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Ecologists Ask: Should We Be More Transparent with Data?

Open, readily-usable data sets and code will grow more important in future scientific research, saving time and effort for reviewers, investigators, and authors October 26, 2018 For Immediate Release Contact: Zoe Gentes, 202-833-8773 ext. 211, gro.asenull@setnegz Computational reproducibility – the ability to accurately reproduce outcomes from data sets using the same code and software – will be an…

Ecologists Ask: Should We Be More Transparent with Data?

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News

Research sheds light on elusive marine predator

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Tiny orchid flowers pollinated by tiny flies

Researchers from the University of Tokyo document the first known case of an orchid species pollinated by tiny flies called gall midges.

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MEDIA ADVISORY: Save the Date for ESA’s 2024 Annual Meeting in Long Beach, California

The Ecological Society of America is convening August 4-9 for its 2024 Annual Meeting in Long Beach, California.

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Annual Meeting

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This year’s meeting will emphasize the society’s mission of supporting ecologists throughout their careers. The emphasis recognizes the need for us to continually invest in all the people who advance the science and practice of ecology. Among many aspects of professional development, we are planning programming and invite contributions that consider the transformational potential of effective mentorship.

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Journals & Publications

Ecosphere

To determine the extent to which a large restoration effort in the 1990s altered the abundance and stability of the Butte Creek population of spring-run Chinook Salmon and of the entire spring-run stock complex in California's Central Valley, Cordoleani et al. compared annual trends before and after restoration and correlated adult abundance to floodplain inundation area. This research, published in the March issue of Ecosphere, underscores the importance of restoring a connected mosaic of aquatic habitats across modified landscapes, including cold-water refugia and floodplains, to preserve multiple (across-population) life history pathways for increasing salmon stock complex stability and abundance.

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