguagus River System Narraguagus Bay: Townships: Habitat and Mileage: Schoodic Br., Black Rock Br., Great Falls Branch, Meadow Br., Ash Bog Str, Narraguagus R. W. Branch. Milbridge, Cherryfield, TIOSD Habitat Mileage R unknown 0.93 R20W 19.58 R30W 0.18 Total ROW 19.76 PEM 0.43 PSS 0.96 PFO 4.09 POW 0.44 pss/em 1.09 pf°/ss 1.65 pfo/em 0.08 Total P 8.74 L2BB 0.63 Total L 0.63 Continued 6-A-15 10-80 Appendix Al. Continued REGION 5 (Continued) Tunk Stream System Steuben Harbor: Townships: Habitat and Mileage: Union River System Union River Bay: Townships: Habitat and Mileage: Downing Bog Stream Steuben, Cherryfield, TIOSD Habitat Mileage R unknown 2.61 R20W 13.87 Total ROW 13.87 PSS 0.20 PFO 0.05 Pf/em 0.34 pf°/ss 0.37 Total P 0.96 Deadman Br., Branch Lake Str., Gllpatrick Br., Grays Br., Shackford Br., Moore Br., Card Br, Surry, Ellsworth Habitat Mileage R unknown 3.80 R20W 6.90 Total ROW 6.90 PEM 0.27 PSS 1.28 PFO 3.30 pss/em 2.74 pf°/ss 0.31 Total P 7.90 LlOW 1.58 Total L 1.58 Continued 6-A-16 Appendix ^1. (Continued) REGION 5 (Continued) Pleasant River System Pleasant Bay: W. Branch Pleasant R.,Dyke Br., Little R. , Mar St Br., Sherb Br., Knowles Br. Townships: Harrington, Addison, Columbia, Columbia Falls Habitat and Mileage: Habitat Mileage R unknown 2.35 R20W 19.00 R30W 1.08 Total ROW 20.08 PEM 0.73 PSS 1.37 PFO 2.88 POW 0.13 Pss/em 0.72 Pfo/ss 4.82 Pfo/em 0.16 Total P 10.81 Continued 6-A-17 10-80 Appendix Al. Continued REGION 5 (Continued) Harrington River System Harrington Bay: Townships: Habitat and Mileage: Mill River System: Townships: Habitat and Mileage: Northeast Creek System: Townships: Habitat and Mileage: Jordan River System Mt. Desert Narrows: Townships: Harrington, Columbia Habitat Mileage R20W 0.99 Total ROW 0.99 PSS 1.05 pfo/ss 0.25 Total P 1.30 Cole Cr. Milbridge, Harrington Habitat Mileage PEM 0.16 PSS 0.05 PFO 0.78 Total P 0.99 Aunt Betseys Br., Old Mill Br, Bar Harbor Habitat Mileage R unknown 1.49 R20W 1.63 Total ROW 1.63 PSS 1.91 PFO 1.61 Total P 3.52 Stony Br., Krippens Br. Trenton, Lamolne Continued 6-A-18 Appendix ^1- Continued REGION 5 (Continued) Jordan River System (Continued) Habitat and Mileage: Skillings River System Eastern Bay: Townships: Habitat and Mileage: Streams, Brooks, Minor Rivers Draining Directly into Coastal Waters (not rivers) Habitat Mileage R unknown 3.59 PSS 0.10 POW 0.32 Total P 0.42 Killkenny Str., Spring Br. Hancock, Lamoine, T8SD Habitat Mileage R unknown 0.03 R20W 0.95 Total ROW 0.95 PSS 2.07 PFO 1.64 POW 0.14 ps^/em 0.92 pf°/ss 0.53 Total P 5.30 Card Mill Str,, Kltteredge Br., Alder Br., Richardson Br., Swan Br., Sargent Br., Flanders Str., Haddock Br., Loids Br., Heath Br., Little Harbor Br., Prays Br., Stony Br., Webster Br., Mill Str,, Halfway Br., Chicken Mill Str., Tinker Br., Duck Br., Duck Cove Br., Eddie Br., Man of War Br., Kebes Br., Denning Br., Hunters Br., Whitten Parent Str., Marshall Br., Stanley Br., Curtis Cr,, Lurvey Br., Cromwell Br., Beaver Meadow Br., Buttermilk Br., Bear Br., Mill Br., Bass Harbor Marsh, Otter Cr., West Br., Morancy Str., Canon Br., Egypt Str. Continued 6-A-19 10-80 Appendix Al. Continued REGION 5 (Continued) Streams, Brooks, Minor Rivers Draining Directly into Coastal Waters (not rivers) (Cont.) Townships: Gouldsboro, Trenton, Milbridge, Winter Harbor, Lamoine, Steuben, Bar Harbor, Mt . Desert, T7SD, S.W. Harbor, Sullivan, T8SD, Franklin, Hancock. Habitat and Mileage; Habitat Mileage R unknown 39.63 R20W 1.12 R30W 4.75 Total ROW 5.87 PEM 1.18 PSS 9.12 PFO 6.02 POW 0.90 P^^/em 6.54 Pf°/ss 4.97 T^°/em 0.52 Total P 29.25 REGION 6 Dennys River System Dennys Bay: Townships: Habitat and Mileage: Wilson Str., Cathance Str. Dennysville, Edmunds Habitat Mileage R20W 4.50 R30W 17.30 Total ROW 21.80 PSS 2,50 PFO 9.80 Total P 12.30 Continued 6-A-20 Appendix Al. Continued REGION 6 (Continued) Machias River System Machias Bay: Townships: Middle R., Anna Meadow Br., Longfellow Br., Mill Cr., Libby Br., Meadow Er. Machias, Whitneyville, Centerville, E. Machias, Machiasport, Marshfield Habitat and Mileage; Orange River System: Townships: Habitat and Mileage: Habitat Mileage R unknown 0.39 R20W 4.80 R30W 5.00 Total ROW 9.80 PSS 6.61 PFO 4.58 POW 0.52 pss/em 0.96 Pfo/ss 1.01 Total P 13.68 Card Br., Moons Br., Finnegan Br., Bagley Br., Lively Br., East Str., Reynolds Br., Crane Br. Marion, Whiting, Trescott Habitat Mileage R unknown R20W R30W Total ROW PEM PSS PFO Pss/em pfo/ss Total P 3.63 5.77 1.00 6.77 7.83 4.38 2.44 4.56 0.86 20.07 Continued 6-A-21 10-80 Appendix Al. Continued REGION 6 (Continued) St. Croix River System Passamaquoddy Bay: Townships: Habitat and Mileage: East Machias River System Machias Bay: Townships: Habitat and Mileage: Magurrewock Stream (E. Branch) Calais Habitat Mileage R unknown 4.50 RlOW 0.30 R20W 3.40 R30W 4.40 Total ROW 8.10 PEM 2.90 PSS 1.00 PFO 0.20 Total P 4.10 Gooch Br. East Machias Habitat Mileage R20W 3.20 R30W 5.00 Total ROW 8.20 PSS 0.90 PFO 3.60 Total P 4.50 Chandler River System Chandler Bay: Libby Br., Kaylor Br., Terry Br., Alder Br., Samade Br., Dry Br., Cothell Meadow Br., Pecky Br., Beaver Br., Ebenezer Br. Continued 6-A-22 Appendix Al. Continued REGION 6 (Continued) Chandler River System (Continued) Townships: Habitat and Mileage: Hobart Stream System: Townships: Habitat and Mileage: West River System Wohoa Bay - Western Bay: Townships: Centerville, Jonesborough, Columbia Falls Habitat Mileage R unknown 5.87 RlOW 0.60 R20W 9.10 R30W 4.00 Total ROW 13.70 PEM 0.70 PSS 5.81 PFO 7.41 POW 0.25 ps^/em 1.40 Pf°/ss 5.48 Total P 21.05 Cranberry Br . , Crane Meadow Br . , Sunken Str. Edmunds Habitat Mileage R unknown 2.65 R20W 5.10 Total ROW 5.10 PEM 0.20 PSS 2.40 PFO 1.35 pf°/ss 0.77 Total P 4.72 Lamsen Br . , Grays Br . Addison Continued 6-A-23 10-80 Appendix Al. Continued REGION 6 (Continued) West River System (Continued) Habitat and Mileage: Little River System W. Passamaquoddy Bay: Townships: Habitat and Mileage: Eastern Stream System: Townships : Habitat and Mileage; Pennamaquan River System Passamaquoddy - Cobscook Bay: Townships: Habitat Mileage R unknown 0.32 PSS 1.10 PFO 1.09 POW 0.23 pss/em 2.16 P^°/ss 0.31 Total P 4.89 Boyden Stream Perry Habitat Mileage R30W 0.60 Total ROW 0.60 Western Stream Robbinston Habitat Mileage R unknown 1.77 PEM 0.21 PSS 0.48 PFO 2.08 pf°/ss 1.24 Total P 4.01 Crow Br., Meadow Br., Wilson Br. Pembroke Continued 6-A-24 Appendix Al. Continued REGION 6 (Continued) Pennamaquan River System (Continued) Habitat and Mileage: Hardscrabble River System Cobscook Bay: Townships: Habitat and Mileage: Englishman River System Englishman Bay: Townships: Habitat and Mileage: Habitat Mileage R unknown 4.16 R20W 0.50 R30W 0.90 Total ROW 1.40 PEM 0.10 P^°/ss 0.61 pf°/em 0.53 Total P 1.24 Meadow Br. Dennysville, Pembroke Habitat Mileage R unknown 0.99 PEM 0.17 PSS 0.45 PFO 0.17 POW 0.06 pss/em 0.19 Total P 1.04 Roque Bluffs Habitat Mileage R20W 1.00 Total ROW 1.00 PEM 0.50 PFO 0.50 Total P 1.00 Continued 6-A-25 10-80 Appendix — • Concluded REGION 6 (Continued) Indian River System Western Bay: Townships: Habitat and Mileage: Jonesborough, Jonesport, Addison Habitat Mileage R20W 3.80 Total ROW 3.80 PSS 3.80 Total P 3.80 Streams, Brooks, Minor Rivers Draining Directly into Coastal Water (not rivers) : Townships: Habitat and Mileage: Holmes Str., Sandy River, Eastern Marsh Br., Spring Br,, Bother Br., Schooner Br., Holmes Cove Br., White Cr., Huntley Cr., Western Marsh Cr., Wiggins Br., Mays Br., Hamilton Br., Sipp Br., Pottle Br., Bog Br., Starboard Cr., Crane Mill Br., Burnt Cove Br., Meadow Br., Smelt Br. Whiting, Jonesport, Jonesboro, Cutler, Trescott, Lubec, Perry, Robbinston, Machiasport, Edmunds, Machias Habitat Mileage R unknown 8.97 R20W 3.20 Total ROW 3.20 PSS 13.41 PFO 4.36 POW 0.50 pss/em 8.97 P^°/ss 2.89 Total P 30.13 6-A-26 Table" A2 Streams, Rivers, Brooks Flowing Exclusively Into Lakes or Ponds Region 2 Stream Name(s) : Receiving Lake or Pond; Townships: Habitat and Mileage: Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Cambella West Harbor Pond Boothbay, Boothbay Harbor Habitat Mileage R unknown 0.22 PEM PSS 0.31 0.07 Spring Br., ! Great Sidney Augusta Sidney Bog Br Bog Habitat Mileage R unknown 0.06 PSS PFO Pf°/ss POW 0.66 2.26 0.50 0.05 Region 4 Stream Name(s): Receiving Lake or Pond: Townships: Habitat and Mileage: McCasling Str. Wight Pond Penobscot , Orland Habitat Mileage R unknown 1.86 PEM PSS PFO pf°/ss 0.41 0.14 1.21 0.16 Continued 6-A-27 10-80 Table A2 Continued Region 4 (Continued) Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Stream Name(s): Receiving Lake or Pond! Townships: Habitat and Mileage: Stream Name(s) : Receiving Lake or Pond; Townships: Habitat and Mileage: Stream Name(s): Receiving Lake or Pond; Townships: Habitat and Mileage: Carlton Str. Second Pone, First Pond Blue Hill Habitat Mileage R unknown 1.46 PEM 0.49 PSS 0.16 PFO 0.38 Meadows Br., Jerrys Br. Parker Pond Brooksville Habitat Mileage PEM 0.31 PSS 0.70 PFO 1.86 Billings Br. Walker Pond Brooksville Habitat Mileage R unknown 0.47 Seneca Br. Pierce Pond Penobscot Habitat Mileage R unknown 0.55 PFO 0.80 Continued 6-A-28 Table A2 Continued Region 4 (Continued) Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Mill Brook Dairs Pond Eddington Habitat Mileage R unknown 0.03 R20W 0.12 PFO 1.44 Pfo/ss 0.16 Meadow Br. Dead River, Gulch Br., Moo se Str., Graig Pond Br. , Hothole Str., Quid Br. Alamoosook Lake Orland Habitat Mileage R unknown 1.61 R20W 0.90 PEM 0.58 PSS 1.32 PFO 1.68 P^°/ss 0.92 P^Vem 1.09 LlOW 2.38 Stream Name(s): Receiving Lake or Pond; Townships: Habitat and Mileage: Hothole Br., Atkinson Br. Hothole Pond Orland Habitat Mileage R unknown 0.40 PEM 0.06 PSS 0.16 PFO 1.02 Pfo/ss 0.41 pss/em 0.74 Continued 6-A-29 10-80 Table A2 Continued Region 4 (Continued) Stream Name (s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Moore Br. Toddy Pond Penobscot, Surry, Or land Habitat Mileage R unknown R20W 0.35 0.45 PFO 0.29 Stream Name(s) : Receiving Lake or Pond; Townships : Habitat and Mileage: Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Bull Brook Long Pond Isle Au Haut Habitat Mileage R unknown 0.62 PFO 0.15 Western Brook Toddy Pond Blue Hill Habitat Mileage R unknown 1.76 PEM 0.34 PSS 0.20 PFO 2.49 Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: McGann Bog, Copeland Br. Mill Str., Colby Br, Dave Br. Long Pond Bucksport Habitat R unknown R20W Mileage 2.44 2.03 Continued 6-A-30 Table A2 Continued Region 4 (Continued) Stream Name(s) (Continued) Habitat and Mielage (Continued) Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Region 5 Stream Name(s) : Receiving Lake or Pond; Townships: Habitat and Mielage: Stream Name(s) : Receiving Lake or Pond; Townships: Habitat and Mileage: McGann