New Publication on Open Access policy!

Santidrián Tomillo, P., Zandoná, E., Iñamagua, J. P., Payo-Payo, A., 2022. Open Access perpetuates differences between higher- and lower-income countries    Frontiers in Ecology and the Environment. https://doi.org/10.1002/fee.2538

On Write Back section of Frontiers in Ecology and the Environment, authors express their interesting point of view on Open Access journal.  Worth reading!

Lilford's wall lizard: genome assembly completed!

The CNAG laboratory in collaboration with the University of Barcelona and the GEDA (IMEDEA-CSIC/UIB) has completed the assembly of the Lilford's wall lizard genome (tweet here). This new acheivement opens the door for deeper insight on the evolution and life-hisotry tactics of this fantastic endemic species.

GEDA-i at Cape Town!

Dr. A. Rotger was invited by the Centre for Statistics in Ecology, Environment and Conservation (SEEC) of Cape Town University to attend the International Statistical Ecology Conference conference in South Africa. It was a good occasion to illustrate his work on applied demography and introduce the research lines of the GEDA-i.

Press release on the European Storm Petrel!

Following the publication by Militao et al. here , the European Storm Petrel hits the news.  A new press release on the European Storm Petrel here. and on the local newspaper here

 

Press release on the Balearic Shearwater!

The campaign on the Balearic Shearwater at Sa Dragonera Natural Park has attracted the attention of the press. Here is a press note on a local newspaper on the collaborative study the GEDA-i, Irbi and Oxford University are conducting this year.

 

 

Press release on gulls !

A. Sanz-Aguilar and J.-M. Igual wrote a press release on why gulls can be seen inland. They took the oportunity to resume our 14-year study on the Yellow legged gull. Here

 

 

 

Shearwater 2022 campaign!

The shearwater campaign 2022 is on the starting blocks. Today the first visit.

New Publicatin on Storm Petrel wintering areas!

Militäo, T., Sanz-Aguilar, A., Rotger, A. and Ramos, R., 2022 Non-breeding distribution and at-sea activity patterns of the smallest European seabird, the European Storm Petrel (Hydrobates pelagicus). Ibis doi: https://doi.org/10.1111/ibi.13068

Abstract: Determining the non-breeding distribution and activity patterns of migratory animals is essential to understand the trade-offs across breeding, moulting and migratory periods and to evaluate the differential levels of exposure of these animals to threats throughout the year. By taking advantage of the current miniaturization of geolocators, during the breeding season of 2019, we deployed geolocators on 10 European Storm Petrels Hydrobates pelagicus breeding on Benidorm Island, Western Mediterranean, to determine the distribution and activity patterns of this small seabird species. Of the eight individuals that were recaptured with usable geolocation data, all individuals migrated to the North Atlantic Ocean, ranging between the Canary Islands and south of Iceland. They possibly take advantage of the more productive waters in the North Atlantic areas explored during the non-breeding period compared with the Western Mediterranean areas explored during the breeding period. 

Photo from https://birdguide.club/

This migratory pattern contrasted with the partial migration described for individuals breeding in the Central Mediterranean. Tracked individuals were more synchronous in their prenuptial than in their postnuptial migratory phenology, probably due to a higher probability of breeding success related to earlier arrival to the breeding area. At-sea activity data indicated that individuals spent more time on the water at night (and especially on those nights around the new moon) during the first half of the non-breeding period (matching the dates of the moulting period of the species). Although birds may begin to moult their feathers while breeding, some seemed to overlap the moulting period with the postnuptial migration. Our results show that multi-colony studies are needed to understand the drivers of distinct migratory patterns at intra- and inter-population levels and how small migratory species trade-off the overlap of moult with other energetically demanding activities such as breeding or migrating.