Warsaw University of Life Sciences SGGW

University

About

Warsaw University of Life Sciences (SGGW) is a modern academic and research center whose tradition dates back to 1816.

The scientific quality of Warsaw University of Life Sciences is affirmed by the prominent position we occupy in international rankings and citation indexes.

SGGW is a leading university in the seven related core areas:

· sustainable development

· food economy, nutrition

· veterinary

· enviroment protection and restoration

· life sciences

· biotechnology

· climate change prevention, mitigation and adaptation

SGGW is focused on international cooperation, conducting scientific research and transferring knowledge to economic entities. The University conducts joint research and teaching with over 275 foreign universities from 50 countries around the world.

SGGW effectively implements scientific research projects within both framework programs and national funding. Our scientists have experience in conducting and coordinating projects in cooperation with scientific institutions and research centers as well as the public and industrial sectors.

The role of SGGW in the European and global arena is growing every year. This is indicated by objective factors, such as the increase in the number of projects implemented within international programs or publications in journals with high IF. In order to increase the international competitiveness of SGGW, interdisciplinary research teams were established.

SGGW is involved in the work of Polish and international scientific networks and associations, belongs to numerous international consortiums, and is a member of UNIgreen (https://unigreen-alliance.eu/about-unigreen/ ) and European Bioeconomy University (https://www.european-bioeconomy-university.eu/ ). +ELLS (also recongnized as European University)

The University own modern research centres (food, climate), labolatories and workshops, equipped with specialized, certified equipment, which are lead by outstanding experts.

Social media

Biodiversity and ecosystem services

2 Strengthening the capacity of citizen science in biodiversity observation6 Assessing and modelling socio-economic impacts of nature restoration8 Strengthening pathways to alternative socioeconomic models for continuous improvement of biodiversity10 Supporting the implementation of nature restoration measures for sustainable farming systems11 Living labs and lighthouses co-creating innovative solutions for forests and freshwater ecosystems restoration

Clean environment and zero pollution

3 Environmental biotechnology applications in service of remediation of polluted ecosystems

Fair, healthy and environment-friendly food systems from primary production to consumption

6 Improving grassland management in European livestock farming systems7 Fostering animal breeding and genetics for climate change adaptation and mitigation, improved robustness and resilience12 Nutrition and Mental Health21 Research and innovation for food waste prevention and reduction at household level through measurement, monitoring and new technologies

Circular economy and bioeconomy sectors

6 Indicators for the transition to sustainable and circular economy15 European partnership: Forests and Forestry for a Sustainable Future

Innovative governance, environmental observations and digital solutions in support of the Green Deal

6 Strengthening and connecting bioeconomy networks

Land, ocean and water for climate action

5 Additional activities for the European Partnership Water Security for the Planet (Water4All)6 Strengthening the resilience of water systems and water sector to climate and global socio-economic change impacts

Representatives

Luiza Czekala

research manager

Warsaw University of Life Sciences SGGW