Newsletter Volume26,Numbe M _ ■ ■ Milwaukee Public Museum Hosts Butterflies ALIVE Exhibit 1VS bright clothing. Speak in whispers . Stand as still as you can. And then — enjoy the magic. Live butterflies have returned to the Milwaukee Public Museum. “The Pueliche r Foundation presents Butterjlies ALIVE!” opened July 10 and runs through Jan. 2, 2000 in the Museum's second floor Steigleder Special Exhibits Gallery. Created by Museum staff, the exhibit debuted in 1997, attracting an unprecedented number of visitors during its five-month run. People of all ages are awed as they stand amidst hundreds of live butterflies flying freely in the exhibit's 1 ,000-square-foot garden, complete with flowering plants and a waterfall. This environment offers the opportunity for visitors to see butterflies sip nectar from plants and lay eggs. Twenty-five species of butterflies native to Wisconsin and North America are featured. Two transformation stations in the garden allow visitors to see butterflies emerge from the chrysalis right before their eyes. The butterfly garden offers a tranquil setting with a circular path around a colorful flowerbed and waterfall where hundreds of butterflies fly freely. Many of the butterflies will land on the heads, shoulders, arms, and backs of visitors. That “personal” butterfly experience generates great enthusiasm, according to Susan Borkin, curator of Lepidoptera and project coordinator of the exhibit. “ These delicate trisects, all weighing less than l/50th of an ounce, clearly take the spotlight and create the magical atmosphere,” Borkin said. “ Adults and children will stand with outstretched arms, hoping to entice a butterfly to land on them. That experience for many is the highlight of the visit.” The visitor’s “personal" butterfly experience is intended to serve as the catalyst to learn more about butterflies and moths, according to Borkin. Eight educational stations, designed with colorful graphics and easy-to-read interpretive text panels, circle the rest of the 7,000-square- foot gallery. Visitors will learn that butterflies taste with their feet and that a butterfly’s skeleton is on the outside of its body. Hands-on interactive stations outline the Please see BUTTERFLIES, Page 2 WES Annual Meeting to be held at the Milwaukee Public Museum T he next meeting of the Wisconsin Entomological Society will be held on Saturday, Nov. 13, 1999 at the Milwaukee Public Museum (map and direc- tions appear on page 8). The meeting will begin at 1:30 p.m,, in the ground floor Education Lab (signs will be posted). WES members will need to register at the Security Desk before pro- ceeding to the lab. The main focus of this meeting will be a guided tour through the Butterflies ALIVE Exhibit. The program will also feature our annual photo salon. Any members having slides of entomological subjects are encouraged to participate. Each entrant may submit up to five slides, labeled with the subject and name of photographer. The slides will be evaluated by the audience, which will vote to select the winning entries. The winner’s name will be added to the William E. Sieker Memorial Plaque, and a print of the first place slide is added to the display in the Entomology Department office, and is also awarded to the photographer. Short pres- entations are scheduled. Also on the agenda is the election of officers for 2000. Nominations are welcome, and can be made at the meeting. W The Wisconsin Entomological Society Newsletter is published three times a year, at irregular intervals. It is provided to encourage and facilitate the exchange of information by the membership, and to keep the members informed of the activities of the organization. Members are strongly encouraged to contribute items for inclusion in the newsletter. Please send all news items, notes, new or interesting insect records, season summaries, and research requests to the editor: Janice Stiefel, W631 1 Mullet Lane, Plymouth, WI 53073. e-mail: jstiefel@excel.net NOTE: Please report any address changes to Les Ferge, 7119 Hubbard Ave., Middleton. WI 53562. e-mail: ferge@chorus.net Wisconsin Entomological Society Newsletter — November 1999 BUTTERFLIES, from Page 1 difference between butterflies and moths and help visitors