Bog, Copeland Br., Mill Str., Colby Br., Dave St, Habitat Mileage PEM 0.46 PSS 2.63 PFO 0.52 Pfo/ss 2.41 P^^/em 0.42 Pinkham Brook Hancock Pond Bucksport Habitat Mileage R unknown 1.04 Pss 0.26 Boggy Brook Green Lake Ellsworth Habitat Mileage R unknown R20W 0.06 1.44 pss/em PFO 0.55 0.79 Hapworth Br. Graham Lake T8(SD) Habitat Mileage R unknown 0.39 pss/em 0.34 Continued 6-A-31 10-80 Table A2 Continued Region 5 (Continued) Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Stream Name(s): Receiving Lake or Pond: Townships: Habitat and Mileage: Georges Br. Georges Pond Franklin Habitat Mileage R20W 1.06 PFO 1.46 Old Meadow Br. Franklin T8(SD) Habitat Mileage R unknown 0.03 PEM 0.87 PFO 0.49 Patten Str. , Sawport Br., Ellsworth Lower Patten Pond Ellsworth Habitat Mileage R unknown 2.15 R20W 0.71 P^^/em 0.67 PFO 0.75 Pf°/ss 1.26 Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Gutt Br., Winkrmpang Br., Dean Br., Tannery Br. Branch Lake Ellsworth Habitat R unknown Mileage 2.74 Continued 6-A-32 Table A2 Continued Region 5 (Continued) Stream Name (s) (Continued): Habitat and Mileage (Continued) Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Stream Name(s): Receiving Lake or Pond; Townships: Habitat and Mileage: Gutt Br., Winkrmpang Br., Dean Br . , Tannery Br . Habitat PSS To /ss Mileage 0,20 2.29 0.37 Big Chief Spring Forbes Pond Habitat Mileage R unknown 1.36 PSS 0.50 PFO 0.72 Steward Brook Seal Cove Pond Tremont - Mt. Desert Habitat Mileage R unknown 0.91 Hodgdon Br. Hodgdon Pond Tremont - Mt. Desert Habitat Mileage R unknown 0.86 Stream Name(s): Receiving Lake or Pond: Townships: Habitat and Mileage: Duck Pond Br., Great Br. Great Pond Mt. Desert Habitat R unknown Mileage 2.18 Continued 6-A-33 10-80 Table a2 Continued Region 5 (Continued) Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Martin Ridge Br ' . Donnell Pond Franklin, T9SD Habitat Mileage R unknown 1.53 Pfo/ss 0.11 Region 6 Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Penknife Br , Buyden Lake Robbinston Habitat Mileage R unknown 1.71 PSS 0.08 PFO 0.39 pf°/ss 0.08 Dead Meadow Str. Howard Lake Robbinston Habitat Mileage R unknown 0.43 PSS 0.82 PFO 0.14 Taylor Br. Pennamaqua Lake Pembroke Habitat Mileage PEM P^^/em PSS pfo/ss 0.55 0.34 0.97 0.82 Continued 6-A-34 Table A2 Concluded Region 6 (Continued) Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Mooseham Br , Rocky Meadow Br Pennamaquam Lake Charloyte Habitat Mileage R unknown 0.78 R20W 2.02 PEM 0.52 pss/em 0.36 PSS 0.54 PFO 0.59 Stream Name(s) : Receiving Lake or Pond: Townships: Habitat and Mileage: Ohio Br., Chandler Br. Pennamaquam Lake Charlotte Habitat Mileage R unknown R20W 1.25 0.33 PEM pss/em PFO 1.46 0.19 0.27 6-A-35 10-80 APPENDIX B Chemical characteristics of some Maine rivers 6-B-l 10-80 Table Bl. Typical Water Chemistry Parameters of Some Maine Rivers River Ion Maximum Date Cone, (ppm) Minimum Date Cone, (ppm) St. Croix Milltown, ME HCO3 Ca Mg P NO3 Na K CI SO4 Al B Fe Mn Cu Zn d d t tn d d d d C t t t t t Feb. Feb. Dec. Aug. Feb. Feb. Dec. May 1977 1977 1976 1977 '1977 1977 1976 1977 23. 6, 1. 0. 2, 8. No data Dec. 1976 Feb, May, Aug. 1977 Dec. 1976 Aug. Aug. Feb. Aug. 1977 1977 1977 1977 0 1 1 05 2 7 0.5 7.9 0.15 0.02 0.29 0.06 0.01 0.05 May 1977 May 1977 Feb. 1977 May 1977 Feb, Aug. 1977 May 1977 Aug. 1977 May 1977 Dec. 1976 No data Dec. 1976 Dec. 1976 May 1977 Dec. 1976 Feb. 1977 8.0 3.4 0.2 0.01 1.3 3.5 0.8 4.7 0.14 0.14 0.02 0.00 0.01 Androscoggin Brunswick, ME HCO, Dec. 1976 19.0 Ca ^ d Aug. 1977 6.6 Mg d Dec. 1976 Aug. 1977 1.0 P t Apr. 1977 0.03 NO3 tn Jan. 1977 6.7 Na d Aug. 1977 16.0 K d Aug. 1977 1.3 01 d Feb. 1977 19.0 SO4 d Aug. 1977 14.0 Al t No data B t No data Fe t Aug. 1977 0.49 Mn t Aug. 1977 0.07 Cu t Feb. 1977 0.01 Zn t Dec. 1976 Apr, Aug. 1977 0.02 Apr. 1977 Apr. 1977 Apr. 1977 Aug. 1977 Oct. 1977 Apr. 1977 Apr. 1977 Apr. 1977 Apr. 1977 Feb. 1977 Apr. 1977 Dec. 1976 Feb. 1977 10.0 3.7 0.5 0.08 1.9 4.0 0.6 3.7 6.5 0.31 0.03 0.00 0.01 * river in coastal zone, gage station not in coastal zone X isolated monthly readings - not mean value U.S. Geological Survey b Taylor 1973 *" d dissolved t total tn total nitrogen 1978 (Continued) 6-B-2 10-80 Table Bl. Continued. River Ion Maximum Minimum Date Cone, (ppm) Date Cone, (ppm) Sheepscot ^ HCO3 Sept 1969 14.8 Nov. 1969 3.3 Ca d Mar. 1969 3.7 Feb. 1969 1.8 Mg d Mar. 1969 0.89 Feb. 1969 0.46 P t July 1969 0.27 Sept 1969 0.05 NO3 tn No data Na d Mar, Dec. 1969 3.9 July 1969 1.9 K d Nov. 1969 0.9 Oct. 1969 0.19 CI d Sept 1969 5.3 Feb. 1969 1.5 SO4 d Feb. 1969 16.1 Nov. 1969 2.1 Al t Mar. 1969 0.093 Sept 1969 0.02 B t Sept 1969 0.168 Nov. 1969 0.004 Fe t July 1969 0.390 Dec. 1969 0.10 Mn t Sept 1969 0.75 Jan. 1970 0.01 Cu t July 1969 0.011 Sept 1969 0.002 Zn t June 1969 0.013 Nov. 1969 0.001 Penobscot * HCO3 Ca Dec. 1976 17.0 July 1977 13.0- West Enfield, ME d Aug. 1977 6.1 July 1977 4.9 Mg d Aug. 1977 1.3 Dec. Feb. May 1976 1977 1977 1.1 P t July 1977 0.16 May 1977 0.01 NO3 tn Aug. 1977 2.4 May 1977 0.97 Na d Dec. 1976 3.5 May 1977 1.8 K d Aug. 1977 0.8 Nov. Feb. 1977 1977 0.4 CI d Feb. 1977 3.2 May 1977 1.6 SO4 d July 1977 7.4 May 1977 6.4 Al t Dec. 1969 0.1 Oct. 1969 0.026 b B t Feb. 1969 0.092 Nov. Jan. 1969 1970 0.002 b Fe t July 1977 0.240 Feb. 1977 0.150 Mn t July Aug. 1977 1977 0.040 Dec. Feb. 1976 1977 0.020 Cu t July 1977 0.085 Dec. Feb. 1976 1977 0.00 Zn t May 1977 0.040 Dec. Feb. 1976 1977 0.010 Kennebec * HCO3 Dec. 1976 16.0 Aug. 1977 7.0 Bingham, ME Feb. 1977 Ca d Dec. 1976 4.8 May 1977 3.5 Mg d Dec. May 1976 1977 1.1 Feb. Aug 1977 1977 0.9 P t Nov. Dec. Mar. 1976 1976 1977 0.03 May 1977 0.0 NO3 tn Jan. 1977 4.1 Aug. 1977 0.8 (Cont Inued) 6-B-3 Table Bl. Continued River Ion Maximum Date Cone, (ppm) Minimum Date Cone, (ppm) Kennebec * (Continued) K d CI d SO^ d Al t B t Fe t Mn t Cu t Zn t HCO3 Ca d Mg d P t NO3 d Na K t CI SO4 Al t B t Fe t Mn t Cu t Zn t Dec. Aug. Aug. Dee. Feb. May 1976 1977 1977 1976 1977 1977 No data No data May 1977 Dec. 1976 May 1977 Aug. 1977 Feb. 1977 Dec. 1976 1.1 0.5 2.4 5.2 0.220 0.020 0.010 0.020 May 1977 0.6 Feb. 1977 0.3 Aug. 1977 0.7 Aug. 1977 4.1 Aug. 1977 Feb. 1977 Dee. 1976 May 1977 Feb. 1977 0.080 0.010 0.0 0.0 I-lachias Sept Feb. Dec. June June Sept June Mar. Feb. Dec. Apr. July Apr. Apr. Mar. 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 6.2 5.0 0.56 0.44 0.25 4.0 0.81 3.2 1 177 022 365 115 0.012 0.013 Apr. 1969 Mar. 1969 Feb. 1969 Oct. 1969 Nov. 1969 July 1969 July 1969 Nov. 1969 Jan. 1970 Feb. 1969 Nov. 1969 Mar. 1969 1969 1969 Sep, Oct Sep, Oct Feb.Jun.Oct, Dec. 1969 .0 .2 .10 .01 .06 .3 .14 .2 .4 .035 0.005 0.130 0.014 0.001 0.003 Narraguagus HCO3 Ca Mg P NO3 Na K CI SO4 Al B Fe Mn Cu Zn Sept 1969 Apr. 1969 Apr. 1969 June 1969 Apr. 1969 Apr. 1969 Jan. 1970 July 1969 Sept 1969 Nov. 1969 Feb. 1969 Sept 1969 Apr. 1969 Apr. 1969 Apr, July 1969 12.0 3.5 0.85 0.27 0.30 9 59 3 1 117 350 0.375 0.087 0.013 0.007 Apr. Nov. July Mar. Feb, Sep., Oct. July Oct. Oct, Dec. , Oct. Apr. Mar. Mar. Oct. Jul^Sept Oct. 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 1969 2.6 1.4 0.44 0.01 0.10 1.2 0.21 1.7 3.1 0.049 0.005 0.120 0.015 0.001 0.003 (Continued) 6-B-4 10-80 Table Bl. Concluded River I on Maximum Minimum Date Cone, (ppm) Date Co: nc. (ppm) HC03 Oct. 1969 9.9 Apr. 1969 5.1 Ca t Oct, Dec, 1969 5.6 Sept 1969 2.2 Mg t Nov. 1969 0.95 Mar. 1969 0.10 P C Dec. 1969 0.41 Sept 1969 0.06 NO3 Mar. 1969 0.66 Jan. 1969 0.11 Na Sept 1969 5.5 July 1969 2.7 K t Nov. 1969 0.76 July 1969 0.23 CI July 1969 7.6 Nov. 1969 2.9 SO4 Feb. 1969 15.7 Sent 1969 3.0 Al t Apr. 1969 0.060 Sept 1949 0.014 B t Sept 1969 0.037 Mar. 1969 0.007 Fe t July 1969 0.490 Apr. 1969 0.075 Mn t Aor. 1969 0.125 Nov, Dec. 1969 0.017 Cu t Apr. 1969 0.016 Sep, Oct. 1969 0.001 Zn t Apr. 1969 0.012 Nov. 1969 0.002 HCO3 Feb. 1969 9.4 July 1969 4.0 Ca Dec. 1969 4.3 Jul. Sep. 1969 1.7 Mg Nov. 1969 0.74 Apr. 1969 0.27 P Dec. 1969 0.31 Aor. 1969 0.03 NO3 Na June 1969 0.37 Apr. 1969 0.10 Apr. 1969 5.1 July 1969 2.0 K Apr. 1969 0.95 July 1969 0.13 CI Mar. 1969 4.0 Nov. 1969 1.7 SO4 Mar. 1969 7.6 Nov. 1969 3.2 Al Nov. 1969 0.185 June 1969 0.022 B Sept 1969 0.046 Nov. 1969 0.007 Fe Nov. 1969 0.465 Apr. 1969 0.160 Mn Apr. 1969 0.130 Nov. 1969 0.017 Cu Feb. 1969 0.008 Nov. 1969 0.001 Zn Apr. 1969 0.055 Sep, Nov. 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If. o (J c 3: o o o c o -0 X o c o o c u QJ CJ c c 0 tit Co:, o u 01 O c < o o re o u (Sparganiaceae continued) S^. androcladum (Engelm.) Morong ^. angustifolium Michx. S^. chlorocarpum Rydb . V. acaule (Beeby) Fern. §.• eurycarpum Engelm. S . fluctuans (Morong) Pobins . S . multipedunculatum (Morong) Rydb . NAJADACEAE (Pondvjeed Family) Na.jas flexilis (Willd.) Rostk. & Schmidt N. gracillima (A. Br.) Magnus Potamogeton alpinus v. tenuifolius (Raf.) Ogden P. amplifolius Tuckerm. P. berchtoldi Fieber v V V acuminatus Fieber lacunatus (Hagstr.) Fern, polyphyllus (Morong) Fern. V. tenuissimus (Mert. & Koch) Fern. P. capillaceus Poir. P. confervoides Reinchenb. P. epihydrus Raf. v. nuttallii (C. & S.) Fern. P. P. P, P, P, P, P, P P P P P . foliosus Raf. v. macellus Fern, , gemmiparus Robbins . gramineus L. V. maximus Morong V. myriophyllus Robbins , natans L. nodosus Poir. oakesianus Robbins , obtusifolius Mert. & Koch , pectinatus L. , perfoliatus L, V. bupleuroides (Fern.) Farw. praelongus Wulfen. pulcher Tuckerm. pusillus L. EM EM EM EM EM EM EM OW OW OW OW OW OW OW OW OW OW OW OW OW OW OW OW OW OW OW 0V7 OW OW OW OW OW OW + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + 4- + + + + + + + + + + + + + + + + (Continued) 8 -A- 3 10-80 Appendix A. (Continued) Scientific name Habitat c o c ox, ti, o '_! o )- c < CI o (Najadaceae continued) P. richardsonii (Ar. Benn.) Rydb, robbinsii Oakes spirillus Tuckerm. vaseyi Robbins zosterif ormis Fern. P. P, P. P, Zannichellia palustris L. v. major (Boenn.) W.D.J. Koch JUNCAGINACEAE (.'