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Project / Initiative
Contracts and agreements
Inactive

Use of biochar for soil nitrogen cycling regulation and for a new generation fertilisers

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Project / Initiative
Contracts and agreements
Inactive

Bioclimatic niche and plant community dynamics in response to climate change

Birds provide us with the clues to understanding human creativity

An analysis of 1018 bird species led by CREAF and CSIC scientists suggests that innovation is not just an adaptation on it own, but emerges with the combination of certain adaptations which developed for dealing with changes in the environment, including having a large brain and being curious. Primates, cetaceans, parrots, and crows innovate because they have long lifespans and are adapted to living in changing environments.

Adaptation Animal behavior Birds Creativity Daniel sol @en Evolution Ferran sayol @en Innovation Louis lefebvre @en Philosophical transactions of the royal society @en Survive_hirec @es @ca @en
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Project / Initiative
Others
Active

Wildlife in the Andorran Pyrenees (II)

Catherine Preece: “It is possible for women to work in science, but there are still barriers”

We interview Catherine Preece, PhD in biological studies and specialist on sub-arctic vegetation. Dr. Preece carried out her first post-doc at the University of Sheffield on agriculture-related themes. The Marie Curie grant awardee is currently doing her second post-doctoral stay in Catalonia, where she is now focusing on drought effects in Mediterranean forests. Our conversation covered a number of topics, including: what is the role of climate change?

Geu @en

Humans are as much to blame for increased wildfire risk as climate change

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.

Assessment California @en Climate change Ctfc @en Enric batllori @en Fire risk Fires Humans @en Modeling Models @en Plos one @en Wildfire

The treeline in Tibet increases slower than temperatures

The forest treeline shifts upward slower than temperature increase, and it can be hindered by densification of shrubs. A number of factors influence upward forest expansion, including the particular plant species growing near trees, climate change, human activity, and terrain morphology. The Tibetan Plateau, practically devoid of human pressures, offers a pristine area for study 

Climate change Competition Forests Geu @en High mountain Josep peñuelas @en Mountain Pnas @en Temperatures @en Tibet @en Treeline @en