better understand the impact these animals have on biological diversity. For example, learn that 50 to 90% of a butterfly or moth’s offspring will not survive to become adults. Instead, they will become an integral part of the food web, fueling many other species’s survival. The return of “Butterflies ALIVE!" provides the Museum staff the opportunity to build on the earlier success of the exhibit in preparation for the Museum’s permanent butterfly wing, scheduled to open in spring of 2000. William Moynihan, president of the Museum stated, “The exhibit is intended to educate and increase sensitivity to the natural world we live in" & 1999 Bees PJotice Several of our members are past due in their annual dues payment for membership in WES. To determine your status, please check the address label on this newsletter. Appearing after your name will be the last year dues were paid and your membership category: Individual ($5/yr.), Family ($10/yr.), Sustaining ($15/yr.), or Patron ($25fyr.) Dues are to be sent to treasurer, Tom Rocheleau, 3100 Buena Vista St., Madison, WI 53704. Be sure to notify us of any address changes or corrections. Butterjly sketches on Pages 1 and 5 are by artist and naturalist, Therese Randall of Greenbush, WI. Reqtmest fioar IMcDmmttoiiJis Crickets, ESsitydids and Cicadas by Karl Legler I am gathering information on the distribution and abundance in Wisconsin of various species of Crickets, Katydids and Cicadas. I would like to hear from anyone who has a private collection (or observational records) that contain any of the species listed below. I am interested in the COUNTY where the species was collected (or observed) and, if possible, the date of collection. I am also Interested in corresponding with anyone who is especially interested in these three groups of insects. Bush Katydids (PHANEROPTERINAE) : AMBLYCORYPHA oblongifolia, rotundifolia; MICROCENTRUM rhombifolium; SCUDDERIA curvicauda, septentrionalis, texensis. Cone-headed Katvkids fCOPIPHORINAE): NEOCONOCEPHALUS robustus, lyristes. Meadow Katydids ( CONOCEPHALINAE) : ORCHELIMUM campestre, concinnum, delicatum, nigripes, volantum; CONOCEPHALUS attenuatus, nemoralis, strictus. Northern True Katydid: PTEROPHYLLA camellifolia. Field Crickets (GRYLLINAE): GRYLLUS pennsylvanicus, veletis. Ground Crickets (NEMOBIINAE) : ALLONEMOBIUS allardi, griseur, maculatus; NEONEMOBIUS palustris. Tree Crickets (OECANTHINAE): OECANTHUS niveus, quadri- punctatus, argentinus. Bush Crickets ( TR1GONIDIINAE ) : ANAXIPHA exigua. Cicadas (HOMOPTERA: CICADIDAE): ALL cicadas (except TIBICEN canicularis). Karl Legler, 429 Franklin St., Sauk City, WI 53583 Phone: (608) 643-4926 e-mail: karlndot@bankpds.com Photos: Janice Stiefel, Sheboygan County. WI (9/13/94) Female Tree Cricket Male Tree Cricket Page 2 To tflne Editor: I read the June WES Newsletter from cover to cover and delight in its crisp new format. There's even a quotation from H.D. Thoreau which, like so much of his writing, is perfectly apropos today. I'm also motivated to write by the two articles concerning the Multi-colored Asian Lady Beetle. Both Phil Pellitteri and you wrote that this animal is harmless. I disagree: I believe it is harmful hereabouts. This species is not native to eastern North America, though many other species of lady beetles are native here. This species feeds on aphids and scale insects, many of which are native here. Given the astonishing abundance of the Multi-colored Asian Lady Beetle, It seems probable that some native aphid or scale species may disappear, that some parasitoids using these aphids or scale species may dis- appear, and that some native lady beetles that would have fed upon these aphids and scales may also disappear. Locally, our ecosystems are already burdened with the common Seven-spotted Lady Beetle, another large alien predator. Both of these alien species were introduced by economic ento- mologists, who generally fail to look beyond the immediate short- term affects to their target crop pest. I think the time has come to value the conservation of bio- diversity of native organisms much more highly than we have in the past. To paraphrase your H.D. Thoreau quotation: “These native species, living here in concert, present the greatest