Access to environmental spatial data:
The spatial data accumulated in the INSPIRE Database can be beneficial to monitoring and evaluation at various stages and for different objectives. For example, data on the spatial extent of Nitrate Vulnerable Zones (NVZ) can assist in setting up a monitoring framework of agri-environmental measures targeting the control of nitrate surplus. The same data, combined with IACS/LPIS data, can delineate those farmers who may be eligible for joining a nutrient control programme (e.g. assisting the monitoring of R.21). Similarly, once the above hypothetical programme controlling nutrients has finished, the evaluator will be able to extract the population of beneficiaries and non-beneficiaries for drawing samples for a counterfactual survey. The evaluator can also utilise the INSPIRE dataset on water monitoring stations to support work on R.21.
Almost all INSPIRE data have the same versatility and multipurpose properties as the NVZ example above concerning monitoring and evaluation. For example, soil data and soil maps in INSPIRE can be an indispensable input for evaluating the impacts of various measures on soil erosion (I.13) or soil carbon storage (R.14). At the same time, a soil map or spatially organised soil data like the ones stored in the INSPIRE database can be a valuable support for estimating irrigation water needs in the course of evaluating pressure on water resources (I.17) or assessing the programme’s results on sustainable water use (R.22).
The Geoportal relates stored data with the 34 themes, the seven environmental domains and Member States' environmental reporting obligations. This ready-to-use classification facilitates reporting, monitoring, and evaluation, especially of the effects of various non-agricultural policies such as the WFD or the Birds Directive on agriculture and rural development.