NSTL国家科技图书文献中心

1. Affordable Wildlife Monitoring. A New Approach to Line Transects Sampling From Vehicles NSTL国家科技图书文献中心

Focardi, Stefano | La Morgia, Valentina ... - 《African Journal of Ecology》 - 2025,63(4) - 共12页

摘要：Monitoring is essential for evidence-based | wildlife conservation and management. Conventional | randomly distributed over the study area. Monitoring | applying the proposed methodology for routine wildlife | monitoring in underfunded areas, in Africa and elsewhere

关键词： bivariate distance sampling | common duiker | density surface modelling | impala | wildlife surveys

2. An energy efficient fog-based internet of things framework to combat wildlife poaching NSTL国家科技图书文献中心

Rahul Siyanwal | Arun Agarwal ... - 《Sustainable computing: Informatics and systems》 - 2025,45(Jan.) - 101070.1～101070.14 - 共14页

摘要： wildlife monitoring more widespread and precise, they | -sensitive IoT-based wildlife* monitoring framework that* | optimize device selection for wildlife* monitoring based* | Wildlife trafficking, a significant global | on all wildlife is impractical. The wildlife

关键词： Energy efficient wildlife monitoring | Internet of things | Fog computing | Sustainability | Distributed edge analytics | Simulation

3. Large-scale and long-term wildlife research and monitoring using camera traps: a continental synthesis NSTL国家科技图书文献中心

Bruce, Tom | Amir, Zachary ... - 《Biological reviews》 - 2025,100(2) - 530～555 - 共26页

摘要：Camera traps are widely used in wildlife | research and monitoring, so it is imperative to | wildlife cameras (2012-2022) with a case study on | repository for wildlife* camera images and the Atlas of* | , leading to the proposal of a Wildlife* Observatory of*

关键词： Australia | terrestrial vertebrates | biodiversity conservation | data sharing | sampling methods | occupancy modelling | big data

4. A reduced labor, non-invasive method for characterizing small mammal communities NSTL国家科技图书文献中心

Cleary, Katherine A. | Bonaiuto, Vincenzo ... - 《Mammal research》 - 2025,70(1) - 151～158 - 共8页

摘要：We developed the BucketCam as a reduced-labor | , non-invasive alternative to conventional approaches | for characterizing small mammal communities. We | conducted a field test at 14 sites in northern NY to | compare the BucketCam to three other widely used small

关键词： Small mammals | Camera trapping | Live trapping | Trap comparison | Wildlife monitoring

5. Abundance-mediated species interactions NSTL国家科技图书文献中心

Twining, Joshua P. | Augustine, Ben C.... - 《Ecology》 - 2025,106(1) - n/a～n/a - 共20页

摘要： wildlife populations. Ecological theory posits that the | Species interactions shape biodiversity | patterns, community assemblage, and the dynamics of | strength of interspecific interactions is fundamentally | underpinned by the population sizes of the involved species

关键词： abundance | density dependent | hierarchical models | interaction networks | occupancy | Royle-Nichols | species interactions | wildlife monitoring | Royle–Nichols

6. Detection of rabbit and wombat warrens in broad-scale satellite imagery NSTL国家科技图书文献中心

Mcpherson, Natarsha | Ostendorf, Bertram - 《Australian Mammalogy》 - 2025,47(1) - 共11页

摘要：The ability to accurately assess the spatial | pattern of wild animal distributions is essential for | conservation management. Warrens constructed by burrowing | species offer proxies for estimating geographic | occupation. We tested the feasibility of open-access

关键词： burrowing | rabbits | remote detection | satellite imagery | semi-fossorial mammals | species distribution | wildlife monitoring | wombats

7. Drone surveys cause less disturbance than ground-based surveys in endangered spectacled flying-foxes ( Pteropus conspicillatus ) NSTL国家科技图书文献中心

Norris, Emmeline Ber... - 《Australian Mammalogy》 - 2025,47(1) - 共6页

摘要： techniques for monitoring* endangered spectacled flying* | drones as a non-invasive tool for monitoring* spectacled* | Robust population estimates are critical for | detecting biodiversity declines. Thermal drones offer a | promising alternative to invasive, imprecise ground-based

关键词： animal behaviour | Chiroptera | conservation | Old World fruit bats | Pteropodidae | RPAS | thermal infrared | UAV | wildlife monitoring

8. Intelligent Energy-Efficient GNSS-Assisted and LoRa-Based Positioning for Wildlife Tracking NSTL国家科技图书文献中心

Lopez-Escobar, Juan ... | Fondo-Ferreiro, Pabl...... - 《IEEE sensors journal》 - 2025,25(4) - 7291～7300 - 共10页

摘要：, have revolutionized wildlife* monitoring and tracking* | maximizing the duration of monitoring* sessions* | The Internet of Things (IoT), together with | low power wide area network (LPWAN) technologies | systems. The research in this article has been motivated

关键词： Global navigation satellite system | LoRaWAN | Logic gates | Birds | Accuracy | Wildlife | Signal to noise ratio | Monitoring | Energy consumption | Batteries...