of God's gifts seen from this vantage point, and the influence of introduced alien taxa is usually caustic. Though God may have pronounced His work good, we are shamelessly dismantling it as we homogenize Earth's fauna and flora.” Sincerely, Andrew H. Williams Fellow in the Entomology Dept. University of Wisconsin — Madison Wisconsin Entomological Societu Newsletter — November 1999 Page 3 M t was a very warm, sunny IH j|I day and my Job was to IssfcBj send the rocks I had just washed, along with mortar, up to my husband who was positioned on the roof of our Door County building project. He was constructing the masonry on the Anal 5 ft. of the outside wall on our fleldstone fireplace. This was not the most exciting job I’ve had in my life — but that was about to change... We have observed that butter- flies like wet rocks and are drawn to them like magnets. Obviously, they are seeking the minerals and moisture that the rocks contain. We’ve had White Admirals, Red Admirals, Mourning Cloaks, Pearl Crescents, Meadow Fritillaries, Great Spangled Fritillaries, Gray Commas, Question Marks, and occasionally a Monarch, visit our wet rock pile. We don’t need a butterfly garden, we have rocks ! On the 18th of September (1998), around 1 o’clock in the afternoon, an unusual, striking butterfly was fluttering around the rock pile. It didn’t match any of the pictures in my butterfly books but it came closest to the description of a Common Buckeye — shades of tan, prominent eye spot along the margin of both forewing and hindwing, and two orange bars (outlined in black lines) at the top edge of the forewing. It lacked the bright cream patches on the forewing that are shown in most butterfly books. On this one the patches were quite subdued and almost unnoticeable. The Common Buckeye Is migratory and somewhat rare in our part of the country, being much more prevalent in the southern states and the tropics. When it does appear in Wisconsin, especially Door County, It would probably be in the autumn. There are some fifty species of Buckeyes throughout the world; only one of them is found in North America. Courtship on the Rocks! by Janice Stiejel ...To continue... this butterfly took a position on one of the rocks and just sat there. Within a few minutes another butterfly appeared, very similar, with bright cream patches on its forewing (matching the description of the Buckeye in my books), then another one arrived, and another. Now there were three Buckeyes with bright cream patches and one without the cream. It was quite obvious that the one without the cream patches was the female and the other three were males. The three males positioned themselves in equal distances from the female (about 6 in.). As soon as one tried to get closer to her, the other two would attack him and the three males would fly off in a “dog fight” to settle their dispute In the air. In a few seconds they would be back, completely encircling her again, at equal distances. This courtship went on for three hours . All she ever did was flick her wings slightly, which sent the males into a frenzy, but she did not move from her position during all that time. The guys were continually fighting or encircling her . Finally at 4 o’clock, with no mating taking place, she flew away — leaving the males. It looked like they said, “She's gone t What happened ?” After a few minutes, when she didn’t return, they left. I never saw them again. As I was observing this court- ship, which I will probably only see once In my lifetime, I recalled something my mother told me many years ago. She had a girl friend who was so beautiful that the guys went crazy over her. They fought over her continuously, so much so that she never had one real boyfriend . This went on for several years, until she was so disgusted with men that she wanted nothing to do with them. Ultimately, she never married. I remembered this true story, when the female Buckeye flew away, leaving the males to fight among themselves. During this three-hour court- ship, my husband was patiently waiting for me to send rocks and mortar up to him on the roof. I did manage to sneak these materials to him by a much longer route— around the butterflies. It’s fortunate that my labor comes cheap, because