1-4 November 2011: BioModel representative (Grigoriy Kolomytsev) participated in workshop, which took place in Enschede. It was combined with a short training course on GLOBIO3 (including land-use-change simulation exercises using CLUE model). The workshop invitees list included partners around the
There is new BioModel’s article on history of the first digital generalization of human impacts on Ukraine terrestrial biodiversity with usage of the GLOBIO-3 method
This December CEUBIOM Project developed additional page at the ‘European Biomass Datasets’ Working Area entirely dedicated to Ukraine. It included links to three useful regional map-based resources of 2007-2010 i.e. EEBIO and BINU searchable web-systems with IFS-pages as well as
Students write about… Starushik N.S. Modelling Stages Research for Indicative-indices Approach Based on NUBIP Agricultural Network. The Master’s Work for the specialty 6.070800 ‘Ecology and the Environmental Conservation’. Kyiv: NUBiP, 2010.–120 p. (see ukr)
Forthcoming book (IGI Global): Land Use, Climate Change and Biodiversity Modeling: Perspectives and Applications (2011). The book combines state-of-the-art modeling approaches at various scales with case studies from across the world… More, leaflet (TBD). Note: BioModel team developed chapter ‘Biodiversity
Website GLOBIO model fully renewed. The GLOBIO model is a tool to assess past, present and future human impact on biodiversity. As a policy tool, it is regularly applied in global, regional and national assessments. The GLOBIO model is the
October 28-29, 2009: The Young Scientists National Conference-2009 took place in biology faculty of the Taras Shevchenko Kyiv University. Participants presented scientific reports within following sections: botany, environmental protection, ecology, microbiology, virology, plant physiology cytology and histology, developmental biology, zoology,
Newest investigation of relationship between past warming and sea-level rise confirms that sea-level rise is imminent even in case of stabilization at today’s CO2 levels. Moreover, new conclusion is that rise level will be much higher than it was predicted
Details (Ukr.) – http://biomodel.org.ua/?page_id
BioModel finished modelling of predicted natural habitat changes for all 7 regional birch species (Betula sp. – B.pendula, B.microlepis, B.pubescens, B.humilis*, B.klokovii*, B.obscura*, B. borysthenica*), 4 species of which (*) are in the Red Data Book of Ukraine (1996). More details –
