Edward D. and Sally M. Futch Graduate Fellowship — Ducks Unlimited Canada Skip to main content

Edward D. and Sally M. Futch Graduate Fellowship

Advancing our understanding of waterfowl and wetlands in North America.

About the fellowship

Thanks to the generous support of one couple with a special interest in Ducks Unlimited’s conservation science, this fellowship is advancing our understanding of waterfowl and wetlands in North America.

The objectives of the fellowship are to assist in developing talented young professionals who are dedicated to furthering the conservation of wetlands and wildlife, and to advance the scientific understanding of waterfowl and wetland biology in North America.

This fellowship is open to graduate students enrolled at any North American University. Subject matter for the student’s research can deal with any aspect of waterfowl or wetland biology that promises to advance conservation.

One award of up to $9,500/year (U.S. funds) is available to provide personal or research support for the successful applicant. The award is renewable for up to two additional years for PhD students, once for Master’s students, assuming annual approval of a satisfactory progress report and the need for continuing financial support.

Fellowships will be awarded based upon the following criteria:

  • Applicant qualifications
  • scientific soundness of the research proposal
  • Originality and creativity in study design
  • Expected contributions to waterfowl conservation
  • Achievability of the work

Interested in applying or have any questions?

Take your research to the next level. Apply for a Ducks Unlimited fellowship.

View details

Recent fellowship winners

 

Cassidy Waldrep

From the University of Saskatchewan, Cassidy’s study will focus on the impact that movement, behaviour, and weather have on the reproductive success of mallards in eastern North America.

Reproductive success rate greatly affects fluctuations in duck populations, yet it can be influenced by factors that occur outside the breeding season. Examining the full annual life cycle of ducks can help us understand these seasonal carry-over effects. Cassidy will deploy ~1100 GPS-acceleration tracking devices to characterize reproductive success and assess differences in both breeding and non-breeding periods between one stable and one declining subpopulation of eastern mallards. This project will inform conservation plans by providing insight into factors limiting eastern mallard populations.

Cassidy Waldrep holding a mallard

2021-2023: Alec Schindler, PhD. Development of a full annual cycle framework using state-of-the-art GPS-acceleration tracking devices on waterfowl: the case of the Greenland white-fronted goose, University of Saskatchewan

2020: Cheyenne Beach, MSc. Evaluating the physiological response of sub-lethal infections of Sphaeridiotrema spp. and Cyathocotyle bushiensis trematodes in captive lesser scaup (Aythya affinis), Western Illinois University

2018-2019: Stephanie Cunningham, MSc. Decision-making in Greater White-fronted Geese, University of Missouri

2016-2017: Kyle Kuechle, MSc. Quantifying neonicotinoid concentrations in Missouri public wetlands and the corresponding threat to aquatic food webs, University of Missouri

2013-2015: Adam Janke, PhD. Evaluating wetland-ecosystem health in the prairie pothole region of eastern South Dakota using real-time nutrient dynamics of waterfowl, South Dakota State University

2010-2012: Sarah Thompson, PhD. The impact of encroaching woody vegetation on waterfowl nest success and site selection, University of Minnesota

2008-2009: Leah Domine (Laurich), PhD. Mechanisms influencing carbon sequestration in the prairie pothole wetlands, University of Minnesota

2008: Chris Nicolai, PhD. Implications of reproductive decisions and fitness of black brant nesting on the Yukon-Kuskokwim Delta, Alaska, University of Nevada Reno

2006: Vanessa Harriman, MSc. Parasite-host interactions in colonial artic-nesting geese, University of Saskatchewan


Institute for Wetland and Waterfowl Research

Institute for Wetland and Waterfowl Research

Our science brings conservation to life.

About IWWR

About IWWR

The Institute for Wetland and Waterfowl Research (IWWR) is the research arm of Ducks Unlimited Canada.

Research

Research

Our world-leading research uncovers the unique relationships between wetlands, waterfowl, watershed health, biodiversity and more.

Fellowships

Fellowships

New discoveries are waiting in the wings. IWWR supports innovative research and the bright minds leading it.