he certainly had grounds to fire me for lack of attention to my work, incompetence, and just laying down on the job. & © 1 998 Janice Sttefel ^BUG BYTES... ^ f / Backyard and field observations, information if S==! \ interes t From: Ann Shebesta Mishicot, WI I thought I would tell you about a web site that may be worthy of the WES’s attention. The web site address is: http ;//www. learner , org/J north This is my favorite web site because I’ve been following it all spring. It is an organization that tracks the migration of the Monarch Butterflies as they move north (and south) each season. It is updated each week as they are migrating. This site also tracks hummingbirds, robins, whales, etc. I hope the Wisconsin Entomological Society enjoys this fun technological wonder. For inclusion in the next BUG BYTES column, please send field observations or notes to the editor, Male Common Buckeye (9/18/98) Photo: Janice Stiejel Wisconsin Entomological Society Newsletter — November 1999 Phil Pellitteri E arwigs have large, pincers- like protrusions at the rear of the body, which give them an evil appearance, but they don't harm people directly. Still, they can cause people problems by feeding on flowers and vegetables outdoors, by crawling into the home, and by congregating under well caps. The first American report of a European Earwig ( Forftcula auricularia) came from Newport, Rhode Island in 1901. Until 1982 European Earwig reports in Wisconsin were limited to the Lake Michigan shoreline. But in the years since, earwig infestations have spread fast across Wisconsin. The name "earwig" derives from a false European superstition according to which these insects enter the ears of sleeping people and bore into the brain. In fact, earwigs rarely bite — usually when sat upon or handled — and their bite is only mildly painful. Identification and Life Cycle Adult European Earwigs are reddish brown and about 3 A inch long. Their most distinctive feature is the prominent, pincers-like cerci (pronounced "sir-see") on the end of the abdomen. Earwigs use their cerci for defense, capturing prey, and sensing the environment. The cerci can pinch you if you stick a finger between them, but they can't break the skin. Male earwigs have curved cerci that are thicker at the base, while females have thin, straight cerci. In Wisconsin, pairs of earwigs overwinter by digging 2-3 inches into the soil to hibernate. Sometime during the winter or early spring the female lays 25-30 eggs. Males leave the hibernation sites first, and the females follow in late May. You may see your first earwig of the summer by mid-June. In some parts of the country the females enter the soil again to deposit a second set of eggs, but Wisconsin earwigs most likely produce just one generation per European Earwig Photo: Janice Stlefel year. Unusually wet springs and summers often intensify earwig infestations. Earwigs eat an omnivorous diet of other insects and plants. This diet can be beneficial: earwigs feed on aphids, mites, fleas, and insect eggs. Unfortunately, in gardens they munch on dahlias, marigolds, lettuce, potatoes, and hostas. They will also feed on mosses, lichens, and algae. Earwigs are active at night and hide during the day in almost any dark, confined space, particularly if it is moist. Female earwigs exhibit an instinct that is very rare among insects: they care for eggs and young. The females turn, lick, and reposition their eggs. They also bring food to the newly hatched young and protect them in the nest. It takes about 2 months for nymphs to mature. Earwigs' nocturnal activity, quick movements, size, and color often cause them to be mistaken for cockroaches. Although, like some cockroaches, earwigs have wings, they fly very badly. Earwigs spread largely by infested plant material, cut flowers, and other human activities. Earwig Problems The earwigs' habit of hiding leads them into trouble with people. They often come indoors to hide, or they Page 4 conceal themselves under outdoor furniture, hoses, garbage cans, or poor-fitting well caps. They do not breed indoors but simply hide, then become active at night. Well Problems Loose-fitting well caps provide an ideal hiding place for earwigs: dark and damp during the