A new Horizon 2020 project, where CREAF takes part actively, will provide improved tools to European policymakers for predicting the result of future EU agriculture policies, taking account of farmers’ needs and effectively monitor policy impacts on natural, social and cultural assets in rural areas. It is BESTMAP!
Around 30,000 trees and shrubs were planted between 2016 and 2019 in the Mediterranean basin and the Canary Islands, with a survival rate achieved that varied between 20 and 80%, depending on the species involved. The economic analysis shows that the Cocoon system can be up to four times more profitable than the normal reforestation method.
There is an imbalance between the amount of phosphorus we use in the production of fish and shellfish (which need it for growth, bones and shells) and the amount we obtain by harvesting them. Remedying it will require aquaculture’s mean phosphorus use efficiency to increase from its current level of 20% to 48% by 2050.
The MosquitoAlertBCN project has been one of the research initiatives selected by the Pla Barcelona Ciència. It is a project led by CREAF, with the participation of UPF and IRIDEON and the collaboration of the ASPB. The Pla Barcelona Ciència has the support of the Barcelona City Council and the “la Caixa” Bank Foundation. Last Friday, February 7, the seven sectioned research initiatives were published on the 57 that were submitted to the call of the Pla Barcelona Science. Among the selected ones is MosquitoAlertBCN a project led by CREAF, which also involves Pompeu Fabra University (UPF), the IRIDEON technology company and the Barcelona Public Health Agency (ASPB). The event, chaired by the deputy mayor, Joan Subirats and Àngel Font, corporate director of Research and Strategy of the “la Caixa” Foundation, was attended by Frederic Bartumeus, ICREA researcher at CREAF and CEAB-CSIC, specialized in theoretical and computational ecology and John Palmer, professor at UPF, co-creator sociologist at Mosquito Alert, and Mark Richard Williams by IRIDEON, a leading company in the design and manufacture of intelligent mosquito traps. MosquitoAlertBCN will generate a network of citizens and smart traps around the city to monitoring and control in real time the tiger mosquito. The system will be integrated into the current management of mosquitoes that takes place in the city, with the participation of the Public Health Agency of Barcelona (ASPB) in the execution of the project. MosquitoAlertBCN will be a real time monitoring of the tiger mosquito The network of traps and citizens will allow quantifying the quantity and dynamics of tiger mosquito populations in real time, in the city of Barcelona, with unprecedented resolution and precision. The human-mosquito interaction will also be studied, by registering the bites, a very important factor in order to assess the risk of an epidemiological outbreak and improve epidemiological models. The objective of the project is to allow the city to better anticipate the risk of epidemiological outbreaks posed by the tiger mosquito in Barcelona through an open science model that could in the future be transferable to other Spanish and European cities. You can read more details about the project in the Mosquito Alert website.
For the first time, two phenomena that occur in different seasons are connected: the high temperatures advance and extend springs, so that the vegetation grows more intensely and absorbs more moisture from the soil. The consequence is much drier and warmer summers.