Obiettivo del progetto identificare le principali tipologie di regime degli incendi presenti nella regione Sardegna e analizzare quali siano i fattori pi importanti (es. (presenza antropica, clima, zone di interfaccia, topografia) che ne influenzano le dinamiche. Deadline 30/06/2021 Category STM 2020 Institute IBE – Institute of Bioeconomy Contact person Grazia Pellizzaro grazia.pellizzaro@ibe.cnr.it Link Role...
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To determine how P limitation affects the capacity of terrestrial acosystems to sequster C under eCO2. We will carry out the first combined CO2 and N/P manipulation in naturally P-limited ecosystem Deadline 31/12/2020 Programme THE UNIV. OF EXETER Institute IBE – Institute of Bioeconomy Contact Franco Miglietta franco.miglietta@ibe.cnr.it Link Role Partner
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BRENNER LOWER EMISSION CORRIDOR Deadline 30/04/2021 Programme Univ. di Trento Institute IBE – Institute of Bioeconomy Contact Alessandro Zaldei alessandro.zaldei@ibe.cnr.it Link Role PARTNER
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Training Courses on Climate services for disaster prevention (extreme events) and impact assessment Deadline 01/06/2021 Programme World Meteorological Organization Institute IBE – Institute of Bioeconomy Contact Vieri Tarchiani vieri.tarchiani@ibe.cnr.it Link http://www.wmo.int/pages/prog/dra/etrp/rtcs.php Role
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Il progetto si propone di identificare le relazioni fra umidit della biomassa di ambienti sclerofilli mediterranei, indici di aridit e pericolosit, e comportamento e regime degli incendi. L?analisi si baser su dati raccolti negli ultimi anni per diverse specie arbustive della macchia mediterranea e approcci modellistici per la determinazione di pericolosit di incendio e aridit...
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Le projet MED-Star fait face au défi de renforcer la capacité de prévision, prévention et suppression des incendies dans la zone de coopération afin de protéger et valoriser les ressources environnementales, culturelles et touristiques de l’espace “Marittimo”. L’objectif général est de contribuer à l’amélioration de la capacité des institutions publiques de prévénir et gérer le...
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MITOMED+ is multi-module project combining Testing and Capitalization (M2+M3). It is a follow up of the previous MITOMED project (MED Maritime), which has been working to promote the integrated management of M&C tourism by improving the knowledge of data, products, services through a set of indicators based on the NECSTouR model. MITOMED+ takes farther these...
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Over the centuries, olive trees have played an important role as one of the major sources of income and employment in Mediterranean relatively poor rain fed areas. In addition to their agro-economic value, olive cropping systems contributed – when correctly managed – to the preservation of natural resources through the maintenance of soil and the...
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LIFE RESILIENCE aims to develop through crossbreeding pathogen-resistant and productive olive genotypes along with innovate natural vector control methods that are effective in preventing the negative effects of XF. In this way, the project will lead to the production varieties of olive and olive oils with a range of organoleptic qualities, increasing their competitiveness on...
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The overall aim of the LIFE ADAPT2CLIMA project is to increase knowledge on the vulnerability of EU Mediterranean agriculture to climate change and to support decision making for adaptation planning. The methodology is based on the deployment of a set of climate, hydrological and crop simulation models for the assessment of climate change impacts on...
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