day. Once inside a well cap, an earwig may fall into the water, die, and decay, thereby increasing bacterial contamination of the well. Earwigs are not considered a public health threat and are not associated with any disease; nevertheless, you should replace poor-fitting well caps with vermin-proof caps to prevent any insects from contaminating the water. Plant Damage Earwigs eat small holes in plant leaves during the night. Earwig damage often appears small compared to the large pest populations present, and it can be confused with injuries caused by slugs, cutworms, or even rabbits. Larger plants will tolerate the feeding, but seedlings and flowering plants can be severely damaged or killed by dense populations. You should suspect earwig problems if you find damage during the day but can’t find any insects on the plants. Confirm the presence of earwigs by checking the plants at night, or by looking for them congregated under boards, firewood, or tree bark next to your plants. Control Earwigs congregate in areas that are shaded or filled with lush plant material, boards, debris, or organic mulch. Exposed, sunny yards have fewer problems. Two species of parasitic fly, including Dtgontchaeta setipennis , have been introduced to help control earwigs naturally. In good years these parasites attack and kill over Vh of the earwig population. You can trap earwigs in rolled up newspapers or in old tuna fish cans baited with fish oil or vegetable oil. Place traps near the problem areas and check them each morning. Please see EARWIGS, Page 5 Wisconsin Entomological Societu Newsletter — November 1999 Page 5 EARWIGS, from Page 4 Shake live insects into a pail of soapy water to kill them. Converting the backyard to a dry, sunny environment with few hiding places will also help control earwigs. Re- move any shelter sites, prune low- growing bushes, avoid growing the earwigs' favored food plants, and destroy moss and algae. Avoid over- watering and don't use thick organic mulches. Chemical A variety of insecticides available to homeowners are labeled for earwig control. You can use the following materials as baits, liquid sprays, granules, or dust: diazinon, carbaryl (Sevin), chlorpyrifos (Dursban), and propoxur (Baygon). Read the label to determine the proper sites and vegetable restrictions. Applying insecticides to the daytime hiding places will give more successful control. Insecticide applications made late in the day are most effective. Wettable powders and granular formulations perform better. A common recommendation is to apply insecticides as a barrier treatment. Sprays or dust are applied to the exterior foundation walls and a 2-3 foot swath along the adjacent ground. Flower beds and mulches can also be treated. Many lawn insecticides could be used on grass, but that would be an extreme response to this problem. Indoor If earwigs are getting into your home, caulk cracks and crevices and weather-strip doors to prevent their entry. Check windows, the Junction of the siding with the foundation, and all outdoor water faucets for openings that earwigs can squeeze through. Remove firewood, unneeded plant material, and organic mulches from the foundation area. Create a clean, dry border along the foundation and consider replacing wood chips or bark mulch with stones or other material that will be less attractive to earwigs. Clear debris and leaves from the troughs of eaves. W Phil Is president of WES and District Outreach Specialist at the Insect Diagnostic Lab, V. W. Madison, Dept, of Entomology. Swallowtail Tale... A Summer Play in Three Acts by Pat Seawell Act I Few things are as rewarding as sharing nature’s wonders with children. With that thought in mind, I planted Trailing Lantana and Parsley in the narrow space between the sidewalk and the curb in front of my San Antonio home. Act III Ding-dong! Philip: “Mrs. Seawell, Avenger has eaten almost all the parsley you gave me yesterday, may I have some more, please?" Husband: “ Pat-teeee , what’s going Ding-dong! on mourfront yard? Every time I - M rs. Seawell. guess what? look out there are kids I ve never w J ercolor has madeachrysaltsr seen before squatting around that 9 plantl" Ding-dong! Me: “ Mmmmm , word travels fast in this neighborhood 