.rrowgrass Family) Scheuchzeria palustris L. V. amerlcana Fern. ALISMATACEAE (Water-plantain Family) Alisma subcordatum Raf . A. triviale Pursh Lophotocarpus spongiosus (Engelm.) J> G . Sm. Sagittaria cuneata Sheldon S^. graminea Michx. S. latifolia Willd. V. obtusa (Muhl.) Wieg. S. riglda Pursh HYDROCHARITACEAE (Frog's "it Family) Elodea canadensis Michx. E. nuttallii (Planch.) St. John Vallisnerla americana Michx. GRAMINEAE (Grass Family) Agrostis alba L. V. palustris (Huds.) Pers. Alopecurus aequalis Sobol A. geniculatus L. Calamgro3tl3 canadensis (Michx.) Nut V. robusta Vasey C. inexpansa Gray v. novae-angliae Stebbins Echinochloa crusgalli (L.) Beauv. E. pungens (Poir.) Rydb. V. micros tachy a (Wieg.) Fern & Grisc. V. wiegandli Fassett Elymus vlrginicus L. OW OW OW OW OW EM.SS OW OW OW OW OW OW OW OW OW OW 0^^/ EM EM EM EM ,EM EM EM.SS EM EM EM EM EM + + + 4- + + + + + + + + + + + + + + + + + + + + + + + + + + + (Continued) 8-A-4 Appendix A. (Continued) Scientific name Habitat c o u C u o o c 4-1 o o o c 01 o •a f-H c 12 X o c c o u c u o c c CI c w, o u o u -c c < u o Vi c f-H a c u (Grainineae continued) Eragrostis hypnoides (Lam.) BSP EM + E. pectinacea (Michx.) Ness EM + + + + + Glyceria borealis (Nash) Batchelder EM + + + + + + + + + G. canadensis (Michx.) Trin. EM + + + + + + + + + + G. femaldii (Hitchc.) St. John EM + + + + + + + G. grandis S. Wats. EM + + + + + + + + + + G. melicaria (Michx.) F.T. Hubbard EM + + + + + + + + G. obtusa (Muhl.) Trin. EM + + + + + G. pallida (Torr.) Trin. EM + + + G. striata (Lam.) Hitchc. EM + + + + + + + + + + Leersia oryzoides (L.) Sw. EM + + + + + + + + + + L. virginica Willd. EM + + Phalaris arundinacea L. EM + + + + + + + + + + Phragmites communis Trin. v. berlandieri (Fourn.) Fern. EM + + + + + + + + P. palustris L. EM + + + + + + + + + P. pratensis L. EM + + + + + + + + + + Spartina pectinata Link EM + + + + + + + + + + V. suttiei (Fanj.) Fern. EM + + + Zizania aquatica L. EM + + + + V. angustifolia Hitchc. EM + + + + + + + CYPERACEAE (Sedge Family) Carex aquatilis Wahlenb . v. altior (Rydb.) Fern. EM + + + + C. comosa Boott EM + + + + + C. crinita Lara. EM H- + + + + + + + + C. diandra Schrank EM + + C. flava L. EM + + + + + + + + + V. fertilis Peck EM + + + + + + + + + + C. hystricina Muhl. EM + + + + + C. lacustris Willd. EM + + + + + + + + C. laevivaginata (Kukenth.) Mackenz. EM + C. lanuginosa Michx. EM + + C. lasiocarpa Ehrh. v. americana Fern. EM + + + + + + + + + C. lenticularis Schwein. EM + + + + + + + V. blakei Dew. EM + + + + + + C. limosa L. EM + + + + + + C. lurida Wahlenb. EM + + + + + + + + + + C. oligosperma Michx. EM + + + + + + + C. prasina Wahlenb. EM + + + + C. pseudo-cyperus L. EM + + + + + + + + (Continued) i-A-5 10-80 Appendix A, (Continued) (Continued) 8-A-6 Scientific name Habitat c o iJ u c rt u o u c re o u CO o c o r— 1 c 13 X o c c o u c u CJ c c o c o o o -a -c tc c n < S/3 c K f— * >-. O r. u (Gramineae continued) C. rostrata Stokes EM + + + + + + + + + + C. scabrata Schwein. EM + + + + + + + + C, stipata Muhl. EM + + + + + + + + + C. stricta Lam. EM + + + + + + + + + V. strictior (Dew.) Carey EM + + + + + C. torta Boott EM + + + C. trisperma Dew. EM + + + + + + + + + V. billingsii Knight EM + + + + + + + + C. tuckermani Boott EM + + + + + + + C. viridula Michx. EM + + + + + + + + + C. vulpinoidea Michx. EM + + + + + + Cladium mariscoides (Muhl.) Torr. EM + + + + + + + + + + Cyperus dentatus Torr. EM + + + + + + + + + + C. diandrus Torr. EM + + + + + + + C. esculentus L. EM + + + + + C. filicinus Vahl. EM + + C. filiculmis Vahl v. macilentus Fern. EM + + + + C. rivularis Kunth EM + + + + + + C. strigosus L. EM + + + + + + Dulichium arundinaceum (L.) Britt EM + + + + + + + + + + Eleocharis acicularis (L.) R.&S. EM + + + + + + + + + + V. submersa (H.i . Nilss.) Svenson EM + + + + E. calva Torr. EM + E. diandra C. Wriftht EM + + + E. elliptica Kunth EM + + + + + + + + + + E. intermedia (Muhl.) Schultes EM + E. obtusa (Willd.) Schultes EM + + + + + + + + + + V. jejuna Fern. EM + + E. olivacea Torr. EM + + + + + + E. ovata (Roth) R.&S. EM + + + + + + E. palustris (L.) R.&S. EM + + + V. major Bonder EM + + + + + + + E. parvula (R.&S.) Link EM + + + + + + + + E. robbinsii Oakes EM + + + + + E. rostellata Torr. EM K + E. smallii Britt. EM + + + + + + + + + + E. tenuis (Willd.) Schultes EM + + + + + + + + Eriophorum angustifolium Honckeny SS + + + + + + V. ma jus Schultes SS + + + + + E. gracile W.D.J. Koch SS + + + + + + + E. spissum Fern. SS + + + + + + + + E. tenellura Nutt. SS + + + + + + + + + + Appendix A. (Continued) Scientific name Habitat c o 4-1 c ir. u o o c r; 4-1 O o in o c 0-, o •a :2 o c c r-i O o c u o c 2 c ex. « O (J CT O u -c c < u o "re oc r; 00 t— 1 u •9 u (Gramineae continued) E. virpinicum L. SS + + + + + + + + + + E. viridi-carinatum (Engelm.) Fern. ss + + -f + + + + + Rhynchospora alba (L.) Vahl SS + + + + + + + + + + R. capillacea Torr. EM + + R. capitellata (Michx.) Vahl SS + + + + + + + + R. fusca (L.) Ait. f. EM + + + + + + + + Scirpus acutus Muhl. EM + + + + + + + + + S. americanus Pers. EM + + + + + + + + + + S. atrocinctus Fern. EM + + + + + + + + + + S. atrovirens Willd. EM + + + + + + V. peorgianus (Harper) Fern. EM + + + + + + + + + S. cyperinus (L.) Kunth EM + + + + + + + + + + V. pelius Fern. EM + + + + 4 + + + + + S. expansus Fern. EM + + + S. fluviatilis (Torr.) Gray EM + + + S. hudsonianus (Michx.) Fern. EM + + + + + + + S. pedicellatus Fern. EM + + + + + + + + + V. pullus Fern. EM + + + + + S. purshianus Fern. EM + + S. robustus Pursh EM + S. rubrotinctus Fern. EM + + + + + + + + + + S. smithii Gray EM + + S. steinmetzii Fern. EM + S. subterminalis Torr. EM + + + + + + + + + + S. torreyi Olney EM + + + + + + + + + S. validus Vahl v. creber Fern. EM + + + + + + + + + + ARACEAE (Arum Family) Acorus calamus L. OW + + + + + + + + + + Arisaema atrorubens (Ait.) Blume FO + + + + + + + + + A. stewardsonii Britt. FO + + + + + + + Calla palustris L. SS + + + + + + + + + + Peltandra virginica (L.) Schott & Endl. EM, OW + + Symplocarpus foetidus (L.) Nutt. EM.FO + + + + + + + + LEMNACEAE (Puckweed Family) Lemna minor L. OW + + + + + L. trisculca L. OW + + Spirodela polyrhiza (L.) Schleid. OW + + + + + + + XYRIDACEAE (Yellow-eyed Grass Family) Xyris carolinlana Walt. EM.SS + + + + + (Contin ued) 8-A- ■7 10-80 Appendix A. (Continued) Scientific name Habitat c o IT, u o (J X o o "c c Oi a. X o c o u c o a c c CJ 01, o u C-: o c < o o c t/: (-1 a r. u (Xyridaceae continued) X. montana Ries ERIOCAULACEAE (Pipewort I-'amily) Eriocaulon septangulare With. PONTEDERIACEAE (Pickerel-weed Family) Heteranthera dubia (Jacq.) MacM. Pontederia cordata L. JUNCACEAE (Rush Family) Juncus acuminatus Michx. J. alpinus Vill. "" V. rariflorus Hartm. J. articulatus L. J, obtusatus Engelm. balticus Willd. v. littoralis Engelm. J. brachycephalus (Engelm.) Buchen J. brevicaudatus (Engelm.) Fern. J. bufonius L. ~ V. halophilus Buchenau & Fern. J. dudleyi Wieg. J. effusus L. V. compactus Le j . & ~ Court. V. decipiens Buchenau V. au costulatus Fern. V. pylaei (Laharpe) Fern. V. solutus Fern. 6< Wieg. J. filiformis L. J. marginatus Rostk. J. Mlirtaris Bigel. J. nodosus L. J. pelocarpus Mey. J. tenuis Willd. V. anthelatus Wieg. V. williamsii Fern. & Wieg. LILIACEAE (Lily Family) Maianthemum canadense Desf. Smilacina trifolia (L.) Desf. Veratrum viride L. EM.SS EM,OW EM,OW EM.OW EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM EM FO FO.SS FO + + + +. + + + + • + + + + + + + + + + + + + + + + 4 4 + 4- 4- 4 4- 4 4- 4- 4 4- 4 4 4 4 4 4 4- 4- 4- + + 4 + 4- + 4- 4 4- 4- 4 4- 4- 4 4- 4- + 4- 4- + 4- 4 4- 4- 4 4 4 4 4 4- 4- 4 4 + 4- 4 4- 4- + 4 4- + 4- 4 4 4- 4 4 4 4- 4- 4 4 4- 4- 4 4- 4- + 4 4 4- + 4- 4 4 4- + + 4 4- + 4 + + 4- 4- 4 4 4 (Continued) 8-A-8 Appendix A. (Continued) 1 Scientific name Habitat c c u c x: O o o c re i-i O u w O c o o c c 1—1 0 o c ►J o m a c c 1 c < o o C/3 C f— ^ u o ^"■ u IRIDACEAE (Iris Family) Iris pseudacorus L. EM + I. versicolor L. EM + + + + + + + + + + ORCHIDACEAE (Orchid Family) Arethusa bulbosa L. SS + + + + + + + Calopopon pulchellus (Salisb.) R. Br. EM,SS + + + + + + + + + + Calypso bulbosa (L.) Oakes FO.SS + Corallorhiza trifida Chatelain v. vema (Nutt.) Fern. SS + + + + + + + + + Habenaria blephariglottis (V.'illd.) Hook. EM.SS + + + + + H. clavellata (Michx.) Sprang. V. ophioglossoides Fern. SS + + + + + + + + + + H. dilatata (Pursh) Hook. EM,SS + + + + + H. fimbriata (Ait.) R. Br. EM.FO + + + + + + + + + H, flava (L.) R. Br. v. herbiola (R. Br.) Ames & Correll EM,FO,SS + + + + 4- H. hyperborea (L.) R. Br. v. huronensis (Nutt.) Far^^?. FO.SS + + + + + + + + + H. lacera (Michx.) Lodd. EM,SS + + + + + + + + + H. orbiculata (Pursh) Torr. EM,FO,SS + + + + + + + + H. psycodes (L.) Spreng. EM,SS + + + + + + + + + Isotria verticillata (Willd.) Raf. SS + Liparis loeselii (L.) Richard EM,SS •f + + + + + + + + + Listera auriculata Wieg. SS + + L. convallarioides (Sw.) Nutt. SS + + L. cordata (L.) R. Br. SS + + + + Malaxis brachypoda (Gray) Fern. FO.SS + + M. unifolia Michx. FO.SS + + + + + + + + + Pogonia ophioglossoides (L.) Ker SS + + + + + + + + + + Spiranthes romanzof fiana Cham. EM.SS + + + + + + + + + SALICACEAE (Willow Family) Populus grandidentata Michx. FO + + + + + + + + + + P. trerauloides Michx. FO + + + + + + + + + + Salix bebbiana Sarg. FO.SS + + + + + + + + + + V. capreifolia Fern. FO.SS + S. cordata Michx. SS + S. discolor Muh. FO.SS + + + + + + + + + + V. latifolia Anderss. FO.SS + + + + + V. overi C.R. Ball FO.SS + + + + S. interior Rowlee SS + (Continued) 8-A-9 10-80 Appendix A, (Continued) Scientific name Habitat c c u u. c -H (/I u o o c o o tn 'o c q; o I— ( r; 3: o c c u c o o c c o cc o o o u c < u o re V2 farsh. Carpinus caroliniana V.'alt. v. virginiana (Marsh.) Fern FAGACEAE (Beech Family) Qucrcus bicolor Willd. Q. macrocarpa Michx. Q. rubra L. V. borealis (Michx. f.) Farw. ULMACEAE (Elm Family) Ulmus americana L. (f . laevior) Fern URTICACEAE (Kettle Family) Boehmeria cylindrica (L.) Sw. Laportea canadensis (L.) Wedd. SS SS SS FO SS SS SS SS SS SS SS SS SS SS SS SS FO FO FO FO FO FO SS.FO FO FO FO FO FO FO EM.FO FO + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + (Continued) 8-A-lO Appendix A. (Continued) Scientific name Habitat c o 4-1 c ir. s- u o u c o o U) o c 0) o c 2 X o c c i-H o u c o o c c ID c o u o i- -c c < o c CI r-i a r. 6 (Urticaceae continued) Pilea puinila (L.) Gray FO + + + + + + + LORAimiACEAE (Mistletoe Family) Arceuthobium pusillum Peck FO,SS + + + + + + + + + POLYGONACEAE (Buckwheat Family) Polygonum amphibium L. V. stipulaceum (Coleman) Fern. EM,ov; + + + + + + + + + P. careyi Olney i:m + + + + + + + + P. coccineum Muh. EM,OV.' + + + + + + + + + P. hydropiper L. EM + + + + + + + + + + P. hydropiperoides Michx. EM, OU + + + + + + + + + P. lapathifolium L. EM + + + + + + + + + V. salicifolium Sibth. EM + + + + + + P. pensylvanicum L. v. laevigatum Fern. EV. + + + + + + + P. persicaria L. EM,OVJ + + + + + + + + + + P. punctatum Ell. EM,OW + V. leptostachyum (I'eisn.) Small EM.ov; + + + + + + + V. parvum Vict. & Rousseau EM,OW + P. sagittatum L. EM + + + + + + + + + + P. scab rum Moench EM + + + + + + + + + Rumex crispus L. EM + + + + + + + + + + R. obtusifolius L. EM + + + + + + + + + + R. orbiculatus Gray EM + + + + + + + + + CEPvATOPHYLLACEAE (Homwort Family) Ceratophyllum demersum L. OW + + + + + + + C. e chin a turn Gray 0V7 + + NYMPHAEACEAE (V.'ater Lily Family) Brasenia schreberi Gmel. OW + + + + + + + + + -f Nymphaea odorata Ait. OW + + + + + + + + + + Nuphar advena (Ait.) Ait. f. OW + + N. microphyllum (Pers.) Fern. OW + + + + + + + N. variegatum Engelm. OW + + + + + + + + + + RANUNCULACEAE (Buttercup Family) Caltha palustris L. EM + + + + + Coptis proenlandica (Oeder) Fern. FO,SS + + + + + + + + + + Ranunculus ambigens S . Wats. EM + + R. flabellaris Raf. OW + + + + + + (Cont] Lnued) 8-. V-11 10-80 Appendix A. (Continued) Scientific name Habitat c c ij u c -7-i X- IT. o o o c re o o C/l o c (U a, o 1 — I c 3; X o c c f— ( o o c o O C c c o u V) o u c. < o o .c c •o It r; r-H u o X. f. CJ (Rnnunculaceae continued) p« p,molini DC. v. hookeri (D.Don) Benson OW + R» pensylvanicus L.f. Eli + + + + + + + + R. repens L. EM + + + + + + + + + V. f;labratus DC. EM + + V. linearilobus DC. E!