This dataset includes the concentration of contaminants in marine waters as monitored under the EMFF 8.3.1 Project. The monitoring was undertaken in line with Malta's monitoring factsheets for the MSFD Directive.

The SOERE-ACBB is a set of three platforms involving long-term (> 20 yrs) field experiments initiated in 2005-2009. Long-term studies are carried out on biogeochemical cycles and functional biodiversity (flora and fauna) in agroecosystems as affected by land use, management practices and climate change. The SOERE-ACBB covers three land use and climatic regions in France: temporary grassland, permanent grassland and arable land. The main hypothesis tested is that the evolution of the systems in response to anthropogenic disturbances and land use management is strongly linked to the dynamics of quantitative and qualitative composition of soil organic matter (SOM) and vegetation diversity. SOERE-ACBB is unique in enabling analysis of feedback loops between management practices, biogeochemical cycles and biodiversity by offering opportunities for simultaneous study of interactions between SOM dynamics, microbial communities and vegetation under various management practices of agroecosystems. The platforms are designed to characterize the trajectories of key variables of the systems throughout time as changes occur – elements such as carbon, phosphorus, potassium and nitrogen and the diversity of plants and organisms in the soil – over years or decades. The platform’s instrumentation continuously quantifies a broad range of physical, chemical and biological variables: climate forcing variables, physical conditions in soil, water fluxes and quality, carbon and nitrogen storage in soil, greenhouse gas emissions (GHG), floral, faunal and microbial diversity. The ability to monitor quantitative and qualitative changes in SOM over time will allow scientists to relate the overall evolution to energy balance and resource elements. Although SOERE-ACBB is a national infrastructure, scientists from other countries are welcome and can benefit from the acquired experience and knowledge. SOERE-ACBB has been involved in many international projects such as the Global Research Alliance and the International soil warming experiment network and is still a partner in a number of ongoing projects such as ExpeER, AnimalChange, Ecofinders and Multisward.

Geographical location of buildings. Buildings are any structure permanently constructed or erected on its site, covered facilities, usable for the protection of humans, animals, things or the production of economic goods.

This dataset includes the concentration of contaminants in sediment and Posidonia in marine waters as monitored under the EMFF 8.3.1 Project. The monitoring was undertaken in line with Malta's monitoring factsheets for the MSFD Directive.

This dataset summarizes the facilities that can be used within labex CEBA for the scientific work.

Location of denominational primary school catchments in North Lanarkshire.

An export of non-housing Properties managed by Highland Council

The Nouragues Ecological Research Station is a scientific station managed by Centre National de la Recherche Scientifique. It is located at the heart of a tropical rain forest, in the Nouragues Natural Reserve, French Guiana. It is a privileged equipment for the study of the functioning of tropical forests and their biodiversity. The Nouragues station is organized around two permanent camps (Inselberg camp and Pararé camp), 8 km away from each other. These two sites are equipped to welcome scientists from a few days to several months.

A Building Standards Register is maintained by local authorities under the terms of Section 24 of the Building (Scotland) Act 2003. Local authorities are responsible for granting permission for work to be done (building warrant) and for a completed building to be occupied (completion certificate). These registers are online and searchable and published as weekly lists in a similar way to planning applications. Registers typically contain details of applications at the following stages of the building warrant process: - Received - Decided - Commenced - Completed The datasets are presented as follows: 1. Building Standards - Weekly Lists (Points):  A point layer showing an amalgamation of the current calendar year's weekly lists for all Scottish planning authorities in terms of applications registered and/or decided by a local authority. This should be a complete dataset across Scotland using X/Y co-ordinates, UPRN or postcode as corresponding geometry. This is categorised by application status, local authority and date of weekly list. 2. Building Standards - Weekly Lists (Polygons): A polygon layer showing an amalgamation of the current calendar year's weekly lists for most Scottish local authorities in terms of applications registered and/or decided by a local authority. This is only for authorities that publish site boundary mapping data online. This is categorised by application status, local authority and date of weekly list. 3. Building Standards - historic year layers (Polygons): Polygon layers for all previous year's building standards applications with summary details for most Scottish local authorities. This is only for authorities that publish site boundary mapping data online and is not complete across Scotland. This data is collected and published weekly (for weekly lists) and this metadata record is updated weekly. *Moray's planning data has currently been removed from this dataset. We will find a solution to this in due course*

The ambition of the XYLOSYLVE platform is twofold, to constitute a visible forest research facility for setting up innovative forestry practices and to build a scientific infrastructure of national and international interest for terrestrial ecology. XYLOSYLVE is an ensemble of three long-term complementary field experiments and laboratory facilities associated with. Each experiment is spatially distinct from the other but all are co-located in the INRA Hermitage area close from Bordeaux city. The experiments are designed to testing forest management alternatives dedicated to biomass and wood production in Atlantic conditions as follows: 1) Three large plots (8ha) are manipulated according to three management alternatives (Pine-Eucalypt mixture, pure enhanced Pine variety and environment-friendly Pine standard) and equipped with automated instrumentations for monitoring biogeochemistry in the different compartments of ecosystems (soil, soil solution, vegetation, atmosphere). The equipment and protocols implemented are installed in collaboration with the ICOS project according to common quality assurance standards (ICOS site Class 3). These 3 plots are not replicated here. 2) A fully randomised 4-blocks experiment includes the same three treatments than above and 5 additional treatments including various levels of species mixture, fertilisation, soil preparation and legumes introduction. The 32 plots are further split according to no till - deep tillage to a total of 64 subplots each covering 0.12 ha to a total of approximately 40ha. 3) The third experiment includes 2 levels of fertilisation (control - full annual NPK inputs), 2 levels of irrigation (control (rainfall) - daily irrigation at PET) and 2 species (local Pine species - Eucalypt hybrid) replicated in four blocks and covering an area of 8 ha (plot unit ~0.25ha). XYlosylve serve as a long term research and experimental site for temperate planted forest systems in close connection with a regional network of forest experimental sites where feasibility of new forest management alternatives is evaluated. The interest of XYLOSYLVE is double: - Allow the long term monitoring of the functioning of biophysics and biogeochemistry of new forest ecosystems with high production potential. Offer to the scientific community and to the forest-based industry a common platform to gather scientific data and wood samples and test ecosystems to better understand their dynamics and their environmental impacts; - Assess durability and environmental performance of various management options for dendro-biomass production systems (symbiotic nitrogen fixation, phosphorus uptake, long term fertility, water and energy use efficiency, evaluation of vulnerability to biotic risks /insects, pathogens/ and abiotic risks/wind, drought/ …).