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.
A new study has concluded that, universally, trees that have died from drought are unable to transport water to their leaves. The findings also highlight trees that have drained their carbon reserves since they are not able to carry out photosynthesis. The results of the study will permit the creation of more precise models for predicting the effects of climatic changes on vegetation.
An extensive review of studies and databases reveals that drought and an increase in temperature are already causing species substitutions, greater aridity, higher forest fire risk, lower soil fertility, and lower water availability, among other negative impacts.
Freshwater ecosystems near densely populated areas have levels of phosphorus which are very high and out of balance with nitrogen levels. This has resulted in altered ecosystem functioning, lower water quality, and has made water conservation more difficult.
From 19th to 22nd September the WaterInnEU European project, coordinated by CREAF, held its penultimate internal meeting in Bulgaria. The meeting was held along with a stakeholders workshop and a youth involvement session.
The WaterInnEU Marketplace will be launched soon and will be a match making hub that has been established to accelerate the market translation of products and services of specific relevance to River Basin Management.
On the 10th February 2016 the European project coordinated by CREAF WaterInnEU organize an event in the framework of the 3ª EIP on Water Conference. The event will be held in Leeuwarden (Netherlands) by Lluís Pesquer, technical of the project.
The European project WaterInnEU began at the end of March with a kick-off meeting at the Casa Convalescència (Barcelona) with the presence of the eight project members and representatives of the European Commission.
CREAF starts a project for the transfer of results of European R&D on water to the marketplace and to society26 de March 2015Anna Ramon Revilla
CREAF coordinates the European project WaterInnEU, whose objective is to create a marketplace connecting results of European R&D on water with potential users. Through WaterInnEU, it is hoped that tools, protocols, and data produced by European research can be standardised, provided via open access, and that they are transferred to actors in the water management sector with decision-making power, or that they penetrate into the market in the form of products and services.
The BeWater project launched its first series of meetings on 28 May in La Tordera, Catalonia, Spain. CREAF, the local case study leader, together with consortium partners, met key local stakeholders in order to introduce the project, hear local perspectives on the state of the river basin and discuss potential global change impacts.
More than 30 participants from around Europe gathered in Barcelona, Spain, for the first meeting of a new European project which will involve the active participation of society in water adaptation to global change.
The LIFE MEDACC project (LIFE12 ENV/ES/000536 Demonstration and validation of innovative methodology for regional climate change adaptation in the Mediterranean area) is an excellent opportunity both to make the European Commission aware of Catalonia’s advances in tackling the effects of climate change laid out in the Catalan Strategy for Adapting to Climate Change (ESCACC), and to inform research institutions and technology centres of the knowledge generated.