1 My lab project is working even better than I thought it would! This morning I showed the Eastern Black Swallowtail eggs to my ten- year-old neighbor, Theo. By evening, every child in the neighborhood has been by to peer at them, ” ActU Because of previous experiences with wasps, assassin bugs, anoles, and fire ants, 1 make a “ protective custody cage ” for Theo’s baby caterpillar. I showed him how to keep the Parsley fresh. He sets up his project on his living room coffee table. Seven-year-old Philip wants a pet. His nine-year-old sister, Amy, wants a pet. They bring their mom over. We discuss the responsibilities involved in raising a pet caterpillar. Me: u No, you won’t have to make emergency trips to the super- market like I did last year. I’ve planted enough parsley for the whole neighborhood." I make another protective custody cage. Philip and Amy are ecstatic. Theo's mom: “Pat, guess what? Theo's butterfly came out of the chrysalis this morning! We put it on a bush like you said and in a few minutes tt flew away. It was so exciting! Thank you for doing this! We’re all enjoying it!" Ding-dong! Philip & Amy's dad: “We appreciate what you're doing for our children. They’re learning so much. We never thought to do anything like this. Actually, Katherine and I are learning a lot, also!” Ding-dong! Theo*s dad: “ Theo and Philip both had butterflies this morning ! We had a double launch! And I got it all on video!” Husband (in an aside to me): "When is this project scheduled to end?” Me: 7 thought they'd be bored with it after the first caterptllar. ” Husband: " How many launches have YOU had so far this summer? Twenty-six? Twenty- eight?” Me: "Mmmmm, I suppose I’d better plant some more parsley!” Pat is a WES member residing in San Antonio, TX. By planting native shrubs and grasses, she is attracting an astonishing variety of moths and butterflies to the " wilderness ” of her suburban backyard. A retired high school English teacher, she reads, writes books for children, and watches caterpillars graze. Wisconsin Entomological Societu Newsletter — November 1999 Page 6 , . here is no better place I v ^know to find Humming- bird Moths { Hermarts thysbe ) than a several- acre tail-grass prairie remnant in Racine County. There, Hummingbird Moths are often seen nectaring on Field Thistle and Blazing Stars and their favorite flower, Wild Bergamot. On the last weekend in July 1997, when the bergamot was in peak bloom, I headed out to see the moths. The largest clump of Wild Bergamot on this prairie measures about four by five feet. For many years, I have watched day-flying Hummingbird Moths nectar on this plant between the hours of 1 1 :00 a.m. and 4:00 p.m. Today, just before noon, two moths, flashing iridescent green in the summer sun, fly past me and begin to nectar on the flowers. As I approach, one of them flies off. The other remains, hovering over flower spurs, sipping nectar. A spider web, connecting the undersides of two heads of the tubular lavender flowers, catches my eye. In a corner of the web, not two inches in from the flowers, a large Cross Spider (Araneus diadematus) waits. As the moth nectars above, gettting closer to the flower above the spider’s web, the spider moves towards the moth. At the outermost tubular flower, the moth hovers within two inches of the spider. In a flash, the moth drops — the large spider appears to have jumped out and grabbed it. In a fraction of a second, the spider is back on its web, wrapping the moth in spirals of silk. As usual, I’ve forgotten a camera. But I have brought my sketchbook and I quickly sketch the spider at work. Several days later, while looking at my sketch and reading over my field notes, I start to think about what I’ve seen. An orb- weaving spider, like the Cross Spider, responds only to vibrations on its web. The moth was not on the spider’s web. How, then, did the spider catch its prey? I call Joan Jass at the Milwaukee Public Museum and explain what I’ve seen. Joan confirms that orb-weaving spiders cannot find prey unless it is touching their web. She asks me what I think happened. Me? I’m neither spider nor moth expert. I’m merely an observer. But I aim Catena a Myflnag Moth? by Babette Kis Sketch: Babette Kis describe