机译:评估延时触发摄像机捕获技术的效果和成本来检测陆地鳞状多样性
Institute of Renewable and Natural Resources Texas A&
M University 1500 Research Parkway A110 2260 TAMU College Station Texas 77843-2260 USA;
Institute of Renewable and Natural Resources Texas A&
M University 1500 Research Parkway A110 2260 TAMU College Station Texas 77843-2260 USA;
Institute of Renewable and Natural Resources Texas A&
M University 1500 Research Parkway A110 2260 TAMU College Station Texas 77843-2260 USA;
Institute of Renewable and Natural Resources Texas A&
M University 1500 Research Parkway A110 2260 TAMU College Station Texas 77843-2260 USA;
Wildlife Habitat and Silviculture Laboratory Southern Research Station USDA Forest Service 506 Hayter Street Nacogdoches Texas 75965 USA;
Wildlife Habitat and Silviculture Laboratory Southern Research Station USDA Forest Service 506 Hayter Street Nacogdoches Texas 75965 USA;
机译:评估延时触发摄像机捕获技术的效果和成本来检测陆地鳞状多样性
机译:用相机陷阱编程和硬件修改改善陆地鳞状调查
机译:使用数字缩时摄影机的高性价比监测方法,用于检测高山生态系统中融雪和植被物候的时空变化
机译:效率与效力转化原则:迈向KDD技术成本效益的公平评价
机译:评估热带土地利用变化的影响:陆地秘鲁哺乳动物的相机捕获研究
机译:相机陷阱是调查陆地秩序的经济有效的方法:与人工避难所和陷阱陷阱进行比较
机译:在相机诱捕陆地鳞状细胞上