-! + + V. villosus Lamotte EM + + + + + + R. reptans L. EM + + + + + + + V. ovalis (Bigel.) T. &. G. EM + + + + + + + + + + R. scelaratus L. EM,OW + R. septentrionalis Poir. EM,FO + + + + + + R. trichophyllus Chaix EM.ov; + + + + + + + V. calves cens W.B. Drew EM,OW + + + + + + + Thalictrum dioicum L. FO + + + + + CRUCIFERAE ( [ustard rarily) Amoracia aquatica (Eat.) Wiep, Cardamine pensylvanica Muhl. EM,OW EM + + + + + + + + + + + V. brittoniana Fanj. EK + C. pratensis L. EM + + + Nasturtium officinale R. Br. OW + V. microphyllum (Boenn.) Thell. OW + Rorippa amphibia (L.) Bess. EM + R. islandica (Oeder) Borbas v. femaldiana Butt. & Abbe EM + + + + + + + + + + V, hispida (Desv.) Butt. & Abbe EM + + + + + + + + +1 R. sylvestris (L.) Bess. EM + + + + + + + Subularia aquatica L. EM,OW + + + + SARRACENIACEAE (Pitcher-Dlant yamilv) Sarracenia purpurea L. SS + + + + + + + + + + DROSERACEAE (Sundew FAnilv Drosera intermedia Hayne SS + + + + + + + + + + D. rotundifolia L. SS + + + + + + + + + + V. comosa Fern. SS + CRASSULACEAE (Stonecrop Family) Tillaea aquatica L. EM + + + SAXIFRAGACEAE (Saxifrage Family) Chrysosplenium americanum Schwein. FO + + + + + + + + Penthorum sedoides L. EN + + + + + + + Ribes j^ladulosum Michx. SS.FO + + + + + + + + + + (Continued) 8-A-12 Appendix A. (Continued) Scientific name Habitat c c u u. c V. n: O ^ u ;ellii Morong Ol-I + + + + + M. humile (Raf.) Morong EM + + f. capillaceum (Torr.) Fern. 0\J + + + + M. tenellum Bigel. ow + + + + + + M. verticillatum L. v. pectinatum Wallr. ow + + + + + Proserpinaca palustris L. v. crebra Fern. & Grisc. EM,OW + + + + + + + + + P. pectinata Lam. EM.OW + + + HIPPURIDACEAE (Mare's Tail Family) Hippuris vulgaris L. EM,OW + + + + + UMBELLIFERAE (Parsley Family) Angelica atropurpurea L. EM + + + 1 Cicuta bulbifera L. EM,OW + + + + + + + + + + C. maculata L. EM + + + + + + + + + + Hydro CO tyle americana L. EM + j_ + + + + + + + + Slum suave Walt. EM, 01-; + + + + + + + + + + CORNACEAE (Dogwood Family) Comus amomum Mill. SS + + + + + + + + + + C. stolonifera Michx. SS + + + + + + + + + + CLETHRACEAE (White Alder Family) Clethra alnifolia L. EM.FO + ERICACEAE (Heath Family) Andromeda glaucophylla Link SS + + + + + + + + + + Chamaedaphne calyculata (L.) Moench V. angustifolia (Ait.) Rehd. SS + + + + + + + + + + V. latifolia (Ait.) Fern. SS + + (Continued) 8-A-15 10-80 Appendix A. (Continued) c — .1 - c A-» c< -. fj ,' ■ f. ^ c »— 1 o c c "^ c-C c "w V c c t" o r. rj Scionciiic name h a 0 i C n 'i; X P-. l£ ^Ki -1 rxi ■< in CJ LENTIBULARIACEAE (Bladden-;ort Fanilv) Utricularia cornuta ^fichx. EM + + + + + + + + + + U. geminiscapa Ben j . OW + + + + + + U. gibba L. OW + + + + + + U. inflata I.'alt. v. minor Chapn. OVl + + + + + + + + U. intermedia Hayne ov; + + + + + + + + + 1 U. minor L. ow.ss + + + + + + + U. purpurea Walt. OW + + + + + + 1 U. rcsupinata B.D. Greene EM + + + U. vulgaris L. 0\\' + + + + + + + + + + RUBIACEAE (Madder Family) Cephalanthus occidentalis L. ss + + + + + + + + + + Galium palustre L. EM + + + + + + + + + 4- G. tinctorium L. EM + + + + + + + + + + V. subbiflorum (l/ieg.) Fern. EM + + + G. trifidum L. EM + + + + + + + + V. halophilum Fern. & Wiec EM + + + G. triflorum Michx. FO + + + + + + + + + + V. asprelliforme Fern. FO + CAPRI FOLI ACE AE (lioneysuckle Family) 1 1 1 Lonicera oblongifolia (Goldie) Hook. SS + i L. villosa (Michx.) R. & S. SS + + + V. calvescens (Fern. & VJIcr.) Fern. SS + + + V. solonis (Eat.) Fern. SS + + + + + + + + i V. tonsa Fern. SS + + + + + 1 Sambucus canadensis L. SS + + + + + + + + + 1 S. pubens Michx. SS + + + + + + + + + + Viburnum cassinoides L. SS + + + + + + + + + + V. recognitum Fern. SS + + + + + + + + + + CAMPANULACEAE (Bluebell Family) i Campanula aparlnoides Pursh EM.OW + + + + + + 1 C. uliginosa Rydb. EM + + + + + + + -(- \ Lobelia cardinalis L. EM + + + + + + + + + 1 L. dortmanna L. OW + + + + + + + + + + L. kalmii L. EM + + + L. siphilitica L. EM + + COMPOSITAE (Composite Family) Aster junciformis Rydb. EM + + + + + A. lateriflorus (L.) Britt. EM + + + + + + + + + 1 + (Continued) 8-A-18 Appendix A. (Concluded) Scientific name (COMPOSITAE continued) V. pendulus (Ait.) Burgess V. tenuipes Wiep. A. nemoralis Ait, A. praealtus Poir. v. angustior Wieg. A. puniceus L. A. simplex Willd. V. ramosissinus (T . & G.) Cronq A. tradescanti L. Bidens cemua L. V. elliptica Wieg. V. minima (lluds . ) Pursh 3. comosa (Gray) Wieg. B. connata Muh. V. petiolaCa (Nutt.) Fan,?. B. discoidea (T. & G.) Britt. B. frondosa L. B. vulgata Greene Cirsium muticum Michx. Eupatorium maculatum L. V. foliosum (Fern.) Wieg. E. perfoliatum L. V. colpophilum Fern. & Grisc. Megalodonta beckii (Torr.) Greene Senecio robbinsii Ofikes Solidago graminifolia (L . ) Salisb. V. nuttallii (Greene) Fern. S. uliginosa Nutt V. linoides (T . & G.) Fern. V. terrae-novae (T. & G.) Fern. Tussilago farfara L. c o c u o u c Habitat o u "o c V 0-, o -a o c c (.1 c o CJ o c c o u. o u Ol o 1- r. < U + En ss EM EM EM EM EM EM EM EM EM EM EM EM.SS EM EM EM EM EM EM EM OU' EM EM EM EM.SS EM,SS EM,SS EM + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + 3 -A- 19 10-80 Appendix B. Invertebrates Likely to Occur in Open Water Palustrine Habitats of the Characterization Area ^ and Their Principal Feeding Habitats ° Order and species Feeding habits ANNELIDA HIRUDINEA (leeches) Erpobdellidae Erpobdella punctata C,P Gloss iphoniidae Placobdella ornaga C,S Hirudidae Macrobdella decora C,P ARTHROPODA ARACHNIDA Prostigmata (e.g., water mites) Unidentified spp . C,P CRUSTACEA Amphipoda (scuds, side swimmers) Talitridae Hy ale 11a azteca 0,S Isopoda (aquatic sowbugs) Asellidae Asellus sp. 0,S Palustrine invertebrate populations in the characterization area have not comprehensively been studied. The data in this table (Reinecke 1977) is based on collections made from beaver ponds in central (noncoastal) Maine. At the time this appendix was being prepared, D. M. Cameron Jr. (York University, Toronto, Canada) was compiling a checklist of insects occurring in a scrub/shrub peat bog in central Maine. It is scheduled for publication in 1980. The insect species occurring in emergent wetland and forested wetland are predominantly those which also occur in the upland terrestrial environment (personal communication from J. B. Diamond, Department of Entomology, University of Maine, Orono, ME, March 1979). Cummins 1973 and Pennak 1953. Many of these invertebrates go through a series of instars or larval stages, and their feeding strategies may change in the process. Unless otherwise noted, these designations are characteristic of the adult organism. C = carnivore; D = detritivore; H = herbivore; 0 = omnivore , P = parasite, and S = scavenger. Continued 5-B-l 10-80 Appendix B. Continued Order and species Feeding habits INSECTA Coleoptera (beetles) Chrysomelidae (leaf beetles) Donacia sp. H Dytiscidae (predaceous diving beetles) C Acilius semisulcatus Agabus seriatus Bidessus af finis Coptotomus interrogatus Hydroporus sp. Hydrotus sp . Laccophilus sp. Rhantus binotatus Rhantus bistriatus Haliplidae larvae and adults (crawling water beetles) H Peltodvtes sp . Haliplus connexus imniaculicollis Gyrinidae adults (whirligig beatles) C Dineutus nigrior Gyrinus sp . Helodidae larvae (marsh beetles) H Unidentified spp . Hydrophilidae (water scavenger beetles) larvae C adults D Berosus striatus Enochrus sp. Hydrobius sp. Hydrochara sp . Tropisternus mixtus Diptera (flies) Ceratopogonidae larvae (biting midges) C,D,H Bezzia sp. Atrichopogon sp. Chaoboridae (phantom midges) Chaoborus sp. Chironomidae larvae (midges) C,D,H Chrionominae Chironomus sp. Continued 8-B-2 Appendix B. Continued Order and species Feeding habits INSECTA (Continued) Diptera (flies) (Continued) Chrionominae (Continued) C,D,H Cryptochironomus fulvus Dicrotendipes sp . Endochironomus nigricans Glyptotendipes lobif erus Harnischia sp. Kief ferulus dux Micro tendipes sp . Omisus pica Parachironomus sp. Phaenopsectra sp . Polypedilum fallax Polypedilum halterale Polypedilum illinoense Pseudochironomus sp. Tanytarsus sp. Tribelos quadripunctatus Orthocladinae Acricotopus sp. Corynoneura sp. Cricotopus sp. Microcricotopus sp . Parametriocnemus sp . Psectrocladius sp. Tanypodinae Ablabesmyia sp . Clinotanypus sp . Larsia sp. Macropelopia sp. Nilotanypus sp. Procladius sp. Psectrotanypus sp . Culicidae (mosquitoes) D,H Anopheles sp. Dixidae (dixid midges) D,H Dixa spp. Tabanidae larvae (horseflies) D,S Chrysops sp. D,S Tipulidae (craneflies) D Helius sp. Prionocera sp. Continued 8-B-3 10-80 Appendix B. Continued Order and species Feeding habits INSECTA (Continued) Diptera (continued) Sciomyzidae larvae (marsh flies) Sepedon sp. Stratiomyiidae larvae (soldier flies) C,D,H Odontomyia sp . Syrphidae larvae (flower flies) Tubif era sp. Ephemeroptera larvae (mayflies) D,H Baetidae Caenis sp. Callibaetis ferrugineus Leptophlebia cupida Siphlonurus sp . Heptageniidae Arthroplea bipunctata Hemiptera (true bugs) Belostomatidae (giant water bugs) C Belostoma sp. Lethocerus americanus Corixidae (water boatmen) D,H Callicorixa sp. Cenocorixa sp . Hesperocorixa sp . Palmacorixa sp . Sigara sp . Gerridae (water striders) C Gerris sp. Hebridae (velvet water bugs) C Hebrus sp . Hydrometridae (marsh treaders) C Hydrometra sp . Mesoveliidae (water treaders) C,0 Mesovelia sp. Nepidae (water scorpions) C Nepa apiculata Ranatra sp . Notonectidae (backswimmers) C Buenoa sp . Notonecta sp. Veliidae (broad-shouldered water striders) C Microvelia sp . Continued a-B-4 Appendix R. Continued Order and species Feeding habits INSECTA (Continued) Lepidoptera larvae (butterflies and moths) H Pyralididae (aquatic caterpillars) Parapoynx obscuralis Neuroptera (various flying insects) Corydalidae (alderflies) C Chauliodes pectinicornis Sisyridae (spongilla flies) C Climacia areolaris Odonata (dragonflies, damself lies) C Aeschnidae C Aeschna canadensis interrupta umbrosa Coenagrionidae C Coenagrion resolutum Enallagma ebrium vernale Ischnura verticalls Lestes rectangularis Nehallenia gracilis Libellulidae Leucorrhinia intacta C