9. Crash Course in Conservation: Predicting and Mitigating Wildlife-Vehicle Collisions in a Savannah Area NSTL国家科技图书文献中心

Mukomberanwa, Nobert... | Ngorima, Patmore - 《African Journal of Ecology》 - 2025,63(2) - 共14页

摘要：Temporal patterns in wildlife-vehicle | differentially affect animal populations. Yet, monitoring | conservation and enhance the management of human-wildlife | casualties involving wildlife. The objectives of this study | Zimbabwe Parks and Wildlife* Management Authority (ZPWMA*

关键词： biodiversity monitoring | modelling | time series forecasting | wildlife vehicle collisions

10. Genetic Monitoring of a Lethal Control Programme for Wild Canids With Complex Mating Strategies NSTL国家科技图书文献中心

Prowse, Thomas A. A. | Birand, Aysegul ... - 《Molecular ecology》 - 2025,34(1) - n/a～n/a - 共15页

摘要： important, they also drive human-wildlife* conflicts* | often uncertain due to limited abundance monitoring | monitoring effective population size (Ne$$ {N}_{mathrm{e | Although mammalian carnivores are ecologically | . Managing carnivores using lethal control is controversial

关键词： dingo | effective population size | human-wildlife conflict | pack structure | population monitoring | predator control | social system | wild dog | human–wildlife conflict

摘要：Monitoring is essential for evidence-based | wildlife conservation and management. Conventional | randomly distributed over the study area. Monitoring | applying the proposed methodology for routine wildlife | monitoring in underfunded areas, in Africa and elsewhere

关键词： bivariate distance sampling | common duiker | density surface modelling | impala | wildlife surveys

摘要： wildlife monitoring more widespread and precise, they | -sensitive IoT-based wildlife monitoring framework that | optimize device selection for wildlife monitoring based | Wildlife trafficking, a significant global | on all wildlife is impractical. The wildlife

关键词： Energy efficient wildlife monitoring | Internet of things | Fog computing | Sustainability | Distributed edge analytics | Simulation

摘要：Camera traps are widely used in wildlife | research and monitoring, so it is imperative to | wildlife cameras (2012-2022) with a case study on | repository for wildlife camera images and the Atlas of | , leading to the proposal of a Wildlife Observatory of

关键词： Australia | terrestrial vertebrates | biodiversity conservation | data sharing | sampling methods | occupancy modelling | big data

摘要：We developed the BucketCam as a reduced-labor | , non-invasive alternative to conventional approaches | for characterizing small mammal communities. We | conducted a field test at 14 sites in northern NY to | compare the BucketCam to three other widely used small

关键词： Small mammals | Camera trapping | Live trapping | Trap comparison | Wildlife monitoring

摘要： wildlife populations. Ecological theory posits that the | Species interactions shape biodiversity | patterns, community assemblage, and the dynamics of | strength of interspecific interactions is fundamentally | underpinned by the population sizes of the involved species

关键词： abundance | density dependent | hierarchical models | interaction networks | occupancy | Royle-Nichols | species interactions | wildlife monitoring | Royle–Nichols

摘要：The ability to accurately assess the spatial | pattern of wild animal distributions is essential for | conservation management. Warrens constructed by burrowing | species offer proxies for estimating geographic | occupation. We tested the feasibility of open-access

关键词： burrowing | rabbits | remote detection | satellite imagery | semi-fossorial mammals | species distribution | wildlife monitoring | wombats

摘要： techniques for monitoring endangered spectacled flying | drones as a non-invasive tool for monitoring spectacled | Robust population estimates are critical for | detecting biodiversity declines. Thermal drones offer a | promising alternative to invasive, imprecise ground-based

关键词： animal behaviour | Chiroptera | conservation | Old World fruit bats | Pteropodidae | RPAS | thermal infrared | UAV | wildlife monitoring

摘要：, have revolutionized wildlife monitoring and tracking | maximizing the duration of monitoring sessions | The Internet of Things (IoT), together with | low power wide area network (LPWAN) technologies | systems. The research in this article has been motivated

关键词： Global navigation satellite system | LoRaWAN | Logic gates | Birds | Accuracy | Wildlife | Signal to noise ratio | Monitoring | Energy consumption | Batteries...

摘要：Temporal patterns in wildlife-vehicle | differentially affect animal populations. Yet, monitoring | conservation and enhance the management of human-wildlife | casualties involving wildlife. The objectives of this study | Zimbabwe Parks and Wildlife Management Authority (ZPWMA

关键词： biodiversity monitoring | modelling | time series forecasting | wildlife vehicle collisions

摘要： important, they also drive human-wildlife conflicts | often uncertain due to limited abundance monitoring | monitoring effective population size (Ne$$ {N}_{mathrm{e | Although mammalian carnivores are ecologically | . Managing carnivores using lethal control is controversial

关键词： dingo | effective population size | human-wildlife conflict | pack structure | population monitoring | predator control | social system | wild dog | human–wildlife conflict

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摘要： wildlife monitoring more widespread and precise, they | -sensitive IoT-based wildlife* monitoring framework that* | optimize device selection for wildlife* monitoring based* | Wildlife trafficking, a significant global | on all wildlife is impractical. The wildlife

摘要：Camera traps are widely used in wildlife | research and monitoring, so it is imperative to | wildlife cameras (2012-2022) with a case study on | repository for wildlife* camera images and the Atlas of* | , leading to the proposal of a Wildlife* Observatory of*

摘要： techniques for monitoring* endangered spectacled flying* | drones as a non-invasive tool for monitoring* spectacled* | Robust population estimates are critical for | detecting biodiversity declines. Thermal drones offer a | promising alternative to invasive, imprecise ground-based

摘要：, have revolutionized wildlife* monitoring and tracking* | maximizing the duration of monitoring* sessions* | The Internet of Things (IoT), together with | low power wide area network (LPWAN) technologies | systems. The research in this article has been motivated

摘要：Temporal patterns in wildlife-vehicle | differentially affect animal populations. Yet, monitoring | conservation and enhance the management of human-wildlife | casualties involving wildlife. The objectives of this study | Zimbabwe Parks and Wildlife* Management Authority (ZPWMA*

摘要： important, they also drive human-wildlife* conflicts* | often uncertain due to limited abundance monitoring | monitoring effective population size (Ne$$ {N}_{mathrm{e | Although mammalian carnivores are ecologically | . Managing carnivores using lethal control is controversial