北方斑点猫头鹰的种群生态学

CourseSource Pub Date : 2023-01-01 DOI:10.24918/cs.2023.30
S. Streich, John M. Basey
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引用次数: 3

摘要

利用野外采集的人口统计数据建立种群数学模型是各种本科生物学实验课程的重要组成部分。在2020年SARS-CoV-2病毒带来的全球大流行期间,我们成功地将一个面对面的人口模型实验室转变为一个可以远程运行的实验室。我们使用谷歌地球网络项目来模拟北斑猫头鹰的种群研究。在模拟中,学生们收集了人口统计数据和标记再捕获数据,这些数据是基于对北斑猫头鹰在四个不同的野生动物样带中导航时的调查图像。在进行调查之后,学生们利用这些数据用标记-再捕获法确定种群规模,推导出生命表,计算净繁殖率,并利用这些信息评估当前对所研究种群的管理计划。在这里,我们概述的教训,并提供所需的材料复制实验室或使用谷歌地球创建一个类似的模拟中心围绕一个不同的物种在全球任何位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Population Ecology of the Northern Spotted Owl
The mathematical modeling of populations utilizing field-collected demographic data is an important component of lab curricula in a variety of undergraduate biology lab courses. During the global pandemic brought about by the SARS-CoV-2 virus in 2020, we successfully converted an in-person lab on demographic population modeling to a lab that could be run remotely. We used a Google Earth Web Project to simulate a population study of the Northern Spotted Owl. In the simulation, students collected both demographic and mark-recapture data, based on surveying images of Northern Spotted Owls as they navigated four different wildlife transects. After conducting the survey, students used the data to determine population size using the mark-recapture method, derived a life table, calculated the net reproductive rate, and used the information to assess the current management plan for the population studied. Here we outline the lesson and provide materials required to duplicate the lab or to use Google Earth to create a similar simulation centered around a different species in any location around the globe.
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