Tetragoneuria caenis Trichoptera larvae (caddis flies) Leptoceridae H Oecetis sp. Limnephilidae D,S Limnephilus sp . Nemotaulius hostilis Platycentropus radiatus Phryganeidae H Banksiola sp. Psychomyiidae D,H Poly centr opus sp. Continued 8-B-5 Appendix B. Concluded Order and species Feeding habits MOLLUSCA GASTEROPODA Ancylidae (limpets) Ferrissia sp . Hydrobiidae (snails) Amnicola sp. Lymnaeidae (pond snails) Lymnaea sp. 0,S Physidae (pouch snails) Physa sp. 0,S Planorbidae (orb snails) Helisoma sp . Gyraulus sp. PELECYPODA Sphaeriidae (fingernail clams) D Pisidium sp. Musculium sp. 5-B-6 Appendix C. Vertebrates Likely to Occur, Breed, or Rear Young in Palustrine Habitats of the Characterization Area Common name Habitat ^ Feeding ^ Breeding ^ habits status Mammals " Bat, little brown OW I Bat, red OW I Bat, silver-haired OW I Beaver EM,FO,SS,OW H B Black bear EM,FO,SS 0 Deer EM,F0,SS,0W H Eastern pipistrelle (bat) OW I Keen's myotis (bat) OW I Mink EM,FO,SS,OW C Mole, star-nosed EM.SS I Moose EM,FO,SS,OW H Mouse, meadow jumping EM 0 Muskrat EM,F0,SS,0W H B Opossum, Virginia EM,F0 0 Raccoon EM,FO,SS,OW 0 Shrew, masked FO,SS I Shrew, smokey FO,SS I Shrew, water EM,FO,SS,OW H B Vole, meadow EM H Birds ^ Loon, common OW Grebe, pied-billed OW Cormorant, double-crested OW Heron, great blue EM green EM black-crowned night EM C B C,I B C,I C,I C,I B C,I B ^ EM = emergent wetland, FO = forested wetland, SS = scrub/shrub wetland, and OW = open water. b C = carnivore (vertebrate eater), D = detritivore, H = herbivore, I. ^ inverte- brate eater, and 0 = omnivore. c B = species which breed and/or rear young in palustrine areas. c^.- the chapters on the various vertebrate groups for more detailed comments. d personal communication from C. R. Ferris, School of Forest Resources, University of Maine, Orono, ME. May 1979. ^ personal communication from N. C. Famous, School of Forest Resources, University of Maine, Orono, ME. June 1979. C-1 denotes species whose feeding habits are primarily invertebrate as juveniles and primarily carnivorous as adults. (C)I denotet, species which are primarily invertebrate feeders; large adults, however, may prey on fish occasionally. (Continued) 8-C-l l«-«° Appendix C. Continued Common name Habitat ^ Feeding b habits Breeding status Birds (cent.) Bittern, least EM american EM Goose, Canada EM,OW Mallard EM.OW Duck, black EM,OW ruddy OW Teal, green-winged EM,OW blue-winged EM,OW Duck, wood FO,OW ring-necked FO,OW,EM,SS Goldeneye, common FO,OW bairds OW Merganser, hooded FO,OW common EM.OW Hawk, sharp-shinned FO,OW broad-winged FO marsh EM.SS rough-legged SS Eagle, bald OW Osprey OW Kestrel, american SS Grouse, spruce SS.FO Rail, Virginia EM Sora OW Gallinule, common EM Coot, american EM Woodcock, american FO Snipe, common EM,SS Sandpiper, least EM.OW pectoral EM.OW solitary EM,OW spotted EM,OW Yellow-legs, greater EM,OW lesser EM,OW Gull, bonaparte's OW great black-backed OW herring OW Tern, black OW common OW Kingfisher, belted OW Sapsucker, yellow-bellied FO (Continued) 8-C-2 I B C,I B 0 B 0 B 0 B 0 0 B 0 B 0 B 0 B 0 B 0 c B c B c B c B c B c c c C,I B 0 B B B B B B B C,I 0 0 I C c I B Appendix C. Continued Common name Habitat ^ Feeding ^ habits Breeding ^ status Birds (Cont.) Woodpecker, pileated FO hairy FO downy FO black-backed 3-toed FO northern 3-toed FO Kingbird, eastern SS Flycatcher, alder ss yellow-bellied FO,SS least FO Pewee, eastern wood FO Flycatcher, olive-sided FO Swallow, tree SS,FO bank OW rough-winged OW barn OW cliff OW Martin, purple OW Jay, grey FO Raven, common EM,FO,SS Crow, common EM,FO,SS Chickadee, boreal FO black-capped FO Nuthatch, red-breasted FO Creeper, brown FO Wren, winter FO long-billed marsh EM,SS short-billed marsh EM,SS Catbird, grey SS Robin, american FO,SS Thrush, wood FO hermit FO swainson's FO Veery FO Kinglet, ruby-crowned FO,SS golden-crowned FO Water pipit SS Waxwing , cedar SS Shrike, northern SS Starling SS (Continued) 8-C-3 I B I B I B I B I B I B I B I B I B I B I B I B I I I I I 0 B 0 0 I B I B I B I B I B I B I B I B 0 B I B I B I B I B I B I B I B 0 B c I B 10-80 Appendix C. Continued Conunon name Habitat ^ Feeding habits Breeding status Birds (Cont.) Vireo, solitary FO red-eyed FO warbling FO Warbler, black-and-white FO tennessee FO,SS nashville FO parula FO yellow FO magnolia FO cape may FO black-throated blue FO yellow-rumped FO black- throated green FO blackburnian FO bay-breasted FO Canada FO chestnut-sided FO,SS palm SS Wilson's SS Ovenbird FO Waterthrush, northern FO Yellowthroat , common EM,SS Redstart, american FO Bobolink EM,SS Blackbird, red-winged EM,SS Oriole, northern FO Blackbird, rusty SS Crackle, common SS Cowbird, brown-headed SS Grosbeak, rose-breasted FO Finch, purple FO Siskin, pine FO Goldfinch, american SS Sparrow, savannah SS Junco, dark-eyed SS Sparrow, chipping SS white-throated SS lincoln's SS swamp SS song SS I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B I B 0 B I B 0 B 0 B 0 B I B I B 0 B 0 B 0 B 0 B 0 B 0 B 0 B 0 B 0 B (Continued) 8-C-4 Appendix C. Continued Common name Habitat Feeding ° Breeding habits status Reptiles Snake, eastern garter FO,SS c, I northern brown Insuf f icient data c. I northern water EM,FO, OW c, I B red-bellied Insuf f icient data c. I Turtle, eastern painted OW 0 B snapping EM,FO, OW 0 B wood EM,FO, OW 0 B Amphibians Bullfrog OW larvae D adults c, I B Frog, gray tree FO,OW larvae adults D I B green EM,FO, SS, ,0W larvae, adults D I B mink EM,FO, SS, ,ow larvae adults D I B northern leopard EM,FO, ,SS, ,ow larvae adults D I B pickerel EM,FO, ,ss, ,ow larvae adults D I B wood FO,OW larvae adults D I B Newt, red-spotted OW I B Salamander, blue-spotted OW I B four-toed FO,SS I B red-backed FO I B Spring peeper FO.OW larvae adults D I B Toad, american OW larvae adults D I B Fish Bass, largemouth OW smallmouth OW Bullhead, brown EM,OW Carp OW Dace, finescale OW (bogs) northern re idbelly OW (bogs) (Continued) 8-C-5 C-I^ B C-I B 0 B 0 B I B H B 10-80 Appendix C. Concluded Common name Habitat ^ Feeding habits Breeding status Fish (Cont.) Darter, swamp OW Eel, american OW Perch, white ow yellow OW Pickerel, chain ow Shiner, blacknose OW bridle OW golden OW Stickleback, fourspine EM,OW ninespine EM,OW threespine EM,OW Sucker, white OW Sunfish, pumpkinseed OW Trout, brook OW I B C-I B C-I B C-I B c B 0 B 0 B 0 B I B I B I B 0 (C)I B (C)l 8-C-6 CHAPTER 11 -11- 10-80 Table 1. List of Fishes Captured by Trawl in Bootbbay Region of Maine. Species Species Atlantic hagfish Spiny dogfish Little skate c Barndoor skate c American eel c Blueback herring Alewife Atlantic menhaden Atlantic herring c Rainbow smelt Goosef ish Silver hake c Atlantic tomcod Pollock Atlantic cod c Haddock Red hake c White hake c Fourbeard rockling Ocean pout Threespine stickleback Northern pipefish Gunner c Redfish c Snakeblenny Radiated shanny Rock gunnel Longhorn sculpin c Shorthorn sculpin c Sea raven c Mailed sculpin Alligator fish Lump fish Windowpane Winter flounder c American plaice c Yellowtail flounder Smooth flounder Witch flounder c USFWS (unpublished) ^ Found also by Chenoweth (unpublished) 11-1-1 10-30 Table 2. Fish Species Capcured in Montsweag Bay and the Sheepscot River From June 1970 through 1977.^ Taxon Occurrence MB Sheepscot Lampreys - Petromyzontidae Sea lamprey, Petromyzon marinus Linnaeus x Dogfish sharks - Squalidae Spiny dogfish, Squalus icanthias Linnaeus X Skates - Raj idae Little skate. Raja erinacea Mitchill X x Winter skate. Raja ocellata Mitchill x x Thorny skate. Raja radiata Donovan x Sturgeons - Acipenseridae Shortaose sturgeon, Acipenser brevirostrum Lesueur x x Atlantic sturgeon, Acipenser oxyrhynchus Mitchill x Freshwater eels - Anguillidae American eel, Anguilla rostrata (Lesueur) x Herrings - Clupeidae Blueback herring, Alosa aestivalis (Mitchill) x x Hickory shad, Alosa mediocris (Mitchill) x Alewife, Alosa pseudoharengus (Wilson) X x American shad, Alosa sapidissima (Wilson) x x Atlantic menhaden, Brevoortia tyrannus (Latrobe) x x Atlantic herring, Clupea harengus harengus Linnaeus x x Anchovies - Engraulidae Striped anchovy, Anchoa hepsetus (Linnaeus) x Trouts - Salmonidae Coho salmon, Oncorhynchus kisutch (Walbaum) Atlantic salmon, Salmo salar Linnaeus x Smelts - Osmeridae Capelin, Mallotus villosus (Muller) x Rainbow smelt, Osmerus mordax (Mitchill) x x Goosefishes - Lophiidae Goosefish, Lophius americanus Valenciennes x Codfishes - Gadidae Atlantic cod, Gadus morhua Linnaeus x x Silver hake, Merluccius bilinearis (Mitchill) x x a (Continued) Maine Yankee Atomic Power Co. 1973. 11-2-1 Table (Continued) Taxon Occurrence MB Sheepscot Codfishes - Gadidae Atlantic tomcod, Microgadus tomcod (Walbaum) x X Pollock, Pollachius virens (Linnaeus) x x Red hake, Urophycis chuss (Walbaum) x x White hake, Urophycis tenuis (Mitchill) x x Eelpouts - Zoarcidae Ocean pout, Macrozoarces americanus (Bloch and Schneider) x x Killifishes - Cyprinodontidae Mummichog, Fundulus heteroclitus (Linnaeus) x Silversides - Atherinidae Atlantic silverside, Menidia menidia (Linnaeus) x x Sticklebacks - Gasterosteidae Fourspine stickleback, Apeltes quadracus (Mitchill) x Threespine stickleback, Gasterosteus aculeatus Linnaeus x Blackspotted stickleback, Gasterosteus wheatlandi Putnam x Ninespine stickleback, Pungitius pungitius (Linnaeus) x Pipefishes - Syngnathidae Northern pipefish, Syngnathus fuscus Storer x x Temperate basses - Percichthyidae White perch, Morone americana (Gmelin) x x Striped bass, Morone saxatilis (Walbaum) x x Perches - Percidae Yellow perch, Perca f lavescens (Mitchill) Bluefishes - Pomatomidae Bluefish, Pomatomus saltatrix (Linnaeus) x x Jacks - Carangidae Crevalle jack, Caranx hippos (Linnaeus) x Porgies - Sparidae Scup, Stenotomus chrysops (Linnaeus) x Wrasses - Labridae Cunner, Tautogolabrus adspersus (Walbaum) x x Pricklebacks - Stichaeidae Snakeblenny, Lumpenus lumpretaeformis (Walbaum) x Daubed shanny, Lumpenus maculatus (Fries) x Radiated shanny, Ulvaria subbifurcata (Storer) x (Continued) 11-2-2 10-80 Table 2. (Concluded). Taxon Occurrence MB Sheepscot Gunnels - Pholidae Rock gunnel, Pholis gunnellus (Linnaeus) X Wrymouths - Cryptacanthodidae Wrymouth, Cryptacanthodes maculatus Storer x X Mackerels - Scombridae Atlantic mackerel, Scombrus scombrus Linnaeus x x Butterfishes - Stromateidae Butterfish, Peprilus triancanthus (Peck) x x Scorpionf ishes - Scorpaenidae Ocean perch (redf ish) , Sebastes marinus (Linnaeus) X Searobins - Triglidae Northern searobin, Prionotus carolinus (Linnaeus) x Striped searobin, Prionotus evolans (Linnaeus x Sculpins - Cottidae Sea raven, Hemitripterus americanus (Gmelin) x X Grubby, Myoxocephalus aenaeus (Mitchill) x x Longhorn sculpin, Myoxocephalus ocf^decemspinosus (Mitchill) x x Shorthorn sculpin, Myoxocephalus scorpius (Linnaeus) x x Moustache sculpin, Triglops murrayi Gunther x Mailed sculpin, Triglops nybelini Jensen x Pochers - Agonidae Alligatorf ish. Asp idophoro ides monopterygius (Bloch) x Lumpfishes and snailfishes - Cyclopteridae Lumpfish, Cyclopterus lumpus Linnaeus x Seasnail, Liparis atlanticus (Jordan and Evermann) x Lefteye flounders - Bothidae Summer flounder, Paralichthys dentatus (Linnaeus) X Fourspot flounder, Paralichthys oblongus (Mitchill) x Windowpane, Scophthalmus jsuosus^ (Mitchill) x x Righteye flounders - Pleuronectidae American plaice, Hippoelossoides platessoides (Fabricius) x X Yellowtail flounder, Limanda ferruglnea (Storer) X Smooth flounder, Liopsetta putnami (Gill) X x Winter flounder, Pseudopleuroneetes americanus (Walbaum) x x X 11-2-3 Table 3. Fishes Sampled by Gill Netting in the Sheepscot River and Montsweag Bay/Back River System from 1970 through 1977.