what I have seen and Joan and I come up with this possible explanation. Although the wings of a flying moth give off appetizing vibrations to a spider, an orb- weaving spider only responds to these vibrations when they are transmitted through its web. To the best of my recollection, the moth was not touching the spider’s web when it was caught. However, one of the moth’s legs could have brushed the web, triggering the spider’s response. It may have been this way, but the moth showed no distress or erratic flight prior to being caught. Is there a way that the spider could have caught the moth if the moth didn’t touch its web? With Joan’s encouragement, I go through what I have seen again, this time focusing on how the vibrations of the moth could have been transmitted to the web without the moth actually touching the web. The spider’s web was intertwined between flowers the moth nectar ed on just before it was caught. While the moth nectared, the vibrations from its wings were carried through its proboscis, into the nectar in the flower. The vibrations passed through the walls of the flower to the web. Could the spider have felt the direction and intensity of the vibrations through the web? Feeling these vibrations, could the spider then have reached out and grabbed the moth as it hovered within a fraction of an inch of its web? The whole episode of a spider “jumping out” to catch a moth seems somehow familiar to me. I pester my ever-patient husband to drag boxes of my old field notes out of the attic. After many evenings of reading through them, I find this old journal entry: “Sunny, about 80, no wind. A few cumulus clouds. Saw four Hummingbird and three Bumblebee Moths. There is a European (Cross) Spider in a web under the wild pink mints (Wild Bergamot). I was very close, and a Hummingbird Moth came and sipped nectar just over the spider. The spider jumped out and caught the moth. I hit the spider’s web. The moth fell to the ground, then it flew off. How did it (the spider) know about the moth being there? How can a European spider catch a flying moth? I never saw these spiders catch anything that didn’t get caught in Its (their) web until now." — August 1963 Where did I make my August 1963 childhood observation? At the same place I saw the Cross Spider catch the Hummingbird Moth in July 1997. W Babette ts a wife and mother of three children, full-time project architect at the City of Milwaukee, part-time naturalist, writer, artist, and former sctence teacher. She has written notes and made sketches of her field observations from the time she was eight years old. Wisconsin Entomological Society Newsletter — November 1999 Page 7 1999 MEMBERSHIP BALOGH GEORGE 1999-1 6275 LITEOLIER PORTAGE Ml 49002 BARINA TOM 1999-1 15050 VERA CRUZ NEW BERLIN Wl 53151 BEHNKE CHARLES 1998-1 2760 S HERMAN ST MILWAUKEE Wl 53207-2239 BELLIN DEENA 1999-1 1372 DENEYS PL GREEN BAY Wl 54303 BENJAMIN DANIEL 1999-S 1656 CHADWELL DR SANTA MARIA CA 93454-3400 BOLLES J CRAIG 1997-1 3934 MANITOU WAY MADISON Wl 53711 BORKIN SUSAN S 1999-1 2119 E WOOD PL SHOREWOOD Wl 53211 BORTH ROBERT 1999-1 6926 N BELMONT LN FOX POINT Wl 53217 BOSSERT FREDERICK 1997-1 3392 SILVER LAKE DR WEST BEND Wl 53095 BOYER DOROTHY 1999-1 1969 LAKEFIELD RD CEDARBURG Wl 53012-9110 BRUST MATHEW 1999-1 1717 E KANE PL APT 22 MILWAUKEE Wl 53202 BRYANT ROBERT 1999-1 522 OLD ORCHARD RD BALTIMORE MD 21229 BUCHLI BYRON 1999-F 3055 FADNESS RD DEERFIELD Wl 53531 BUSLAFF JOY 1999-1 S89 W22630 MILWAUKEE AVE BIG BEND Wl 53103 CARPENTER ANITA 1999-1 304A SCOTT AVE OSHKOSH Wl 54901 CONWAY PATRICK 1998-1 17053 N 290TH AVE GALVA IL 61434 COPPEL HARRY 1999-1 5025 SHEBOYGAN AVE APT 212 MADISON Wl 53705-2815 DAUB ED 1999-1 4258 MANITOU WAY MADISON Wl 53711 DERNEHL NANCY 1998-1 UW-WAUKESHA 1500 UNIVERSITY DR WAUKESHA Wl 53188 DICKE ROBERT 2001-1 3717 COUNCIL CREST MADISON Wl 53711 Dim TIMOTHY 1999-1 1721 BOB-O-LINKCT WISCONSIN RAPIDS Wl 54494 DRECKTRAH GENE 1999-S BIOLOGY DEPT UW - OSHKOSH OSHKOSH Wl 54901 DUNFORD JIM 1999-1 3143 MAPLE VALLEY DR APT 112 MADISON Wl 53719-3164 EBNER JIM 1999-S N57W34476 NICKELS POINT RD OKAUCHEE Wl 53066-2538 EVANS MARK 1998-1 217 ISLAND DR MADISON Wl 53705 FAMILY CHAUDOIR 1999-F N3856 LOSS RD WEYAUWEGA Wl 54983 FERGE LES & CAROL 1999-F 