The Role of Small Mitigation Wetlands in Supporting Fall Migrating Waterfowl

Results from a bioenergetics study that explores the effect of wetland mitigation quality on waterfowl forage availability and energetic carrying capacity (ECC) across five mitigation wetlands in the Lake Champlain Valley (New York, USA). Data includes vegetation and macroinvertebrate sampling results that occurred from August 15th - September 15th, 2023. Variables measured include plant species, invertebrate class, percent cover, dry mass (g), and number of seed heads. Additional site characteristics were recorded including wetland cover type classification, cover type area, and coordinates. For more information on study design and methods, and to view data dictionaries, please download and view the <b>metadata.html</b> file.To learn more about our research and contact the authors visit https://lucaskemmerling.wixsite.com/lucas-kemmerling or https://malldred.github.io/. <br><br>

本数据集源自一项生物能学研究，旨在探究美国纽约州尚普兰湖谷5处补偿湿地的补偿质量对水禽饲草可获得性及能量承载量（Energetic Carrying Capacity, ECC）的影响。
数据集涵盖2023年8月15日至9月15日期间采集的植被与大型无脊椎动物采样结果。
所测变量包括植物物种、无脊椎动物类群、盖度百分比、干重（g）及穗状花序数量。
此外还记录了场地的相关特征，包括湿地覆被类型分类、覆被类型面积与坐标信息。
如需了解研究设计与方法详情，以及查看数据字典，请下载并查阅 <b>metadata.html</b> 文件。
欲了解更多本研究相关内容或联系作者，请访问 https://lucaskemmerling.wixsite.com/lucas-kemmerling 或 https://malldred.github.io/。