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The Biology Department at the University of San Diego seeks a recent Ph.D. who has a proven record and commitment to empowering students from communities that are underrepresented in academia through research, creative activity, teaching, service and/or mentoring. We are especially interested in advancing the perspectives of African Americans, American Indian/Alaskan Natives, Filipinas/os/x, Chicanas/os/x, Latinas/os/x and /or Pacific Islanders.

Specifically, we seek to sponsor a postdoctoral fellow with an interest in aquatic ecology and/or quantitative biology. In addition to conducting collaborative ...

Location: Universidade Federal do Rio Grande do Norte, Natal, Brasil.

Project: Linking metapopulation processes and metacommunity stability, investigating how spatial grain and extent, environmental heterogeneity and species traits determine stability across spatial scales (i.e., alpha, beta, gama stability).

Registration is open until 15/11/2018.

Selection process

- written examination (about general topics in Ecology, including fundamental concepts of population, community and ecosystem ecology)

- interview

- project defense

For more information please contact: 

Prof. Dr. Andros T. Gianuca

Professor of Ecology @ UFRN – Universidade Federal do Rio Grande do Norte, ...

The EU Research Infrastructure project AQUACOSM (http://aquacosm.eu) has opened the Call for Transnational Access to fund participation or leadership of mesocosm experiments in 2019. We open for access to more than 37 aquatic mesocosm facilities, located at 19 AQUACOSM partners throughout Europe. In total AQUACOSM will offer more than 11500 person-days of Transnational Access (TA) between Jan 2018 and Dec 2020. This call opens for >3800 person days.

AQUACOSM offers funding for mesocosm experiments through a unique collaborative international project, representing ...

CIFRE SCHOLARSHIP: Impact of hydrological alteration on mountain aquatic ecosystems in the French Alps.

TEREO – St. Helena Lake (A. Dos Santos), IRSTEA – Lyon (St. Cauvy-Fraunié, N. Lamouroux)

from autumn 2018

Context

Mountain watersheds display particularly complex hydrographic networks, characterized by a high environmental heterogeneity as they include streams from different water sources (groundwater, rain, snowmelt, glacier melt), which present specific hydrological regimes and environmental conditions (Hannah et al., 2007, Cauvy-Fraunié et al., 2015). These alpine hydrosystems shelter a singular ...

We are glad to announce that we start a new series of blog posts where we will post PhD studies of early career scientists. They will explain the findings from their research and possible applications. If you want to prepare a summary post about your studies, we would be happy to share.

The first one of this series comes from Ignasi Arranz.

Happy reading!

About Ignasi :

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We are seeking information from instructors at institutions of higher-education who are currently leading, or are interested in leading, efforts to collect ecological data through class-based activities. This survey takes approximately 15 – 20 minutes to complete, and will contribute to a global review on the extent and types of ecological data collected by students, and provide insight into the opportunities and challenges associated with these class-based efforts to support desired educational and scientific outcomes. We ask that you complete this ...

Very recent studies indicate that microplastics (MP) is present in the Southern Ocean, however, many questions are open, such as: What type of MP are present, and in which region and compartments of the ocean? Is there evidence for MP originating outside of Antarctic waters? The research group man-society-environment of the University of Basel will explore in this project MP occurrence and distribution in water, sediment and possibly also in icecores and biota. The MP will be analysed in terms ...

Two PhD projects to research how temperature and seasonal and daily temperature variability affect biodiversity, temperature tolerance and dispersal.

Predicting effects of changes in climatic conditions on the distribution of species remains highly challenging. Climate change is predicted to increase both mean temperature and variability in temperature, and it is critical to have a strong mechanistic understanding of how organisms are likely to respond to future thermal environments. The Climate Variability Hypothesis (Janzen 1967) relates seasonal thermal variability to species’ distributions, ...