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Nonnative, invasive ants, and especially the red imported fire ant, Solenopsis invicta, are a widespread threat to ground‐nesting wildlife. In this paper I describe a method of controlling fire ants using hot water. The hot water approach was applied to reduce fire ant impacts on sea turtles and ground‐nesting songbirds and to demonstrate its utility in protection of different ground‐nesting species in different habitats. Fire ant controls using hot water provided 90% or greater control, significantly improving survival of both turtle and bird hatchlings, without the use of pesticides. The success of the method and the availability of necessary equipment shows that hot water control of fire ant populations should be considered as a tool for wildlife affected by fire ants and is useful for a wide variety of scenarios where fire ant controls are desirable or necessary. The method does require that 1) wildlife nest locations are known and that 2) nearby fire ant colonies can be found and treated with hot water. The method can be used as a complement to broadcast or bait‐station baiting strategies or as a stand‐alone method for managing fire ants. [ABSTRACT FROM AUTHOR]

Within academia and research, publishing peer‐reviewed articles is expected for dissemination of knowledge and is used as a measure of professional performance. However, few papers have been published on professionals' and graduate students' perceptions of student publication performance, how professionals encourage student publishing, and what types of publication barriers exist for graduate students to publish. In 2019, we emailed a survey to professional and student attendees of the 2013 and 2016 North American Duck symposia as a representative cadre of waterfowl and wildlife biologists. We surveyed 469 professionals and 98 students who attended the symposia. Response rates were 42% and 45% for professionals and students, respectively, and deemed reliable as response rates approached 50%. Fifty percent and 69% of professional respondents indicated they felt frustration motivating their Ph.D. and M.S. students to publish, respectively. Of strategies used to motivate graduate student publishing, 79% of students ranked providing congenial encouragement most effective, while 60% of professionals ranked playing a major role in drafting and editing as most effective. Both professionals and students considered lack of time during and outside work hours as barriers to publishing graduate work. Professionals and students agreed that asking students to sign a contract at time of their initial matriculation may be an effective strategy to publish. Information from this study adds to knowledge on graduate student publishing practices and can be used to improve methods to increase graduate student publication rates in wildlife science and conservation. Similar surveys can be conducted face‐to‐face or remotely at international wildlife and other ecological conferences to broaden application of our results. We encourage students to generate publications from their research by writing separate thesis/dissertation chapters to expedite the publication process. [ABSTRACT FROM AUTHOR]

The green anole (Anolis carolinensis) has been introduced to the Ogasawara Islands, Japan, and has adversely affected native fauna through predation and competition. To eradicate green anoles, adhesive traps for capture and Teflon™‐sheet fencing to restrict movement have been used, however, their efficiency needs to be improved. Using behavioral experiments, we evaluated colors that would attract green anoles to traps and repel them from fences. We also conducted similar experiments on the native snake‐eyed skink (Cryptoblepharus nigropunctatus) to establish color preferences in an effort to reduce bycatch. We presented choices of 2 out of 6 colored papers (blue, brown, green, purple, red, yellow) to green anoles and 3 colored papers (blue, brown, red) to snake‐eyed skinks to observe which color of paper the animals walked on first. Both species chose blue significantly less often than the other colors (blue was chosen only in 29% of runs). Green anoles demonstrated a preference for brown, whereas snake‐eyed skinks favored red. Our results suggested that using blue Teflon™‐sheet fence might reduce the transborder crossing rate of green anoles. Furthermore, bycatch of native snake‐eyed skinks may be reduced by changing the adhesive trap color to brown, from the currently used red. [ABSTRACT FROM AUTHOR]

The toxic effects on wildlife of lead ingested from spent hunting ammunition have long posed a conservation challenge for wildlife biologists, managers, and hunters. We got commitments for 7 papers that address the issue of lead hunting ammunition from a number of perspectives. The focus of the symposium and this special section was on lead from spent hunting ammunition, not lead ammunition associated with all forms of shooting. [Extracted from the article]

Although wild turkey conservation efforts largely are in a post-restoration phase, there is still much to be learned and shared, both among turkey biologists and researchers and with the greater wildlife conservation community. Beginning in 1959, wild turkey researchers and managers have come together every few years from across the United States to share their experiences, present monitoring data and research results, and address novel or timely turkey conservation issues. The other invited paper summarized the potential effects of the Covid-19 pandemic on turkey hunting during spring 2020; the authors surveyed the primary wildlife biologist tasked with wild turkey management for each state to document wild turkey hunter and hunting dynamics before and during the spring 2020 turkey season. [Extracted from the article]