This service contains layers with data from the National Coastal Change Assessment - Dynamic Coast project. The NCCA aims to establish historic coastal change by extracting the georectified coastline position from OS 2nd Edition Country Series maps (1892-1905) and to then compare it to both the 1970’s and current coastal position (updated by LiDAR datasets where available) in order to estimate past erosion/accretion rates. Using the historic coastal change rates the coastline position can then be projected into the future, albeit mediated by a Coastal Erosion Susceptibility Model (CESM) whose function is to limit erosion to areas where the hinterland is susceptible to erosion. The CESM is a national GIS assessment at 50 m raster resolution which models the physical susceptibility of the coast. The model uses a range of data (elevation, rockhead elevation, proximity to the coast, wave exposure, sediment accretion, and coastal defences) which are ranked and amalgamated into a single raster dataset reflecting erosion susceptibility. Using the erosion rates combined with a number of socioeconomic datasets, key assets at risk from future coastal erosion can be identified. The NCCA aims to inform existing strategic planning (Shoreline Management Plans, Flood Risk Management Planning, Strategic and Local Plans, National and Regional Marine Planning etc.) and to also identify those areas which may remain susceptible in the coming decades and require supplementary support. The identification of susceptible assets will enable the development of future management policies and adaptation plans robustly based on a strategic and objective evidence base.

A compliant implementation of WMS plus most of the SLD extension (dynamic styling). Can also generate PDF, SVG, KML, GeoRSS

Map of estimated monthly mean daytime air temperature at 2-m height [°C], March 2009, PACA Region. The layer was generated from input satellite MODIS images (provided by NASA) and in-situ temperature measurements (collected by Meteo France and provided by ARMINES) through the application of a supervised regression techique based on support vector machines (SVM). Daytime MODIS acquisitions are daily. For each pixel, first air temperature was separately estimated from each daily MODIS observation not affected by cloud cover, and, then, the mean of the resulting estimates was displayed in the present layer. Pixels in which cloud cover was present at all observation times and sea areas were masked out. Scientific reference: G. Moser and S. B. Serpico.

Max temperature from month 01 to month 12. 12 layers are available one for each month. Max temperature have been extracted from the webservice EMPClimate (http://www.webservice-energy.org/web-services/w3c-web-services/emp-climate-w3c).

Servidões e Restrições de Utilidade Pública (Web Map Service).

Equipamentos Públicos de Utilização Coletiva (Web Map Service).

O Web Map Service (WMS) 25k_madeira disponibiliza, em formato png, as Cartas Militares do Arquipélago da Madeira da Série P821 à escala 1/25 000. Para aceder às configurações de acesso vá a http://www.igeoe.pt/servicos/config_webservices.pdf

O Web Map Service (WMS) 25k_acores_central_oriental disponibiliza, em formato png, as Cartas Militares dos Grupos Central e Oriental do Arquipélago dos Açores da Série M889 à escala 1/25 000. Para aceder às configurações de acesso vá a http://www.igeoe.pt/servicos/config_webservices.pdf

O Web Map Service (WMS) 25k_acores_geogWGS84 disponibiliza, em formato png, as Cartas Militares do Arquipélago dos Açores da Série M889 à escala 1/25 000 em WGS84. Para aceder às configurações de acesso vá a http://www.igeoe.pt/servicos/config_webservices.pdf

O Web Map Service (WMS) 50k_continente disponibiliza, em formato png, as Cartas Militares do Continente à escala 1/50 000. Para aceder às configurações de acesso vá a http://www.igeoe.pt/servicos/config_webservices.pdf