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Biodiversity Counts Now In Its Third Year In Schools
Have you looked at what lives in your backyard lately? Over 10,000 students and 200 teachers have looked in theirs, using a program developed by the National Center for Science Literacy, Education, and Technology at the American Museum of Natural History. An innovative, inquiry-based, hands-on outdoor education project, Biodiversity Counts has been encouraging young scientists to get their hands dirty in backyards and empty lots across the country. This February will mark its third year. students do fieldwork
Edgar Martin Middle School students do fieldwork in Lafayette, Louisiana
photo credit: Sharon Simpson ŠAMNH
Biodiversity Counts is a supplementary unit for middle schools that can be used in conjunction with any core life-science curriculum or with other biodiversity and environmental curriculum materials. It is unique among life and environmental science programs because of its connection to the Museum and its integrated Web component.

All of the activities in which students engage, individually and collectively, are modeled on the core research activities in systematic biology carried out by Museum scientists. Students get out of the classroom and conduct an inventory of plants and arthropods at a site of their choosing. They make observations, gather information, and analyze their finds. Students learn how scientific investigations are conducted and then apply the same skills and techniques to their own fieldwork. "My students get so excited about doing fieldwork," says Gina Lyon, a middle-school teacher from Ulysses, Kansas. "I take them outside to do their work, and when they come back to the classroom and read about the scientists, they say, 'Hey, we're doing what they're doing.' It really inspires them to continue with their own scientific research."

Some teachers involve local scientists or scientific institutions in field activities. Phyllis Venghaus, a teacher from Schulenburg, Texas, regularly contacts the local Forestry Department. "The scientists there are always very eager to come to my classroom and help my students identify the plants and insects we've collected," she says.

Student work
Seventh-grade student work from All Saints Catholic School in Pottsville, Pennsylvania
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An integrated Web component brings students and teachers together in an on-line community. Students can access on-line resources, record data, and share their work with other participants. The Web site also includes a teacher area for assessment of students' work, professional development, and communication with colleagues.
The project culminates in an exhibition created by students. They use the same methods employed by professional designers and developers to plan, design, construct, and install their exhibits.
Lepidoptera
Student arthropod collection at the Holland Hall School in Tulsa, Oklahoma
photo credit: Tim O'Halloran ŠAMNH
The process requires students to analyze their scientific work, interpret it, and communicate their findings to a wider audience, all vitally important aspects of the scientific method. Students can showcase their individual interests and talents, but they also work together to create a unified presentation.
Coleoptera
Student arthropod collection at the Holland Hall School in Tulsa, Oklahoma
photo credit: Tim O'Halloran ŠAMNH
Biodiversity Counts was first introduced in the fall of 1997 in 24 schools across the country and in one school in British Columbia. From this group, five teachers were chosen as Biodiversity Counts mentor teachers, based on their interests and level of involvement, their teaching excellence, the location of their schools, and the diversity of their student populations. They were: Linda Beyt of Lafayette, Louisiana, Tim O'Halloran of Tulsa, Oklahoma, Sam Neri of Syracuse, New York, Karen Spaulding of Cambridge, Massachusetts, and Bob Wallace of New York, New York. The mentor teachers work closely with the staff at the Museum to improve and refine the teacher materials for the curriculum. They also provide feedback from the classroom and facilitate on-line teacher discussions on the Web site. Hopefully, new mentors will emerge from the February implementation so that Biodiversity Counts will continue to grow.

During the 1998-1999 school year, Biodiversity Counts was piloted in 114 schools in 27 states. One district, the Cambridge Public Schools in Cambridge, Massachusetts, introduced the project district-wide. Museum scientists and staff visited several schools during the 1998-1999 pilot and gave two-day professional development workshops, hosted and led by mentor teachers, in Vermont, Louisiana, Oklahoma, and Massachusetts.

"We hope that Biodiversity Counts increases the awareness and consciousness of the biodiversity crisis and forms a growing community of young citizens who will be responsible stewards of the planet," says Ellen V. Futter, President of the American Museum of Natural History.

If you would like to learn more about Biodiversity Counts or more about other educational resources at the Museum, e-mail your questions or visit the Museum's Education Web site.

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Small School Makes Big Discoveries
During the spring 1999 school semester, fifth and sixth-graders from Block Island School; their science teacher, Shannon Cotter; and Scott Comings of The Nature Conservancy took part in Biodiversity Counts.
pond
Block Island student collects pond specimens
photo credit: Shannon Cotter ŠAMNH
Some of the students' most interesting finds included a freshwater arthropod called a fairy shrimp, which is found only in vernal ponds (ponds that dry up during the summer); a Carolina wolf spider, which is the largest spider in New England; and two species of purse-web spiders. All of these finds were first records for Block Island, and two of the spiders were first records for the state of Rhode Island.
Students organized the data they had collected and created posters that presented their conclusions. The posters, which included the common and Latin names of the specimens, sketches, photographs and the students' findings, were unveiled at the school's display night. Using the posters, the students also gave oral presentations for their fellow classmates. Next February, the posters will be displayed at the Rhode Island Natural History Survey's annual meeting, where current scientific field research in the state is presented.

Comings, who preserved the insects and spiders for the students, was on hand with many of the preserved specimens. He explained what had been found and what the program was about.

The students learned a great deal during the year about the plants and animals that live on Block Island, but most importantly, they learned that they were doing scientific work that has benefited their island. - an excerpt from the Conservation Notebook of The Nature Conservancy Block Island
Fifth and sixth-grade Block Island students record data and observations in their journals
photo credit: Shannon Cotter ŠAMNH

Scott Comings of The Nature Conservancy teaches over 200 science programs a year - to all age groups - at the Block Island School. If you would like to learn more about The Nature Conservancy's programs and/or educational outreach, visit the Web site.

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Š2000 American Museum of Natural History