-
CE19014 - Monitoring Changes in Submarine Canyon Coral Habitats - Leg 2 (MoCha_Scan II) North Eas...Marine InstituteEnvironment
Cold-water corals generate lush, structurally complex habitats in otherwise barren parts of the deep seabed. They trap particulates including particulate organic matter (POM) and sediment enabling them to develop bathymetric structures called reefs and mounds. This survey focuses
-
CE19008 MOnitoring CHAnge in Submarine CANyon Coral Habitats (MoCha_SCan) Leg 1North East Atlanti...Marine InstituteEnvironment
This 11 day survey led by University College Cork took place in May 2019 on board the RV Celtic Explorer in the North West Atlantic Ocean off the continental shelf. This survey focused on the maiden deployment of a number of novel, ROV-adapted lander systems in the Porcupine Ba
-
Newfoundland Ice Sheet Glaciated Shelf Survey led by Ulster University in April 2016 on board the Marine Institute's R.V. Celtic Explorer. The overall scientific aim of this application is to develop a better understanding of the formerly glaciated continental shelf around N
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
-
Environment
A GIS based quantification of Ireland's freshwater salmon habitat asset to determine the habitat quantity (wetted river and lake surface areas) available to migratory salmonids. The purpose was to inform the further development of salmon stock recruitment models to provide high
Contact Information
Open Data UnitDepartment of Public Expenditure Infrastructure Public Service Reform and Digitalisation,
St. Stephen’s Green House,
Earlsfort Terrace, D02 PH42 Dublin 2 Ireland.
Give us feedback
The Open Data Unit values your feedback, questions or comments. We are always delighted to hear from you.
Derilinx