71 19 HUBBARD AVE MIDDLETON Wl 53562 GRIMEK HERBERT 1999-1 1101 TEMKIN AVE MADISON Wl 53705 GRIMSTAD PAUL 1997-1 UNIV OF NOTRE DAME DEPT BIOLOGICAL SCI NOTRE DAME IN 46556-0369 HAINZE JOHN 1999-1 4747 N LAKE DR MILWAUKEE Wl 53211-1257 HANSEN DEAN 1999-1 402 SOUTH 6TH ST STILLWATER MN 55082 HEMPEL JOHN C. 2000-1 3007 COLTMAN LN EAU CLAIRE Wl 54701-7589 HENDERSON RICH & KATHY 1999-F 2845 TIMBER LN VERONA Wl 53593 HILSENHOFF WILLIAM 1998-1 DEPT OF ENTOMOLOGY 1630 LINDEN DR MADISON Wl 53706 HOFFMAN RANDY 1999-1 305 5TH ST WAUNAKEE Wl 53597 HOGG DAVID & SUSAN 1996-S DEPT OF ENTOMOLOGY 1630 LINDEN DR MADISON Wl 53706 JAVOREK JEFF 1999-1 886 S COUNTY ROAD X MOSINEE Wl 54455 KAISER KURTR 1997-F CHERYL L BARRETT 1320 W WASHINGTON CLEVELAND Wl 53015-1429 KHITSUN ANDREY 1999-1 409 EAU CLAIRE AVE APT 207 MADISON Wl 53705-2846 KIRK KATHRYN 1999-1 DNR - ENDANGERED RESOURCES PO BOX 7921 MADISON Wl 53707 KLEIN MICHAEL 1996-P 1520 SILVER RD WOOSTER OH 44691 KMENTT WALDEMAR 1999-S 4330 E WOOD TR BELOrT Wl 53511-7828 KRUSE JAMES 1999-1 1305 SOLANO AVE APTB ALBANY CA 94706-1845 KUGLER JR WALTER M 2002-1 525 PIPER DR MADISON Wl 53711 LEARY ROBERT 1999-1 612 S WESTFIELD ST OSHKOSH Wl 54901-5540 LEGLER KARL 1999-1 429 FRANKLIN ST SAUK CITY Wl 53583 LEVIN ANN 1999-1 3101 104TH ST KENOSHA Wl 53142 LIBRARY REFERENCE 1999-1 MILWAUKEE PUBLIC MUSEUM 800 W WELLS ST MILWAUKEE Wl 53233 LILLIE RICHARD A 1999-1 8609 SCHOEPP RD SAUK CITY Wl 53583 LINTEREUR LEROY J 1998-1 1428 MARY ST MARINETTE Wl 54143 LUKES ROY 1999-1 3962 HILLSIDE RD EGG HARBOR Wl 54209 MACARTHUR KENNETH 1997 -S 15900 W MONTEREY DR NEW BERLIN Wl 53151 MARTIN ROBERT 1999-1 1310 ORANGE ST RACINE Wl 53404-2932 MATZKE CURTIS 1998-1 1817 WESLEY AVE JANESVILLE Wl 53545 MAXWELL JUDI 1997-1 5834 BALSAM RD APT 3 MADISON Wl 53711-4248 MERKHOFER RICHARD 1999-S 39 PARKVIEW DR APPLETON Wl 54915 MERT1NS JAMES 1999-1 3028 NORTHRIDGE PKWY AMES IA 50010 NIELSEN MOGENS 1999-S 3415 OVERLEA DR LANSING Ml 48917 OTTO LORRIE 1999-1 9701 N LAKE DR MILWAUKEE Wl 53217-6103 PARKINSON JAMES C 1999-1 1951 JAMES ST MOSINEE Wl 54455 PEACOCK JOHN W 1999-1 185 BENZLER LUST RD MARION OH 43302-8369 PELLfTTERI PHIL 1999-1 DEPT OF ENTOMOLOGY 1630 LINDEN DR MADISON Wl 53706 PFUTZENREUTER MARY A 1999-1 E2249 ROCKLEDGE RD LUXEMBURG Wl 54217-9702 PHELPS LAURENCE 1998-S 6472 WILSON RD ROCK SPRINGS Wl 53961 RABE MARY 1998-1 Ml NATURAL FEATURES INV PO BOX 30444 LANSING Ml 48909-7944 RADKE DAVID 1999-P 1076 W MURRAY LN HUBERTUS Wl 53033 RANDALL THERESE 2000-1 N6065 HILLTOP LN GLENBEULAH Wl 53023 ROCHELEAU TOM & NINA 1999-F DEPT OF ENTOMOLOGY 3100 BUENA VISTA MADISON Wl 53704 ROMEYN RICHARD 1999-1 W5306 EMERALD CT LACROSSE Wl 54601 SCHABEL HANS G 1997-1 COLL OF NATURAL RESOURCES UNIV OF WISCONSIN STEVENS POINT Wl 54481-3897 SEAWELL PAT 1999-1 1114 TRANQUIL TRAIL SAN ANTONIO TX 78232 SHEBESTA ANN L. 1999-1 651 CHURCH ST MISHICOT Wl 54228-9618 SIEKER KATHERINE T 1999-P P 0 BOX 1032 MADISON Wl 53701-1032 STIEFEL JOHN & JANICE 1999-F W6311 MULLET LA PLYMOUTH Wl 53073 SULLIVAN RAYMOND 1999-1 125 N 123RD ST MILWAUKEE Wl 53226-3809 SWENGEL ANN B & SCOTT 1999-F 909 BIRCH ST BARABOO Wl 53913 THRELFALL ANNAM 2000-1 N3438 WOOD LAWN RD KENNAN Wl 54537-9476 TRICK JOEL A 1999-1 351 CLEMENT ST #6 GREEN BAY Wl 54302-6000 TURNBULL JAY 1997-S N1632 SUGARBUSH RD ANT1GO Wl 54409 VOGEL THOMAS 1999-1 522 WISCONSIN AVE KEWAUKEE Wl 54216 WATERMOLEN DREUX 1999-1 PO BOX 302 MADISON Wl 53701-0302 WEISMAN KEN 2000-1 2893 HUMBOLDT RD GREEN BAY Wl 54311-5746 WESTOVER DAVE 1997-1 324B N. MONROE ST WATERLOO Wl 53594 WILLIAMS ANDREW H 1999-F 413 COLUMBIA AVE DEFOREST Wl 53532 YOUNG DR DANIEL K 1999-1 DEPT OF ENTOMOLOGY 1630 LINDEN DR MADISON Wl 53706 YOUNG ALLEN M 1999-1 MILWAUKEE PUBLIC MUSEUM 800 W WELLS ST MILWAUKEE Wl 53233 paisanba# uonDdJJOQ ssajppy £LO£Q m ‘ipnowfijd auvq id]}”W l T£9M Joppz ‘jdfdjjs dojuvp A|®p©§ ie3|bo|ouN>|U]| u|suo3S|#t Wisconsin Entomological Societv Newsletter — November 1999 Page 8 DIRECTIONS From North: South on 1-43 Exit 1R (right) Civic Ctr. / Wells St. Weils St. to 8th St. From South: North on 1-94 / 1-43 Exit 1R (right) Civic Ctr, / Kilbourn Ave. Left on 6th St. Left on State St. Left on 7th St. From West: East on 1-94 Exit 1H (right) Civic Ctr. / 7th St. 3 Blocks North on 7th St. to Wells St.