atmosphere
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"Subfossil Tree Ring Measurements from L'Etang Majeur " is a tab delimited text file containing incrimental measurement values for individual samples of subfossil pine trunks submerged in L'Etang Majeur, Haut-Vicdessos, Midi Pyrenees. The data also includes tree ring measurements of selected live pines from around the lake shore.
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This dataset provides results of mean offshore wind speed measured in metres per second at a height 100m above sea level. Wind speed is the rate of the movement of wind in distance per unit of time. It is the rate of the movement of air flow. The geographic coverage of wind speed includes an area including the Irish Internal Waters and the Irish Territorial Sea up to 12 nautical miles from the baseline. Wind speed measurements modelled during 2003. The Sustainable Energy Authority of Ireland (SEAI) Wind Atlas 2003 was a digital map of Ireland's wind energy resource. The SEAI is Ireland's national sustainable energy authority tasked with making Ireland’s energy sustainable, secure, affordable, and clean. Wind speed measurements were created to support wind energy resource potential to assist all those concerned with the wind planning process and be of great use to developers and policy makers alike. Data completed during 2003 for geographic area coverage.
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Air Monitoring Sites in Scotland
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SEAI Wind Atlas 2013 mean offshore wind speed measurements in metres per second at a height 125m above sea level. Offshore wind speeds have been mapped to a distance of 25km from the coastline. The wind resource displayed here has been constrained to exclude areas where wind energy projects will not be permitted such as areas where seabed cables and gas pipelines are located, indicative navigation channels, Department of Marine traffic separation / exclusion zones, Department of Defence Danger Areas and near-shore anchorages.
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This dataset provides results on mean offshore wind speed measured in metres per second at a height 75m above sea level. Wind speed is the rate of the movement of wind in distance per unit of time. It is the rate of the movement of air flow. The geographic coverage of wind speed includes an area including the Irish Internal Waters and the Irish Territorial Sea up to 12 nautical miles from the baseline. Wind speed measurements modelled in 2003. The Sustainable Energy Authority of Ireland (SEAI) Wind Atlas 2003 was a digital map of Ireland's wind energy resource. The SEAI is Ireland's national sustainable energy authority tasked with making Ireland’s energy sustainable, secure, affordable, and clean. Wind speed measurements were created to support wind energy resource potential to assist all those concerned with the wind planning process and be of great use to developers and policy makers alike. Data completed for geographic area coverage.
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This data set shows the location of sampling points for the levels of radionuclides in ambient air. A high volume sampler (HVS) is situated in Bengħajsa and is used to monitor radionuclide levels in total air particulates. Gamma dose rate in monitored continuously in Bengħajsa, Attard, Xemxija and Għarb. Such monitoring is carried out according to the requirements arising from Commission Recommendation 2000/473/Euratom.
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This dataset provides results on mean offshore wind speed measured in metres per second at a height 75m above sea level. Wind speed is the rate of the movement of wind in distance per unit of time. It is the rate of the movement of air flow. The geographic coverage of wind speed includes an area including the Irish Internal Waters and the Irish Territorial Sea up to 12 nautical miles from the baseline. Wind speed measurements modelled in 2003. The Sustainable Energy Authority of Ireland (SEAI) Wind Atlas 2003 was a digital map of Ireland's wind energy resource. The SEAI is Ireland's national sustainable energy authority tasked with making Ireland’s energy sustainable, secure, affordable, and clean. Wind speed measurements were created to support wind energy resource potential to assist all those concerned with the wind planning process and be of great use to developers and policy makers alike. Data completed for geographic area coverage.
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The current system of Local Government in the Republic of Ireland comprises of 31 Local Authorities. Local Government and the right of local self-government is a cornerstone of any modern democracy. Irish Local Authorities are the closest and most accessible form of Government to people in their local community. They also have responsibility for delivery of a wide range of services in their local area with a focus on making towns and cities attractive places to live, work and invest. These services generally include housing; planning; roads; water supply; environmental protection; provision of recreation and amenities and community infrastructure. Local Authorities also play a key role in supporting economic development and enterprise at a local level. Local Government support on the ground is critical to the success of many initiatives which drive local communities. These range from local festivals and events; design of streetscapes and village renewal schemes; support for micro-enterprises, business parks and incubation units; involvement in energy efficiency projects; promotion of rural broadband; planning for major investments in the green economy.
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There are 3,440 Electoral Divisions (EDs) which are the smallest legally defined administrative areas in the State. One ED, St. Mary's, straddles the Louth-Meath county border, and is presented in two parts in the SAPS tables, with one part in Louth and the other in Meath. There are 32 EDs with low population, which for reasons of confidentiality have been amalgamated into neighbouring EDs giving a total of 3,409 EDs which appear in the SAPS tables. The graphic file contains the boundaries for 3,409 EDs. The boundaries have been smoothed in accordance with our licencing agreement with OSi Ireland. These boundaries are for general information only and any individual or organisation downloading them are required to acknowledge the terms and conditions under which they are made available.
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Together with the Ecotron de Montpellier, the Ecotron IleDeFrance is part of the distributed “Infrastructure de Recherche” (IR) managed and supported by CNRS and Ecole normale supérieure since 2010. Ecotrons enable highly controlled manipulation and measurement of terrestrial and aquatic organisms, communities and ecosystems with unprecedented power and quality. On a technological side, an Ecotron is defined as a device allowing the precise conditioning of the environment and the detailed monitoring of states and activities of organisms and ecosystems. Ecotrons allow studying a range of small to medium sized biological systems from relatively complex ecosystems (e.g., intact samples of grasslands) to model plant and animal species up to reconstructed ecosystems (e.g., artificial life support models). Ecotrons can thus be used to confine ecosystems from in natura sites and therefore conduct detailed, controlled experiments on natural ecosystems. The Ecotron IleDeFrance is based on technologies implemented in the Ecolab equipment and developed primarily in collaboration with the French private company Cesbron. The Ecolab is a modular structure coupling together three environmental chambers and one laboratory room. Each environmental chamber can be independently controlled accurately for realistic climate and atmospheric conditions (temperature, humidity, CO2 and O2 content, lighting) with unprecedented power and accuracy. A stainless steel lysimeter with temperature-control on three independent levels makes it possible to incubate both terrestrial and aquatic systems and simulate thermal gradients. Artificial light can be provided with several technologies to adapt to the needs and constraints of each project. The Ecotron IleDeFrance combines several Ecolabs into a network making it possible to run powerful, replicated experiments.