Climate change is causing plants to flower earlier and changing the rhythm of nature

CREAF and the companies Altran and Starlab have led the design of RitmeNatura.cat, a citizen observatory that encourages members of the public to ‘adopt’ a plant, record the changes it undergoes and provide data that can be used to study the effects of climate change.

Citizen science Climate change Corina basnou @en Ester prat @en Groundtruth20 @en Joan masó @en Joan pino @en Phenology Ritmenatura @en

Two new CREAFTalk videos available

Two new conferences are already available, corresponding to Mirco Migliavacca (Max Planck Institute for Biogeochemistry, Germany) and Carles Pedrós Alió (National Center of Biotechnology, CSIC, Spain). Mirco told us about the physiological and structural response of vegetation in manipulation experiments. Carles explained how climate change can affect bacteria, and what can bacteria do to climate change.

Carles pedrós-alió @en Creaf talks @en Mirco migliavacca @en

Thirsty holm oaks lose 21% more carbon through their roots

Once rehydrated, holm oaks have a large capacity for recovery thanks to their high adaptation to the Mediterranean climate. The release of organic compounds into the soil represents a considerable loss of carbon for the holm oak and also modifies the microbial community, which may lead to additional effects on the tree.

Carbon Catherine preece @en Climate change Drought Exudates Exudation Geu @en Holm oak Josep peñuelas @en Microorganisms Roots S-clima @en Soil Tree physiology @en Water

Current challenges for a global contribution of the European Earth Observation

European products derived from satellite and in-situ data describe the status and the temporal evolution of the planet and, combined with others, will help to understand how human activities are contributing to global change. A better organized European contribution will have even bigger influence in informed decision making.

Data Earth observation Ecopotential @en Eurogeo Geo @en Nextgeoss Satellite Washington @en
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Project / Initiative
Contracts and agreements
Inactive

Demonstration of the management of a solitary bee to improve orchard pollination

Sergio Osorio defends his doctoral thesis and shows that the rules of ecology can still be revised

Are the insects which begin their adult life in the coldest months the largest? An accepted paradigm within ecology, Bergmann's rule, says that organisms in the coldest regions of the Earth tend to be larger. Two months ago,  Sergio Osorio presented his doctoral thesis at CREAF in which he analyzed this principle to test if seasonality is also related with body size. 

Bees Bergmann @en Ectotherm Extensive agriculture Fenology Insects Nesting Osmia @en Temperature Wasps