^ Species Number Relative Relative caught abundance biomass (%total catch"* (%total catch) 9366 34.66 15.68 5703 21.10 11.27 3743 13.85 2.90 3576 13.23 1.72 3185 11.78 36.95 274 1.01 1.45 257 .95 6.54 233 .86 21.66 166 .61 .16 117 .43 .32 112 .42 .73 74 .27 .18 64 .23 .14 52 .19 .02 32 .11 .09 17 .06 .02 16 .06 .03 8 .03 <.01 7 .03 .05 3 .01 <.01 2 <1.01 2 <.01 2 <.01 2 <1.01 ) .05% combined ^.01 <.01 <.01 <.01 <.01 Alewife Blueback herring Rainbow smelt Atlantic herring Atlantic menhaden Atlantic mackerel Striped bass Spiny dogfish Bluefish Atlantic tomcod American shad White hake Silver hake White perch Pollock Butterfish Winter flounder Grubby Shorthorn sculpin Smooth flounder Gunner Hickory shad Longhorn sculpin Sea raven Northern sea robin Red hake Striped sea robin Threespine stickleback Windowpane Maine Yankee Atomic Power Co. 1978. 11-3-1 10-80 Table A. Relative Abundance by Number and Weight (kg) of all Fishes Collected by Otter Trawl in the Montsweag Bay - Sheepscot River Estuary, March 1971 - November 1977.^ Species Number %Number Weight %Weight Atlantic tomcod 32349 39.0 1926.25 41.0 Winter flounder 24604 30.0 1176.96 25.0 Smooth flounder 7062 8.0 202.09 4.0 White hake 6203 8.0 330.68 7.0 Rainbow smelt 4241 5.0 130.05 3.0 Longhorn sculpin 3110 4.0 249.44 5.0 White perch 1092 1.0 16.49 0.4 Little skate 661 1.0 235.96 5.0 Grubby 594 1.0 15.49 0.3 Silver hake 586 1.0 66.04 1.0 Windowpane 381 0.5 31.01 0.7 Red hake 374 0.5 14.70 0.3 Sea raven 373 0.4 138.21 3.0 Ocean pout 357 0.4 37.79 0.8 Alewife 323 0.4 10.96 0.2 Atlantic cod 210 0.3 42.86 0.9 Shorthorn sculpin 150 0.2 10.41 0.2 Pollock 117 0.1 5.74 0.1 American plaice 70 0.1 3.32 0.1 Mailed sculpin 22 - 0.01 — Gunner 19 - 3.57 0.1 Alligatorf ish 19 - <0.01 - Atlantic herring 16 - 0.33 - Atlantic menhaden 9 — 0.73 — Threespine stickleback 8 - <0.01 - Thorny skate 8 - 0.40 - Butterfish 7 - 0.39 - Blueback herring 7 - 0.51 - Northern pipefish 7 - < 0.01 - Spiny dogfish 5 - 16.32 0.3 Atlantic silverside 4 - <0.01 - Moustache sculpin 4 - 0.02 - Seasnail 4 - 0.03 - American eel 3 - 0.93 - Daubed shanny 3 - <0.01 - American shad 2 - 0.04 - Winter skate 2 - 5.47 O.I Ninespine stickleback 2 - <0.01 - Wrymouth 2 - 0.13 - Snakeblenny 2 - 0.07 - Ocean perch 2 ™ 0.02 ^ (Continued) Maine Yankee Atomic Power Co. 1978. 11-4-1 Table 4. (Concluded) Species Number %Number Weight %Weight Northern searobin 1 Yellowtail flounder 1 Summer flounder 1 Scup 1 Total 83018 0, .16 0, .07 1, .08 0, .02 4694, .76 11-4-2 10-80 Table 5. List of Fishes Found in Penobscot Bay by Central Maine Power Studies (1974 to 1975). Taxonomic name Common name Alosa aestivalis Alosa pseudoharengus Ammodytes americanus Anguilla rostrata Apeltes quadracus Asp idophoro ides monopterygius Brevoortia tyrannus Clupea harengus Cryptacanthodes maculatus Cyclopterus lumpus Enchelyopus cimbrius Fundulus heteroclitus Gadus morhua Gasterosteus aculeatus Gasterosteus wheatlandi Glyptocephalus cynoglossus Hemitripterus americanus Hippoglossoides platessoides Limanda ferruginea Liopsetta putnaml Lumpenus lumpretaeformis Macrozoarces americanus Medidia menidia Merluccius bilinearis Microgadus tomcod Morone saxatilis Myoxocephalus aenaeus Myoxocephalus octodecemspinosus Myoxocephalus scorpius Osmerus mordax Peprilus triacanthus Pholis gunnellus Pollachius virens Pomatomus saltatrix Pseudopleuronectes americanus Pungitius pungitius Raja erinacea Raja ocellata Raja radiata Salvelinus f ontinalis Scomber scombrus Scopthalmus aquosus Blueback herring Alewife American sand lance American eel Fourspine stickleback Alligatorf ish Atlantic menhaden Atlantic herring Wrymouth Lump fish Fourbeard rockling Mummichog Atlantic cod Threespine stickleback Blackspotted stickleback Witch flounder Sea raven American plaice Yellowtail flounder Smooth flounder Snakeblenny Ocean pout Atlantic silverside Silver hake Atlantic tomcod Striped bass Grubby Longhorn sculpin Shorthorn sculpin Rainbow smelt Butterf ish Rock gunnel Pollock Bluefish Winter flounder Ninespine stickleback Little skate Winter skate Thorny skate Brook trout Atlantic mackerel Windowpane (Continued) 11-5-1 Table 5. (Concluded) Taxonomic name Common name Squalus acanthias Spiny dogfish Stenotomus chrysops Scup Syngnathus fuscus Northern pipefish Tautogolabrus adspersus Cunner Triglops nybelini Mailed sculpin Urophycis chuss Red hake Urophycis regius Spotted hake Urophycis tenuis White hake 11-5-2 Table 6. List of Fishes Captured by Trawl in Passamoquoddy Bay. Species Species Silver hake White hake Fourbeard rockling Alewife Pollock Winter skate Little skate Capelin American plaice Thorny skate Sea raven Alligatorf ish Redfish Longhorn sculpin Atlantic cod Winter flounder Snakeblenny Ocean pout Rainbow smelt Haddock Atlantic herring Barndoor skate Butterf ish Grubby Moustache sculpin Shorthorn sculpin Goosef ish Atlantic tomcod Wrymouth Atlantic hagfish Artie hookear sculpin Lumpf ish Rock gunnel Radiated shanny Atlantic halibut Yellowtail flounder Smooth skate Witch flounder Daubed shanny Tyler 1971. 11-fi-l Table 7 Fishes Recorded in the Deer Isle/Campobello Area and Vicinity. Marsipobranchii Myxine glutinosa (Hagfish) Petromyzon marinus (Lamprey) Selachii Carcharias taurus (Sand shark)* Alopias vulpinus (Thresher shark)* Carcharodon carcharias (White shark) Lamna nasus (Porbeagle) Mustelus canis (Smooth dogfish)* Rhizoprionodon terraenovae (Atlantic sharpnose shark)* Somniosus microcephalus (Greenland shark) Squalus acanthus (Spiny dogfish) Raja erinacea (Little skate) R. laevis (Barndoor skate) R. ocellata (Winter skate) R. radiata (Thorny skate) Torpedo nobiliana (Atlantic torpedo) Pisces Acipenser oxyrhynchus (Atlantic sturgeon) Alosa pseudoharengus (Alewife) A. sapidissima (American shad) Brevoortia tyrannus (Menhaden)* Clupea harengus (Herring) Etrumeus sadina (Round herring)* Coregonus clupeaformis (Lake whitefish)* Salmo salar (Atlantic salmon) Salvelinus fontinalis (Brook trout) Mallotus villosus (Capelin)* Osmerus mordax (Smelt) Mauroclicus muelleri (Muller's Pearlsides)* Anguilla rostrata (American eel) Conger oceanicus (Conger eel-larval)* Scomberesox saurus (Atlantic saury)* Hyporhamphus sp. (Common half beak)* Fundulus heteroclitus (Mummichog) Syngnathus fuscus (Northern pipefish) Apeltes quadracus (Fourspine stickleback) Gasterosteus aculeatus (Threespine stickleback) G. wheatlandi (Blackspotted stickleback) Pungitius pungitius (Ninespine stickleback) Brosme brosme (Cusk) Enchelyopus cimbrius (Fourbeard rockling) Gadus morhua (Atlantic cod) Melanogrammus aeglefinus (Haddock) (*) Rare or occasional occurrence. (Continued) 11-7-1 10-80 Table 7 (Continued) Pices (Cont.) Merluccius bilinearis (Silver hake) Microgaddus tomcod (Atlantic tomcod) Pollachius virens (Pollock) Urophycis chuss (Squirrel hake) Nezumia bairdi (Marlin spike)* Zenopsis ocellata (American John Dory)* Roccus americanus (White perch) R. saxatilis (Striped bass) Stenotomus chrysops (Scup)* Tautoga onitis (Tautog)" Tautogolabrus adspersus (Gunner) Ammodytes americanus (American sand lance) Sarda sarda (Atlantic bonito)" Scomber colias (Chub mackerel) S. scombrus (Atlantic mackerel) Thunnus thynnus (Bluefin tuna) Anarhichas lupus (Atlantic wolffish) A. minor (Spotted wolffish)* Pholis gunnellus (Rock gunnell) Cryptacanthodes maculatus (Wrymouth) Lumpenus lumpretaef ormis (Snake blenny) Ulvaria subbifurcata (Radiated shanny) Lycenchelys verrilli (Wolf eelpout)* Macrozoarces americanus (Ocean pout) Poronotus triacanthus (Butterfish) Menidia menidia (Atlantic silverside) Sebastes marinus (Redfish) Prionotus carolinus (Northern searobin) P. evolans (Striped searobin)* Artediellus uncinatus (Artie hookear sculpin)* Gymnocanthus tricuspis (Artie staghorn sculpin)* Hemitripterus americanus (Atlantic sea raven) Myoxocephalus octodecemspinosus (Longhorn sculpin) M. scorpius (Shorthorn sculpin) Triglops murrayi (Mailed sculpin)* Aspidophoroides monopterygius (Alligatorf ish)* Cyclopterus lumpus (Lumpfish) Eumicrotremus spinosus (Atlantic spiny lumpfish)* Liparis atlanticus (Atlantic seasnail) L. liparis (Striped seasnail) Paralichthys dentatus (Summer flounder)* P. oblongus (Fourspot flounder)* Scophthalmus aquosus (Windowpane) Glyptocephalus cynoglossus (Witch flounder) Hippoglossoides platessoides (American plaice) (Continued) 11-7-2 Table 7 (Concluded) Pices (Cont.) H. hippoglossus (Atlantic halibut) Liopsetta putnami (Smooth flounder) Pseudopleuronectes americanus (Winter flounder) Monacanthus hispidus (Planehead tilefish)* Mola mola (Ocean sunfish)* Lophius americanus (Monkfish) 11-7-3 10-80 c 0 ■u ^ c ca rH • p^ U C T3 QJ QJ cn 1-1 OJ O u J= CL, a c o < 4-1 TJ o c r~- to 0^ 1— ( T3 0) 4-1 >> 05 O D P 60 m D <: 0) X 6 j-i o !-i c fe •H Vi J-l QJ x; > 00 •H 3 Pi tfl U 4-1 O c a o m JJ Oh ^ OJ c QJ nj ^ ■H CD Cu O QJ >,s: XI 4J 4J x; 13 o C M nJ U-l >. o (0 PQ QJ O 00 C rt 0) QJ )-l :3 Vj to 3 4J a c o o o 2 xt c d •H cd 4-1 M QJ QJ cn •H O to OJ 4J a. QJ C/3 z QJ a c Q) iJ 1-4 3 O o O e CO -~ X x; ^ 4-1 4-1 1-1 4-1 -K 4-1 S O O 1 O CO o o ~, B o O r^l 1-1 1-1 QJ en OJ QJ XI 3 4-1 4-J O X) en en C CO CO CO U O a O O U • *> QJ 4-1 • *s > 0) >, •H >> 1— 1 pi T3 c o 4-1 • #. Q) O 4-1 •H tn o X CM QJ en 00 •H rH a 3 4J O. 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U O a CO 0) CO T3 QJ QJ -H CO CO 01 TD TJ cO •H -H x: >-, 4J CJ X 4J tH CO O 4J hJ CJ CO X c; u 0) 3 tn CO -H 0) U-l a a O PI- CO 00 4-1 c CO B 3 CO X .H CO X 1 a I S I CO Pi I CO u OJ O 4-1 -H CO Pi < 3 0) J-i 3 O CO PL X H 3 3 3 O CO X cn tn o -a u-i 3 T) 0) cn 01 H X i-J S Pi z u i^ I X o o m I X o ^ 4-1 cn -H 3 S OJ ^ — CO 3 tn 3 -H •H H hJ CO -^ 0) 3 CO -H •H X ^v U B 4J 3 -H CO S X -^ ■H CO cn S 3 QJ CO 3 QJ CO tn 3 iH CO X a. QJ o u B o 4-1 tn 3 -a CO oq CJ td XI rH Cd tn 3 0) tn to 3 ,H 3 •H -H X hJ en 3 3 OJ QJ CO tn 3 01 to 3 3 --N ■H .H ^-^ -H X •H X --V CJ tn 3 QJ CO 3 3 QJ X a 00 to O 4-1 4-1 tn 3 CO _ H S T3 01 4-1 CO •H 3 13 O CO •H CO B 3 CO X tH CO 3 tn 3 tn j-i QJ PI. tn XI CO tn 3 U X CO ■H O 00 O 4-1 3 CO H U QJ ^~^ S-i M o QJ 4J X CO 4-1 -~-^ 3 3 CJ T3 QJ 3 3 •H 4J 3 O U 11-8-2 10-80 01 o c 0) S-1 u 3 o o o e 0) 0) d CO CO p^ XI T3 •H -H T3 T3 CO to e CO d c o o u X) (U T3 3 .H O c O U 00 (0 H CO OJ •H o 0) (1. en I-) 1-1 I I <: < o o a; CO CO XI cu u 0) rC Pi S CO O to S m CO •H en 3 3 C XI (U o j-i to U) •H •H a CJ >> >, XI XI a- ex o o u )-J ;=) r3 11-8-3 u ^ CN — f— •r- '-. 