We aim to support regional and national decision-making on landscape management and ecosystem services in Peru, through stakeholder involvement and research on tradeoffs between ecosystem services.
Viridian were asked to model an entire lowland catchment of approximately 750 km2 for a basket of ecosystem services, so the client could better understand where to focus effort on the ground, assist with planning, inform stakeholder engagement and influence policy formation.
Assessing ecosystem service delivery and the options for biodiversity offsetting (compensation measures for biodiversity impacts). Also, the future resilience of offsetting in the context of climate change is being studied.
Identification of the health of the coral reef of St.Eustatius. The reefs are important drivers for dive tourism, they support local fisheries and they protect against storms.
Assessing ecosystem service delivery and the options for biodiversity offsetting (compensation measures for biodiversity impacts). Also, the future resilience of offsetting in the context of climate change is being studied.
Assessing how current and expected future land use changes affect the synergies or trade-offs between bioenergy provision and other ecosystem services. This will assist Germany in its aim to increase renewable energy provision up to 35% in 2020.
The Project “Demonstrating and promoting natural values, to support the decision-making process in Romania” (N4D) was developed based on folowing activities: A1. institutional infrastructure development; A2. Development of the ecosystem mapping and assessment framework in Romania; A3. Data analysis and management under the MAES process; A4. Biophysical mapping and assessment of ecosystems and of their services; A5. Project promotion; A6. Knowledge exchange with the neighbouring countries and with Norway, as the country providing the Project financing.
Identification of the Green Infrastructure at high resolution, i.e. not using land use cover, with GIS and assessment of the Ecosystem Services through the MAES (Mapping Ecosystem Services) methodology in urban area.
The study analysed also human-environment interactions, according to the resident population and with particular attention to the weaker groups, infants (0-5 years) and elderly (> 65 years). Ecosystem Services (ES) were selected in consideration of the population accordingly the CICES (Common International Classification of Ecosystem Services) classification. Among...
Assessing how the ecosystem service approach can be used to demonstrate problems in protected areas such as rural abandonment, land-use intensification and social conflicts emerging from strict conservation practices.
