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AnnuAl RepoRt to membeRs | 2012 - Cornell Lab of Ornithology

AnnuAl RepoRt to membeRs | 2012 - Cornell Lab of Ornithology

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Education:SchoolKidsScientific inquiry for schoolkidsDoes precipitation affect how many DarkeyedJuncos we see? Does the size <strong>of</strong> abird affect the pitch <strong>of</strong> its call? K-12students watch birds, ask intriguing questions,pose hypotheses, and collect and analyze data<strong>to</strong> formulate a conclusion in the <strong>Cornell</strong> <strong>Lab</strong>’sBirdSleuth curriculum—a fun and interactivesuite <strong>of</strong> investiga<strong>to</strong>ry projects that meet currentscience education standards. BirdSleuth is a greatway <strong>to</strong> get kids outdoors and watching birds.Last year, thousands <strong>of</strong> students in hundreds <strong>of</strong>schools across the country conducted BirdSleuthscience investigations. Some schools integratedtheir BirdSleuth projects in<strong>to</strong> formal <strong>Lab</strong> citizenscienceinitiatives, such as eBird and Project FeederWatch,so their data contributed <strong>to</strong> pr<strong>of</strong>essionalanalyses <strong>of</strong> regional bird trends—and buddingornithologists got their first taste <strong>of</strong> real science.A Bird in the HandTexas 3rd grader Alisa Van Eerden’s BirdSleuthproject began with her question: Is it possible <strong>to</strong>train a wild bird <strong>to</strong> eat out <strong>of</strong> a human hand? Herexperiment started with stuffing a pair <strong>of</strong> jeans anda jacket with old <strong>to</strong>wels, and <strong>to</strong>pping it <strong>of</strong>f with apumpkin head wearing sunglasses and a hat, <strong>to</strong> createa decoy she named “Stuffy.” After several weeks<strong>of</strong> watching birds feed near Stuffy, and eventuallyout <strong>of</strong> the decoy’s glove, Alisa traded places withStuffy—and voila! A Tufted Titmouse in her hand. A3rd grader with a big smile on her face.TeensInspiring young scientistsGlobal environmental issues meet emerginggeospatial computer technologies in the <strong>Lab</strong>’sCrossing Boundaries curriculum for middle- andhigh-schoolers, created in partnership withfaculty at Hobart & William Smith Colleges. Tolearn about landscape changes in the UnitedStates and abroad, students compare his<strong>to</strong>ricaland current satellite imagery on Google Earth.Then they explore geographic differences in biodiversity,from faraway places like the Amazon<strong>to</strong> their own communities, using a species databaseand the very same GPS and GIS technologiesused by scientists. Students even get a taste<strong>of</strong> peer review by presenting their projects onwiki sites and exchanging feedback with classmates.The real-life research and personal s<strong>to</strong>ries<strong>of</strong> <strong>Cornell</strong> grad students are included in CrossingBoundaries units along the way, so students canbegin envisioning what their futures might looklike in conservation science.Source: YouTube20

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