Aude Valade, CREAF researcher, and the international team behind the study published in Nature recommends that forests be managed with a view to preserving the ecological, social and cultural ecosystem services they provide, rather than to cooling the planet as envisaged in the Paris Agreement.
A new study on wildfires in California, published in the journal PLOS ONE, and with the participation of Enric Batllori, researcher from CREAF and the Catalonia Forest Technology Centre (CTFC), reveals that human activities influence the frequency and location of wildfires just as much as climate. The researchers evaluated both the 'anthropogenic factor' and climate change. This is the first time that a study of this sort has been carried out in a territory of such size (California is about 13 times the size of Catalonia).
A study led by a CREAF-CSIC researcher has outlined a new methodology for describing changes in the life cycle of plants caused by planetary warmingwith higher precision. Daytime, rather than nocturnal temperatures determine phenological changes. The increase in temperatures, leading to an earlier spring, alters the global functioning of ecosystems.
Studying spatiotemporal patterns of genetic variation with species distribution models (SDM) in a context of global change17 de October 2014CREAF
The aim of the workshop organized by EBD and CREAF will be the analysis of patterns of intraspecific genetic variation with species distribution models. The conference will take place in Sevilla on 23 October at the Biological Station of Doñana.
A recent study from CREAF, CTFC, and the UAB warns that if the continuity of forest vegetative cover over large parts of the territory is not reduced with urgency, catastrophic fires will become more and more common. Allowing some spontaneous fires to burn under controlled conditions could help to resolve this problem.
The researcher Pilar Andrés will depart for two years to the USA, to Colorado to study the soil ecology of the Great Plains. Specifically, the project that she presented aims to improve the models that explain the decomposition of organic matter in the soil and contribute to the improvement of models of the carbon and nitrogen cycles.