Increased rice flooding during winter explains the recent increase in the Pacific Flyway White‐fronted Goose Anser albifrons frontalis population in North America
@article{Cunningham2020IncreasedRF, title={Increased rice flooding during winter explains the recent increase in the Pacific Flyway White‐fronted Goose Anser albifrons frontalis population in North America}, author={Stephanie A Cunningham and Qing Zhao and Mitch D. Weegman}, journal={Ibis}, year={2020} }
3 Citations
Integrating regional and site-level data to assess drivers of population decline in a threatened aerial insectivorous bird
- Environmental ScienceBiological Conservation
- 2022
Contrasting habitat use and conservation status of Chinese-wintering and other Eurasian Greater White-fronted Goose (Anser albifrons) populations
- Environmental ScienceAvian Research
- 2021
Background GPS/GSM tracking data were used to contrast use of (i) habitats and (ii) protected areas between three Arctic-nesting Greater White-fronted Geese ( Anser albifrons , GWFG) populations…
Growth of Greater White‐Fronted Goose Goslings Relates to Population Dynamics at Multiple Scales
- BiologyThe Journal of Wildlife Management
- 2021
References
SHOWING 1-10 OF 85 REFERENCES
A Meta‐Analysis of Band Reporting Probabilities for North American Waterfowl
- Geology
- 2019
Rmd is an R markdown file used to reanalyze published and unpublished data sets for inclusion in the authors' summary data file (reporting_rate_summary.csv).
Current estimates of goose population sizes in western Europe, a gap analysis and assessment of trends
- Environmental Science
- 2019
We estimated the size of 30 defined populations of geese wintering in the Western Palearctic (including five released or reintroduced populations of three species). Fourteen populations were…
Integrated population models: powerful methods to embed individual processes in population dynamics models.
- Environmental ScienceEcology
- 2019
The benefits and limitations of IPMs for integrating data at different spatial, temporal, and organismal levels to build more mechanistic models of population dynamics are discussed.
Density‐dependent and phenological mismatch effects on growth and survival in lesser snow and Ross's goslings
- Environmental ScienceJournal of Avian Biology
- 2018
The results lend support to the notion that both broad‐scale changes in seasonality from observed and predicted warming in the arctic and, to a lesser extent, density‐dependence on brood‐rearing areas may result in changes to offspring quality or survival, with implications for population recruitment.
Global mismatch of policy and research on drivers of biodiversity loss
- Environmental ScienceNature Ecology & Evolution
- 2018
An evidence map of global biodiversity loss research over the past decade suggests foci do not match predicted severity and impact, and that research and policy need to be realigned.
Integrated population models facilitate ecological understanding and improved management decisions
- Environmental Science
- 2018
Integrated population models (IPMs) represent a formal statistical methodology for combining multiple data sets such as population counts, band recoveries, and fecundity estimates into a single…
Synthesizing multiple data types for biological conservation using integrated population models
- Environmental Science
- 2018
The non-linear, interactive effects of population density and climate drive the geographical patterns of waterfowl survival
- Environmental Science
- 2018
Threat of climate change on a songbird population through its impacts on breeding
- Environmental ScienceNature Climate Change
- 2018
Understanding global change processes that threaten species viability is critical for assessing vulnerability and deciding on appropriate conservation actions1. Here we combine individual-based2 and…
Using ring‐recovery and within‐season recapture data to estimate fecundity and population growth
- Environmental ScienceEcology and evolution
- 2018
Large‐scale ring‐recovery programs could be used to estimate annual fecundity in many species of birds, but the approach requires better data curation, including accurate assessment of age, better reporting of banding totals, and greater emphasis on obtaining and reporting within‐season live encounters.