StallPOPd Software: Population Reduction of a Subsidized Predator (original) (raw)

This software was created as an auxiliary tool for the research entitled:

1aShields, T., Currylow, A., Hanley, B., Boland, S., Boarman, W., & M. Vaughn. 2019. Novel management tool for subsidized avian predators: a case study in the conservation of a threatened species. Ecosphere. doi: https://doi.org/10.1002/ecs2.2895

1bCurrylow, A., Hanley, B., Holcomb, K., Shields, T., Boland, S., Boarman, W., & Vaughn, M. 2022. Identifying population management strategies for avian predators: a decision tool. In press.

Preferred citation for use of the software:

2Shields, T., Currylow, A., Hanley, B., Boland, S., Boarman, W., & Vaughn, M. 2019. StallPOPd: Applied Population Modeling for Halting the Growth of a Subsidized Avian Predator [Software]. Cornell University Library eCommons Repository. doi: https://doi.org/10.7298/sk2e-0c38

3Hanley, B., Currylow, A., Holcomb, K., Shields, T., Boland, S., Boarman, W., & Vaughn, M. 2020. StallPOPd V2 Web Interactive: Interactive software to calculate the combination of egg addling and bird culling needed to stall or halt population growth of subsidized ravens [Software]. doi: https://doi.org/10.7298/sk2e-0c38.2

4Hanley, B., Currylow, A., Holcomb, K., Shields, T., Boland, S., Boarman, W., & Vaughn, M. 2020. StallPOPd V3 Web Interactive: Interactive software to calculate the combination of egg addling and bird culling needed to stall or halt population growth of subsidized ravens [Software]. doi: https://doi.org/10.7298/sk2e-0c38.3

5Hanley, B., Currylow, A., Holcomb, K., Shields, T., Boland, S., Boarman, W., & Vaughn, M. 2021. StallPOPdV4 Web Interactive: Software to compute population control treatments of a subsidized predator [Software]. doi: https://doi.org/10.7298/sk2e-0c38.4