Robert H. MacArthur Award

The Robert H. MacArthur Award is given to an established ecologist in mid-career for meritorious contributions to ecology, in the expectation of continued outstanding ecological research and who generally are within 25 years from PhD.

To submit an award nomination please select the following link: https://esa-awards.secure-platform.com/a/.

News

ESA Policy News: December 5, 2022

In this issue: ESA to Hold Informational US National Nature Assessment Webinar Dec. 6 Webinar will be Dec. 6 at 12 noon EDT. ESA Holds National Climate Assessment 5 Webinar Webinar recording is available. Apply for the 2023 Katherine S. McArthur Graduate Student Policy Award Applications are due January 1, 2023. Congress Senate passes bill authorizing research in saline lake…

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ESA Selects 2022 EEE Scholars

The Ecological Society of America is pleased to announce the recipients of the 2022 cohort of the ESA Excellence in Ecology Scholars.. The scholarship program seeks to support and elevate diverse scientists in the ecological community.

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MEDIA ADVISORY: Ecological experts available during COP27 for comment on climate change and biodiversity

(November 4, 2022) – Ahead of the 27th Conference of the Parties of the UNFCCC, ESA has compiled a list of ecologists and biologists to provide technical expertise to the media about climate change and biodiversity.

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Video footage provides first detailed observation of orcas hunting white sharks in South Africa

A new paper published in Ecology presents the first direct evidence of orcas killing white sharks in South Africa, with video footage captured by both a helicopter and drone pilot.

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Journals and Publications

In Antarctica, ice-free habitats occupy less than 1% of the continent’s terrestrial extent but nevertheless harbor eukaryotic biodiversity, which has been largely understudied due to logistical constraints. However, a novel combination of methods – repeated lasso regression linking environmental DNA traces with soil properties – has shown promise as a relatively easy and cost-effective means to predict the presence of phyla based on selected geochemical properties of soil samples, such as pH. In the December issue of Frontiers, Czechowski et al. share how the probability of detecting tardigrades (phylum Tardigrada) was higher in the absence of alkaline substrates, for instance, at sites in the Prince Charles Mountains. By establishing such biotic–abiotic relationships, this approach can help to inform future surveys for, and conservation of, Antarctic taxa.

Frontiers in Ecology and the Environment