0/ ^ r^ tn cc c^ j-i c — c CL 0 E - E c u U OJ 1 u; to 3 t-< QJ TO CJ > U ^^ a> ce: Cl CN cn r^ J^ c^ 0 jj -^ (J c m a a; C- cu w- •H 4-) U C/3 - O 3 r^ C QO r^ CT, 3 C?v < — CC E ^J -H O . fl Q. u ^ O ™ ra 3 u 0 0) JJ -H cc u ■a JJ a 01 OJ c CO •o >. 5 ra c n z m n ca c X in c C u (l> o iJ iJ TO u •c CJ Q en QJ c o V. •-H « c TO TO E X: xj '-g C O « o m w r^ r^ CO fO CN r- 1 — ,— , 00 — p^ CN -^ O «t QC u-i \C >— ' CN —1 r^ u-i — in — . y-i -H CN -H -H -H CN 3 -1 m 01 t-H 01 3 ^ X ^ C 00 to > 0 CB d •a O CJ d 0 E ^ CO O 3 X ij U-l CO — o -H • •H U U ^ "D Q. --I -W X OJ Q. CO CO JJ 3 JJ ■J] C 3 d CO CO CO -o CO -H CO CO CO — 1 CO •c ■H CJ tCi JJ -H CO kJ U5 o < u c& CO ^ u ^ CO •^ CJ > 7 -H w 1 J S 3 \ u en en -H CL c- 4-1 Cu I n: u. 3 x: a 4-1 >, t:: El 4J w ij lu 0) M E 3 ca n3 TO H TO U Q. en 4j X 0) ' a. w 3 u 11-9-1 10-80 E D Z — r-j — r^ L^ in — It O C u m C .c g X '-• c o -- u-i o V o c o V V V B O to 3 ac >. tn ki 3 n) 4J 4J ra c ^ n 3 c O E X E in •H «| aj iM (u ■a u -a •H 0 O O ij j: U nj *-< o &o c j: ■,^ m a --* o 0 ^ rt -o < " •^ --' o. a< ^ en u < u 3 C 3 Ul-H O :/; I a. u ^-, CM •^ R] £ Vi\^ £. ^ O >> 3 u c c ra ij 3 O t/5 3 a. 3 ^ ^- a o a. u 3 OJ o iJ m (D •3 -H .^^ 0 01 en w 3 en c Cfi 0) U) ffl 1^ 4J 3 — < 0) fl r Cu iH (Tl -n C/) a U c T3 (fl « « u 01 0) W T3 c: 3 « ra Ui •^ c u en 00 3 . - a X -J 3 " H 3 a6 n3 ■ " H S) • jc ■ 11-9-2 Vi o o to ' E X o m o u> ■ E X o ^$ n o c c 0 •H fH 4J n CC u 0 u H o. o t*^ f^ (N — . — — CO V V o — — V V V o V o V ^- — -C" t/1 U Rl 3 (U > w U —1 0) U ■H i-l 3 t/3 U) ■H m K^ X :g 01 s: -a -H uj uj E t: 3 C en CO u r^- u a) tn -H > -3 >, Ui ^ ■u C at •M cn r. F cn -H « « 3 ^ < (D a o o D u- (TJ U t/1 •rH -H C D tn 3 iJ d -1 o< 01 1-. -H j: -1 o w u m < o < ra tn w > -^ -H o . XI tfl ■ •\ c J3 4J • CO x; ex C/2 cn ■u •H M OJ O JZ r. 60 >^ O cn cn O U CO PQ iH Xl u •r-l CO m O C QJ C hJ n 4-1 01 ^ •tH X! cn 0 Cfl W •H 4-1 4-) C ►X) a >> c 0) •i-l P O OJ CO cn c Cfl CO rH 2 60 (-1 fa (-1 S iH OJ CO CO pq r-l o X) m CQ cn 60 »H c_) 0) u QJ «^ *^ M T3 cn o :3 01 ^J •v cn 0) tJ 01 1— 1 »N o m 00 cn 0) 42 QJ c .-1 • en a Vj -o QJ 60 H ^ OJ c cn CO u o C 60 -a CO QJ rH QJ M O CO 0) CO -o QJ ». OJ U CO 0) « o QJ hJ ■ u o 01 S-1 c *^ • J cn pa CO CJ (U • n *\ m • ^ o cu CO • • I— 1 • cn Qi 4-1 ■H • QJ vj 1— I cn J cn M cn c cn .H (J M C M 60 CO ■H M 4-1 j:^ c •r-l x: d QJ 4-1 4-1 Vj O OJ ■H ^ ^ CJ •H x; QJ C -H 0) C M 3 CU CJ 4-1 C 4-1 S QJ hJ c tU O cr e OJ 0 c 3 QJ c l-i o 0) 3 u S-i 3 O U 1— 1 fn o C/3 O, S o U W o ^-I'^cstc^cncnc^m ca CO OJ ^ X) Vj XI ^ M CO CO QJ S-I •H OJ ^ CO X 60 ^ •H P^ c CO o OJ •H ex rH 1-1 o. C CO CO O r-l CO c c X OJ 3 o cn JZ >^ •H & rH 4J 1-1 4J c CO 0 4-1 c o 2; U-l c QJ ■H CO 1-1 4-1 cn o CO CO cn •a •r-l o cn •H ■rl m •H •H cn r-i X 60 CO (X X C ■► T3 OJ CO rH •H C QJ cn u QJ 4-1 OJ 4-1 60 X cn w XI u o QJ 60 o OJ >^ • c XI •H X 60 rH -—^ OJ cn 1-1 OJ cn 4-1 XI CO cn 4-1 XI c QJ >^X »- CO d CO QJ rH 60 4-1 > CO 4-1 CJ 4-1 uo C •H •rl ^ u x c v^ -H u cn 0 ^^ QJ QJ 60 1-1 ex •rl ex 'O 3 X) CO O s QJ QJ CT QJ ;-i MH M c •H 3 > OJ XI o o o d CO S-i OJ C4H 4-1 •H Sj •H x: ^ OJ C >. 4-1 CO 4-1 O OJ CO r-t CO QJ d cn OJ X ^ 4-1 rH > C o a u QJ X ^4 CO 1-1 u 3 CO CO o U OJ U o. QJ 1-1 a •H cn O cn > O 6 rH C M-l I— 1 CO > •H X 0 X 0 CO X CO 3 o 4-1 OJ 14-1 QJ (X •H cn cn cn 60 OJ S u 4-1 X) T3 1-1 4-1 c >. C C QJ CO CO 60 3 CO 3 CO ^ 0) > c O 1-1 O C -H •H O oO U C 7-t IH X 0 CO 1-1 a •H OJ OJ OJ -H QJ 0 U u u M 4-1 cn u C OJ QJ OJ o OJ o •H x: x; X OJ ; 3 O s s o rH CO •-1 QJ CO 4J CJ CO CO CO !-l c > CO CO OJ OJ QJ D- o 4J OJ u u u •rl cn cn U CO CO CO 60 4-1 •rl cn QJ •> CO 4-1 4-1 4-1 -H X) C rH 4-1 3 3 3 X) CO t4 CO 3 0 O O M 1-1 OJ Sh O r-l rH rH O i-) X 01 rH 3 3 3 UH z rH XI 3 CO CO CO '4H •rl QJ CO in ^ X X CO CO S fa X r~- C3N II II II II II . — 1 CO X o X QJ d o • > CO CO XI •rl S-1 U CO QJ x: 4J o •H •i-i ^1 erf O CO X 13-2-1 10-80 •a 3 C •H U a o u CM 0) H OJ Q) CO »* •* •H (1) T) •o T) •^ «^ OJ xi O O (U T) T3 -a o X) u -o 4-1 »« ^ r> •« #t r. «« »! ». #« .v •H o A r. •* r< «t #. *. ^ r. •^ ^ * #• o ^ ^ O O CJ o a a o « « ^ o m n) T) J3 CO ^ CO CO cu 4-J •H QO C O CO (1) i-i CO 3 O .-I 3 CO as c o •H 60 0) oi o LO o o b CSl CN b b b b In b b b b b b to b b CO on CNJ p-i o -* vC ^ vD vD v£) LTl u-i u-i 00 b O ^ b b LO b b LO b b b b b b b LO O CO O -H o O O CM LO "-1 CO CO ^ LO o o LO u-i CM .-H o in LO f—* CO -H 00 — 1 (U iH 3 ^J cn cn i-H cn CO CO r. M ^ tn «^ ^ h- 1 S as *< to ■3 CD o h- 1 a tn S-i T3 3 4-1 ^ o 3 OJ tn 4-1 u OJ >-l 3 3 S-I CO u u 0 cn 00 3 •^^ 0) > o 3 rH 3 M PQ 0) (J I— I •3 CO 4-J 4-1 >, •H XI .H cn cn CD 00 cu S 0) 3 CO oi o u cn M 3 U ^ O tn kJ c/:) CL, ■H m 4-) 3 h- 1 Q #t 0) -3 0) c s tn 3 as cn c cu C r> OO c CO (U »• *• cn 00 OJ 3 3 • Q) Q CO CO •3 (U 0 2: 3 cn 0) r> S-i 3 Vj -H 3 3 4-1 > iH 0) CU > u CO O cu 00 0) cn •3 tu T3 3 r-( cn CO a 3 «t 01 • 0) 0) u j= (U • tn •H ^ 00 -ra 1— 1 cu 4J ^ hJ iH 4-1 hJ H-I .H ^ •* »> #s •3 ^ • 3 >-l esi T3 c 00 U CO O. 3 i^ Pu W • • • 3 cn h4 00 u "0) CO • 00 C o M • D. CO (U CO -3 ^J J J 3 I— 1 X) en J CO CO CU z 4J O PS ao oq 3 r> »i iH >, 3 ^ 3 X) • 1— I Q > •s &J a< CO 3 • • 3 • >-l cn cn ^ u rH 0) O C • hJ CO »* ■3 3 cn ■^ .H ►-] kJ 3 tn tu 0) M o o 00 •H CO en 00 -3 x: • C • -3 M ^ 3 3 •* • T) d iH M 0- 3 c x; cn CO to 3 to .H 1— 1 0) • •H 3 3 cn Q • tn QJ •rH CO CO •H CO 4-1 M -H M CO cu CLh iH T3 4-1 iH tn 3 Q 3 cn h- 1 hJ 4-1 M x: O U M cn .H 3 OJ •H Oh r-l rH cq 3 0) 1— 1 CO o e 0) C O 0) M 3 CU cn 0 m .H 4-t 3 rH ).i 3 r-4 3 MS rH 4J 3 ^ O Z cn O 4-) M o 4J C4-J .H ty^ 3 4-1 0) CO 4J 3 3 •H CO o ;j a 0 o a (J •1-1 tn ■3 M .H 3 00 cn 4-1 4-1 x: 3 M QJ I-I X! •H cu o CO CU x; CO ^ 3 3 q; 3 3 3 •H o S-I cq M o H Oi CO a Di 3C 3 (L3 o H as m 1— 1 a O J '-} O -^ <(■ -d- o- » .. O m i~^ r— 1 tN Csl en oj CN en m en in > • • O -i en 3 to a: tn ^ u •a U-l o ^ ^ •• ». t U-l hJ c O CO r-l *\ • i-J • fJ M-l • CO CO CU J-i T3 en 3 CO >^ >^ " fe E (J X T3 h- 1 OJ rH »■ CO to -a 0 O C ^ pa kJ CQ ^ pa 3 ^ PL, a. -a CO OJ o M o CO iH en c T-i ■-1 m 0) • 0) 4-1 o !-l r-l -r-l »i OJ o en o 3 en r-t JZ ed 01 W S C c IX, M to S-l er h- 1 ■U ao 3 M 0 o 4J CU o 3 •H X o OJ 4J *-) • ^ u J>i d:; ^ U CO 4-1 J -O 3 >J 4-1 c 0) a C U S-l 0) .H 0 u •r-l a. 3 •rl 4-1 o -) CQ 3 o 2 e/3 pa s en 3 CN 0) XI to H C o •H &0 lO m vO \£5 vO vO '.O vO 13-2-3 10-80 c o tn to c -o o U -H ra 4-1 X to o > •H Jj oi tu tn tu ^ ^4 o (1) jC en 13 4J o 0) OJ C M •H 14-1 ca OJ S Pc: U-l T3 o tu > 4-1 M tn (D ttj tfi o ^ U O a; in x: .H 4-1 (B OJ M CA) c O i*-i .H O (fl U tn 0) tu ^ &o e T3 D tu 2; hJ rH T) tr) C 4J to o H to T3 OJ c j:; tr) H rH tn M • tn 4-1 r-l O to CU ex m •iH x: >. tn (0 • ^ S-l tn > 4J T) M rH c o to cfl a- n cu (U c Pd > o tu •H ^N CO U vD ttj r~ M o a^ (U O -H > hJ ^ o CO H "4-1 (U o > !-i Vj (U tu tn ^ ^ E 0 3 C tn ■— I 1—1 to to tu 4J tn O H >^ to ^4 tsO V4 0) to to CO tO "H 4J 4J 4-1 4-J (-1 4-14-l4->>4-14-)4J> cOtOtO'HcOtOtO-HfOfJ^ 4J4-14JS-lU4-l4-i^l-UCO tu 0) 4-1 U O 4-J to tu tu tu to > 4-1 4J 4-1 > •H to to to 'H ;-l 4J 4-J 4-1 Sj COCOCOCOOiPUCOCOCOP-COCOCOPjCO^ I pLiCOCOCOpL, VV V °°vvv '»iv2i2''^'*'vv CNt300000m^t^vOtX300rOCrivO-^^rOO'-^ tu (U - >-i c • o O M 00 , c c u o c Q hJ M d tn ^ (U tu u CU 3 3 M to Q J Q u u tu c CO a hJ M C M U U 0) (U D 3 O O (U • tn QJ OO X) tu tn CO tu CO c: (U M tn cj a cj M ■H o o pe; hJ J tu o s-l 4J tn 3 CO a tij C! tu C CO m Sj • , 4-1 C 4-1 o 0) x: •H o (U a -H > O J2 to CO d OJ r o tn tu 43 o 4-1 3 j3 CO t3 4-1 > 3 < o •H > V-i (U CO tn OJ ■rA u 0) x: tn •H P^ a> C •H s-l CO S 3 4-1 to 2: (U x: s-l ^ tn •-{ X -r^ tn •H X) v^ u (U 0) en 43 ,n 0 o 3 C w jH iH (fl CO 0) J-i en O H >^ w M 60 Vj 0) QJ CO N 0) C/3 U CO •a d CO i-H Cfl •H S-i O QJ ao ■a OJ d Q) o -H •H XI 00 CO QJ H KJ ro ■H > •H ly^ CO U (-1 & t3 CU PM I I I I I I -d- 'onhepan Cranberry Island 63 765 297 020 < 4 43 56 69 22 Friendship Friendshin Crane Island 63 705 297 009 11 43 54 69 23 Friendship Louds Isl.-'nd Duck Rocks 63 310 297 097 < 4 43 47 69 19 Vonhepsn Pit "onhepan Eagle Island 63 795 297 021 < 4 43 56 6° 18 St. Georpe Friendship Eastern Duck Rock (a) 65 313 297 096 < 4 43 47 69 19 Monhepan Pit "onhepan Eastern Egg Pock 63 860 297 092 9 43 52 69 23 St. Genrpe >'ew Harbor Franklin Island (a) 63 707 297 012 10 43 53 69 22 Friendshin Louds Island Garden Island (a) 63 420 268 097 < 4 44 01 69 07 S. Tbcraston Pockland Gull Pock 63 724 297 018 < 4 43 57 69 22 Friendship Friendship Cunning Rocks (a) 63 836 297 027 < 4 43 55 69 15 St. r.eor^e Friendship Haddock Island 65 200 297 Oil 13 43 5? 69 26 Bristol Louds Island Harbor Island 63 701 297 007 90 43 54 69 23 Friendship I.oiids Island Hart Island (a) 6 3 833 29 7 028 10 43 54 69 26 St. George Friendship Hay Ledge (a) 79 624 297 039 < 4 43 55 69 14 St. Georpe Tenants '-"ar Hog Island (a) 63 588 297 042 9 43 52 69 07 fnorpanizpd Tenants far Inner Duck Rock 65 316 297 098 < 4 43 4f 69 19 "onhepan Pit "onhepan Jirs Island 65 179 297 001 5 43 57 69 24 Rrerpn T.ouds Island Jones Garden Island 65 188 297 003 < 4 43 56 69 23 S. F.rlstol Louds Island KlUick Stone (a) 65 189 297 004 6 43 56 69 25 S. Bristol Louds Island Little Egg Rock (a) 63 873 297 094 < 4 43 51 69 20 ''t. Georpe "onhepan Little Franklin Ledge 63 708 297 013 < 4 43 53 69 22 Friendship Louds Island Little Hall Island 63 704 297 008 < 4 43 54 69 22 Friendship Louds Island Little Hog Island 63 587 297 043 < 4 43 52 69 07 fnorpanl zed Tenants "ar Little Island 63 770 297 019 < 4 43 56 69 21 Friend'shln Friendship Long Ledge 63 774 297 029 < 4 43 53 69 22 Friendshin Friendship 14-1-3 egion 3 (cont'd) Co lory Nur.ber Lat :;. Totm State Katerblrd Nesting Isl .and Size Islands Number (b) (Acres) Lonp '..' , McCee Island f3 r05 297 025 100 43 55 69 IP St. feorpp Mecir.ic Green Island (a) 63 5?5 297 044 7 43 52 69 OP I'norpanlzed Metinic Island (a) 63 586 297 040 300 43 53 69 07 I'norpanlzed ^:eu Harbor Dry Ledpe 65 301 297 091 <4 43 52 69 29 S. rrlstol ^;ubblns Island 63 725 297 015 <4 43 58 69 21 Friendship Old Uuirp Ledges 63 838 297 032 <4 43 52 69 2] St. Heorpe Old Hump Ledpes 63 839 297 033 T1 State Waterbird Nesting Is: land Size Islands Number (b) (/^cres) Lonf V nuaH. Dogfish Island Ledge 63 4.34 268 102 <4 44 05 68 55 Vlnalhpven S\74 Vlnalhaven Dumpling Island 63 351 268 048 <4 44 08 68 54 North Haven >T/4 "inalhaven East Goose Rock 63 335 268 043 <4 44 11 6P 50 North Haven N-'..'