Welcome to CITAB
The scope of CITAB is focused on the agro-food and forestry systems using the production-chain approach as a whole. It is composed of a multidisciplinary team with expertise ranging from fundamental sciences such as biology and chemistry to agronomists, forestry engineers and ecologists.Learn more
CITAB researcher selected in highly competitive FCT call
Post-Doc Hélder Fraga selected in FCT "Individual Call to Scientific Employment Stimulus"
Best Communication award
CITAB Director Ana Barros awarded with the Best Communication Prize in Euroscicon 2018!
Spin-off company Spawnfoam distinguished by the European Commission
CITAB's spin-off company, Spawnfoam, is one of the 8 Portuguese SMEs that integrate the H2020 Research SME Instrument!
CITAB coordinates another European funded project
CITAB coordinates another European funded project, starting in August 2018. The H2020 project “Clim4Vitis - Climate change impact mitigation for European viticulture: knowledge transfer for an integrated approach” (Widespread-05-2017), is coordinated by João Santos, and reached the Excellent classification, with 15 points out of 15! Teams from Portugal, Germany, Italy and Luxembourg will collaborate for the next three years, with a 1 million Euro budget.
Thematic Strand 1
Sustainability of Agri-food and Forestry Ecosystems in a changing environment
Aims to deliver integrated analytical and modelling frameworks to detect agricultural, forestry and ecological changes in rural landscapes. It will integrate natural and social sciences concepts to develop and integrate novel analytical frameworks and tools that contribute to progress in fundamental and applied fields of environmental research (Task 1.1) and ecological sustainability in agri-food and forestry ecosystems (Task 1.2).
Task 1.1 aims to (i) develop and apply new analytical technologies to (ii) understand climatic and environmental forcing on target ecosystems under current conditions; (iii) assess future scenarios of climate and environmental change to develop, test and implement suitable mitigation and adaptation measures, such as riparian restoration (e.g. to assess ecosystem service provisioning of green infrastructures) or bioclimatic cultivar adaptation (e.g. crop zonation).
Task 1.2 researchers are experts in multivariate analysis and modelling of impacts of habitat and land use change on terrestrial and aquatic environments, ecosystem services and characterization of agri-food and forestry systems.
Thematic Strand 2
Technology & innovation in Agri-food and Forestry chains for a more competitive bioeconomy
Aligned with RIS3 policy, Thematic Strand 2 explores innovative approaches to develop and update processes and technologies to crop and food products, biological materials and agri-food residues. TS2 gives added-value to agri-forestry ecosystems, agri-food and forestry products and co-products, boosting regional and national economic growth.
Task 2.1 focuses on a major unit objective - optimization and development of innovative technology for more competitive agri-food and forestry production chains. TS2 optimizes solutions for current and future stakeholders, boosting competitiveness and income by improving food and forestry crop productivity, reducing management costs and increasing profit.
Task 2.2 studies the potential of agri-food and forestry residues, native flora and aromatic and medicinal plants to develop new high bio-based value products.
Clim4Vitis - Climate change impact mitigation for European viticulture: knowledge transfer for an integrated approach
Start Date: 2018/08
Duration: 36 months
Although among the top 10 Portuguese universities with higher number of top quality scientific papers published, and despite the growing attractiveness that it has been gaining in terms of research and teaching, UTAD is still far from the European high performing R&D institutions. Thus, the Clim4Vitis project aims at enhancing UTAD’s S&T capacity, as well as raising its staff’s research profile, specially focusing one of the fields of research in which the University has become a national reference: viticulture. Within this broad area, particular attention should be given to two main lines of research: 1) grapevine modelling and 2) tools for assessing climate change impacts on European viticulture, in general, and on grapevine productivity, quality attributes and risk of diseases and pests in particular. In order to boost competences in these topics, the project gathers 5 international partners (1 university from a Widening country, 3 internationally-leading research institutions, and an international consultancy & training company).