Open Call for Research Projects in ICTS-Doñana!

The Singular Scientific and Technical Infrastructure Doñana Biological Reserve (ICTS-Doñana) announces the opening of a call for international research projects in the Doñana Natural Space.

Selected projects will receive a grant of up to €10,000 per application, intended to cover expenses such as travel and per diems for researchers, consumables, and small research project materials.

Priority will be given to international projects that collaborate with Spanish research teams in Doñana Natural Space, that make use of the facilities of the ICTS and/or use environmental monitoring data provided by ICTS-Doñana.

The call for proposals will remain open until 30 June 2024, with priority given to projects led by young researchers and women.

Send your research project in Spanish or English with the CV of the Principal Researcher to direccion.ebd@csic.es

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Funding: Junta Andalucía Call QUAL21-020



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A scientific team conducted a review on the patterns and determinants of dispersal in grey wolves

Lobo (Canis lupus) / Credit: Héctor Ruiz

Dispersal is a key demographic process involving three stages: emigration, transience and settlement; each of which is influenced by individual, social and environmental determinants. An integrated understanding of species dispersal is essential for demographic modelling and conservation planning.

A new study by the Doñana Biological Station–CSIC review the dispersal patterns and determinants documented in the scientific literature for the grey wolf (Canis lupus) across its distribution range. Authors showed a surprisingly high variability within and among study areas on all dispersal parameters – dispersal rate, direction, distance, duration and success. They found that such large variability is due to multiple individual, social and environmental (natural and human) determinants, but also due to previously overlooked methodological research issues.

Authors revealed a potential non-linear relationship between dispersal rate and population density, with dispersal rate higher at both ends of the gradient of population density. They found that human-caused mortality reduces distance, duration and success of dispersal events. Furthermore, dispersers avoid interaction with humans, and highly exposed areas like agricultural lands hamper population connectivity in many cases. They identified numerous methodological research problems that make it difficult to obtain robust estimates of dispersal parameters and robust inferences on dispersal patterns and their determinants. In particular, analyses where confounding factors were not accounted for led to substantial knowledge gaps on all aspects of dispersal in an otherwise much-studied species.

Our understanding of wolf biology and management would significantly benefit if wolf dispersal studies reported the results and possible factors affecting wolf dispersal more transparently.

This image (Fig. 4 in paper) summarize the research needs to improve current understanding of the dispersal process in grey wolves.

Reference:

Morales-González, A., Fernández-Gil, A., Quevedo, M. & Revilla, E. (2021). Patterns and determinants of dispersal in grey wolves (Canis lupus). Biological Reviews. https://onlinelibrary.wiley.com/doi/full/10.1111/brv.12807

 

Contact: outreach[at]ebd.csic.es

 


https://onlinelibrary.wiley.com/doi/full/10.1111/brv.12807