/4 Vlnalhaven Eaton Island (c) 59 714 268 025 15 44 If 68 44 !?eer Isle SW/4 "lue Hill Eaton Island Ledge 59 716 268 027 <4 44 16 68 44 Teer I<;le SU/4 P.lue I'iU Eaton Island Ledge 59 717 268 026 <4 44 16 68 43 Peer Isle S;74 niue Hin Egg Rock 63 333 268 042 <4 44 11 68 53 North H?vpn >7'/4 Vinalhaven Fiddle Head 59 680 266 ni6 <4 44 17 68 47 Teer Isle SP/4 Gastine Fisherman Island (a) 63 402 268 09] 10 44 03 69 02 I.'norpanized Rockland Flat Island 63 lOf 268 110 <4 44 04 68 52 ^'inal haven '^F/4 Vinalhaven Flat Island (a) 77 047 268 006 <4 44 19 68 56 Isleboro Sr/4 Castine Fog Island Ledge 63 263 268 124 < 4 44 06 68 34 Isle an H?iit ':e/4 Peer Isle Goose Island 63 336 268 044 < 4 44 11 6P 57 "nrCH Haven N:-74 ''in al haven Goose Rock (a) 63 314 268 039 < 4 44 n 69 03 Pockrnrt Camden Graffam Island (c) 63 634 297 048 160 43 59 69 05 I'norpanized Hevett's T<;i3nd Grass Ledge East (a) 59 eo2 268 060 < 4 44 12 68 48 Peer Isle NE/4 Vlnalhaven Grass Ledge West (a) 59 789 268 054 < 4 44 13 68 52 Oeer Isle NE/4 Vinalhaven Great Spoon Island (a) 63 287 268 129 50 44 02 68 34 Isle an Haut SE/4 Peer Isle Green Island 63 485 268 103 < 4 44 04 68 55 Vlnalhpven «UV4 Vinalhaven Green Island Ledge 59 750 268 030 5 44 ]5 68 30 ■^rookline SF/4 Blue Hill Green Ledge 59 674 268 015 < 4 44 17 68 59 Deer Isle '^E/4 Gastine Green Ledge (a) 59 949 268 071 < 4 44 11 68 33 Peer Isle NE/4 Peer Isle Green Ledge (a) 63 135 268 HI < 4 44 03 68 47 Vinalhaven "^£74 Vinalhaven Green Ledge (a) 63 493 268 103 < 4 44 04 68 55 Vlnalhaven S'.-74 i-inalhaven Green Ledge (a) 63 929 297 062 < 4 43 50 68 53 Matinlcus PI t ^'atlnlcus Green Ledge (a) 63 266 268 126 < 4 44 05 68 34 Isle au Hau: Peer Isle Hardhead Island (a) 59 782 268 052 < 4 44 13 68 45 Peer Isle NF/4 Vinalhaven Hay Island 63 169 268 114 9 44 o: 68 47 Vlnalhaven ?E/4 Vinalhaven Hewett Island 63 628 297 045 108 43 59 69 04 Unorganized Hevett's Island Horsehead Island 59 770 268 049 18 44 15 68 51 Peer Isle >n^/4 Vinalhaven Hurricane Island 63 626 297 046 < 4 44 01 69 06 Unorganized Hewett 's Island Hurricane Island Ledge 63 516 268 106 < 4 44 02 68 53 Vinalhaven S'74 "inalhaven Isleboro Island (c) 77 012 268 002 6000 44 19 68 54 Isleboro N'.-.74 Castine John's Island 59 622 268 003 < 4 44 25 68 35 Blue Hill NE/4 Plue Hill Large Green Island (a) 63 655 297 053 82 43 54 69 01 Unorganized Hewett 's Island Last Chain Link 59 783 268 051 ^ 4 44 14 68 48 Peer Isle NE/4 Vinalhaven Little Brimstone Island( a)63 179 268 119 " 4 44 00 68 46 Vinalhaven SF/4 Vinalhaven Little Eaton Island 59 713 268 024 5 44 16 68 44 Peer Isle SV74 Blue Hill Little Green Island(a) 63 654 297 052 35 43 55 69 02 Unorganized Hewett's Island Little Hurricane Island 63 518 268 107 10 44 02 68 54 Vlnalhaven Sl.74 Vinalhaven Little Hurricane Is Ledg e 63 526 268 106 < 4 44 02 68 54 Vinalhaven ';V/4 Vinalhaven Little Spoon Island (a) 63 289 268 130 25 44 02 68 34 Isle au Haut =F/4 Deer Isle Little Spruce Island (a) 59 772 268 050 45 44 14 68 51 Peer Isle NF/4 Vinalhaven Mahoney Island (a) 59 933 268 070 9 44 13 68 31 Brooklln NF/4 Peer Isle Marblehead Island (a) 63 403 268 092 < 4 44 02 69 02 Unorganized Rockland Mark Island (c) 63 339 268 045 27 44 10 68 59 North Haven >V/4 Vinalhaven Matinicus Rocks (a) 63 940 297 065 18 *3 47 68 51 "atinlcus Pit Vatinicus Medric Rock 63 496 268 105 < 4 44 04 68 56 Vinalhaven SW/4 Vinalhaven Moose Island Ledge 59 830 268 066 < 4 44 09 68 41 Unorganized N /4 Peer Isle Mouse Island (a) 63 330 268 041 < 4 44 12 68 57 Northhaven :a;/4 vinalhaven No Man's Island (a) 63 900 297 055 20 43 53 68 52 ^atlnlcus Pit "ntinlcus Oak Island 63 421 268 096 < 4 44 01 69 05 Unorganized "ockland Otter Island 63 183 268 117 45 44 00 68 48 Vlnalhaven «F/4 Vinalhaven 14-1-5 Region U (cont'd) Waterbird Nesting Islands Otter Island Pond Island Pond Island Pudding Island (a) Rnpfed Island (a) R;orth I'aven V/4 ''inalhaven 63 340 263 046 <4 44 10 6S 59 North Favpn '•TV4 "inalhaven 59 709 268 022 5 44 17 6£ 44 Peer Isle '^V/4 ^]„e Hill 59 788 26,'^ 053 <4 44 13 68 51 Peer Islr "F/4 Vinalhaven 59 8 36 268 067 10 44 OP 68 42 '^toninpton ■!:74 r^pr Tslp 59 837 268 063 <4 44 08 f<^ 42 S tpninptor r..74 repr T.= 1e 63 923 297 054 100 4 3 53 68 44 ?'stlrlcus "1 t "atinic'.s 63 931 297 063 5 43 50 68 53 Hatinicus Plt^'atiniciis 77 054 268 007 862 44 15 68 58 Islebnro S'//4 Castine 59 996 268 074 <4 44 10 68 t4 Peer Isle -;E/4 Heer Isle 63 925 297 060 <4 43 51 68 53 "?tinici'S Pit "atinic'is 59 953 268 073 48 44 10 68 36 Sconinpron "F/4 Deer Isle 63 CIS 268 065 20 44 1] 68 48 "orth K?ven >T/4 Vin.-'lhaven 63 393 268 090 600 44 04 69 03 L'norpanized ''ccklard 59 711 268 023 <4 44 16 68 43 Deer Isle SV.74 "lue Hill 59 795 268 057 5 44 12 68 48 Deer Isle >'F:/4 Vinalhaven 59 796 268 058 <4 44 12 68 49 Deer Isle "F/4 Vinalhaven 59 931 268 069 <4 44 13 68 31 Rrncklin NT./4 Deer Isle 63 263 268 125 <4 44 06 63 34 Isle au Haut SF/4 Deer Isle 63 260 268 122 7 44 07 68 34 Isle ?u Kaut <;F/4 Deer Isle 63 200 268 120 7 44 07 68 42 Isle au Kaut cT.T/i Peer Isle 59 673 268 Oil 9 44 18 68 47 P.rooksville SE/4 Castine 59 688 268 010 <4 44 18 68 47 rrooksville SE/4 Cystine 63 Oil 268 059 <4 44 12 68 50 Morth Haven >!E/4 Vinalhaven 63 465 268 101 <4 44 07 68 55 N'orth Vflven SW/4 Vinalhaven 63 910 297 058 27 43 51 68 53 Matlnlcus Pit Vatinirus 63 016 268 064 <4 44 11 68 48 North Haven >-F/4 Vinalhaven 59 669 268 008 <4 44 19 68 45 Prooksvi lie SE/4 Castine 59 758 268 029 25 44 15 ^? 35 r rook] in SE/4 P.lue Hill 59 681 268 017 <4 44 17 68 46 Deer Isle SE/4 Castine 63 653 297 051 8 43 58 69 05 l'norpanized Hev/etts Island 63 901 297 056 5 43 53 68 53 "atlnicus Pll C "atlnicus 59 675 268 014 20 44 17 63 49 Deer Isle SE/4 Castine 63 206 268 121 <4 44 07 68 42 Isle au I'aut FV/4 Deer Isle 63 293 268 131 <4 44 02 68 34 Isle au Haut SF/4 Deer Isle 63 267 268 127 n-.74 Rar Harbor 59 479 268 134 <4 44 07 68 28 Swans Isl N'E/4 Swans Island 59 084 268 001 11 44 33 68 16 Franklin SF/4 Fllsworth 59 356 268 081 <4 44 11 68 26 Swans Isl vn'/4 =w?ns Island 59 359 268 082 <4 44 11 68 26 Swans Isl >n-,74 Swans Island 59 349 8 44 13 68 27 Swans Is] 59 342 268 080 <4 44 IL 68 26 Treront NT/ 4 Swans Island 79 843 269 021 5 44 24 67 56 Steuben Petit "anan 59 950 268 072 <4 44 11 68 30 Swans Is] KE/4 Peer Isle 79 935 269 02 7 < 4 44 24 67 52 ■'ilhrldge P.ois P.ubert 59 398 26r. 084 <4 4A OP 68 27 Swans Isl >ns'/4 Swans Island 59 239 268 034 5 44 15 68 25 Trer-ont SI'/ 4 "mint 'lesert 59 440 268 088 22C 44 09 68 15 Long I. Pit >!F/4 Swans Island 59 446 268 086 6 44 09 68 20 Long I. Pit ra/4 Swans Island 59 478 268 133 9 44 07 68 27 Swans I.'5l s;;/ 4 Swans Island 79 929 269 028 12 44 22 67 52 Milbridge Fois Pubert 59 445 268 087 < 4 44 09 68 20 Long I. Pit :n:/4 Svans Island 59 991 268 075 < 4 44 08 68 31 Swans Isl N'F/4 Deer Isle 59 236 268 031 200 44 IP 68 27 Tremont S'J/4 "ount "^esert 59 480 268 136 50 44 06 68 28 Swans Isl SU74 Swans Island 59 069 268 036 < 4 44 22 68 06 Vlnter Har SF/4 Par Harbor 59 397 268 083 < 4 44 08 68 28 Swans Isl v.-./i^ S'-ans Island 59 483 268 135 35 44 07 6C 24 Swans Isl S\.'/4 •^X'ans Island 79 922 269 026 24 44 27 67 49 "ilbridge Bols "ubert 59 439 268 025 85 44 10 68 15 Long I. Pit "'E/4 Swans Island 59 481 268 137 6 44 06 68 29 Swans Isl SW /4 Swans Island :) 79 918 269 025 21 44 27 67 51 ^•llbridge Fois Pubert 79 933 269 029 17 44 22 67 52 "ilbridge Pois Pubert 79 902 269 023 < 4 44 29 67 45 Harrington r.ois ''ubert 59 238 268 032 < 4 44 16 68 25 Treront SV74 "oimt '^esert 59 999 268 123 < 4 44 06 68 32 Swans Isl N'E/4 Deer Island 59 037 269 022 6 44 24 67 57 Gouldsbnro Petit «anan 59 062 268 038 65 44 20 68 02 l-'inter Har SE/4 Par Harbor 59 341 263 078 15 43 14 68 26 Trercnt N-"/4 Swans Island 79 906 269 024 7 44 28 67 48 Harrington ".ois "ubert 59 001 268 128 < 4 44 05 68 31 Swans Is] SF/4 Deer Island 59 300 268 035 < 4 44 22 68 11 Ear Harbor S-.-.74 Par Harbor 59 980 268 076 < 4 44 07 68 31 '^wans l^l N-E/4 Deer Isle 59 340 268 077 12 43 15 68 27 Treront >'T74 S(-ans Island 59 065 268 037 < L. 44 21 68 ne '.'inter Har SE/4 Par Harbor 59 343 26r 079 < 4 44 14 68 27 Treront "74 Swans Island Region 6 Ballast I.sland (a) Batson Ledges Big Nash Island (a) Browney Island (a) 79 488 269 007 -- 4 43 34 67 33 Jonesport 79 613 269 036 ^ 4 44 28 67 40 Addison 79 626 269 038 SO UU 28 67 44 Addison 79 693 269 04 3 37 44 28 67 37 Peals Jonesnort Drlsko Island Drlsko Island Great Vass Island 14-1-7 epion c i,conc o; Colony Nuifber I at M. TOTTP State Waterbird Nesting Is; land Size Islands Kumber (b) (Acres ) Long V • Curlew Rock 79 697 269 045 < 4 44 26 67 36 Reals Efp Rock 79 605 269 042 < 4 44 26 67 38 r.eals Flat Island (a) 79 621 269 040 16 44 27 f7 42 .•^Hdison Foster Island 79 551 269 008 4f 44 35 67 24 "achiflsnprt Freeman Rock 79 67f 269 046 < 4 4 4 28 67 43 Jonesport Goose Island (a) 79 126 269 002 5 44 55 67 02 ra<;tport Green Island 79 572 269 013 < 4 44 34 67 27 Jonesport Green Pock 79 699 269 044 < 4 44 26 f-7 36 "epls lialifax Island 79 570 269 012 64 44 34 67 27 Jonesport Inner Double Hd.^h.Island 79 351 269 017 10 44 36 67 16 Cutler Inner Sand Island (a) 79 614 269 037 13 44 28 67 40 Addison Libby Island (a) 79 359 269 020 90 44 35 67 21 ■'achiasDort Little Drisko Island (a) 79 638 269 033 12 44 29 67 40 Peals Mash Island 79 627 269 039 IC 44 28 6 7 45 Addison Nightcap Island (a) 79 748 269 no 6 < 4 44 31 67 45 Addison Old ^'an (a) 79 313 269 004 < 4 44 37 67 14 Curler Outer Double Head Shot(a) 79 352 269 018 15 44 36 67 16 Cutler Outer Ran Island (c) 79 602 26<: 032 8 44 29 67 38 Peals Pulpit Rock (a) 79 576 269 016 < 4 44 33 67 28 Jonesport Rap Island (a) 79 552 269 010 17 44 34 67 24 ^'achiasport Red Island 79 137 269 003 < 4 44 55 67 05 Perrv Scabby Island (a) 79 554 269 Oil 8 44 34 67 24 "achlasport Shap Ledpe 79 556 269 009 < 4 44 35 67 25 "achiaSDcrt Spectacle Island (a) 79 132 269 001 6 44 55 67 02 Eastport Stanley Ledge 79 618 269 041 < 4 44 27 67 40 Addison Stevens Island 79 608 269 031 27 44 29 67 40 Addison Stevens Island Ledge 79 637 269 030 < 4 44 30 67 40 Addison Stone Island (c) 79 356 269 019 58 44 36 67 22 yachia-l o CJ T3 OJ 4-1 4-1 J2 en •H M u c s to 4J l-l o 60 •r-l 3 T) CU S 4-1 iH o T) S T) T3 01 .— 1 o TJ -o i-H rH (U D •H a; r-l >-l S-i 42 >. 1—1 0) 1 ^1 •H a #• 4J 0) #\ ^ •H S-1 i-1 a u 1 D. 0) O •H 0) 4-1 T3 > x; D. > U C o en ■a o o CO .-1 c r-H x; en a- •V CO (X M c tn X) 13 •H TD *\ 0) 0) ■H •V Q) tfl 4-1 •H C o •H 00 CO iH 3 4-1 rH 01 E iH T3 CO <-i rH rH 0) 6 Q) s CO X> ry T-\ Xi o D. 1 J-l CO 1 i-H •H ^ 0) a 4. 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