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Vadose zone nitrate contained within cave drip waters and speleothems

This data set contains a record of nitrate concentrations and isotopic composition present within the drip waters and speleothem carbonate deposits of Cueva-cubío del Llanío, northern Spain. Data...

Cave drip water electrical conductivity data from Cueva de Asiul, Northern Spain (2010 -2014) with supporting hydrological and external climate datasets. (NERC studentship grant NE/I527953/1)

The data set provides climate and cave monitoring data from Cueva de Asiul, Cantabria, northern Spain. This data was initially presented in graphical form in Smith et al., (2015) - Drip water...

Cave monitoring data from Cueva Llanio, Matienzo, Northern Spain, collected between February 2023 to April 2024

Cave monitoring data from Cueva Llanio, Matienzo, Northern Spain, collected between February 2023 to April 2024. Monitoring parameters consist of drip water temperature, conductivity, pH and...

Analyses of Gibraltar cave water (NERC Grant NE/D005280/1, NE/G007292/1, NE/M012689/1)

Monthly sampling of cave drip and lake water from St Michaels Cave and Ragged Staff Cave, Gibraltar.

Stable isotope data from cave water from Cueva Llanio, Cantabria, Northern Spain and global speleothem calcite phosphate oxygen isotope data

Cave drip water, pool water and PO4 (phosphate) dosing experiments from Cueva Llanio, Cantabria, N. Spain and cave speleothem carbonate from global cave systems. The data set includes stable oxygen...

Working with Natural Processes (WWNP) in Wales: Wider Catchment Woodland Potential

Working with Natural Processes (WWNP) Wider Catchment Woodland Potential is our best estimate of locations where there are slowly permeable soils, where scrub and tree planting may be most...

Working with Natural Processes (WWNP) in Wales: Wider Catchment Woodland Potential

Working with Natural Processes (WWNP) Wider Catchment Woodland Potential is our best estimate of locations where there are slowly permeable soils, where scrub and tree planting may be most...

Gibraltar cave monitoring 2004-2011 (NERC Grant NE/D005280/1, NE/G007292/1, NE/M012689/1)

The file contain data for local meteorology , soil and cave temperatures and groundwater drip rates measured in sea Michaels and Ragged Staff caves, Gibraltar. Meteorological data were recorded at...

Map of runoff risk (partial cover)

The map shows the risk of water flowing overland (runoff) carrying potential pollutants into water courses. This map primarily covers the cultivated land in Scotland. The digital dataset gives...

WWNP Wider Catchment Woodland Potential

This dataset has been produced as part of the Mapping Potential for Working with Natural Processes research project (SC150005). The project created a toolbox of mapped data and methods which enable...

In-situ rock deformation and micron-scale crack network evolution: a high-resolution time-resolved x-ray micro-tomography dataset (NERC Grant NE/R001693/1)

This collection comprises two time-series of 3D in-situ synchrotron x-ray microtomography (μCT) volumes showing two Ailsa Craig micro-granite samples (ACfresh02 and ACHT01) undergoing triaxial...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar, Ethiopia. [STRUCTURAL SUB REPORT]

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar Ethiopia. [PETROLOGY SUB REPORT]

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar, Ethiopia. [Gravity Sub Report]

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar, Ethiopia. [SEISMOLOGY SUB REPORT] (University of Leeds)

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar, Ethiopia. [ANALOGUE MODELLING SUB REPORT]

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar, Ethiopia. [GEODESY SUB REPORT]

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar, Ethiopia. [MAGNETOTELLURICS SUB REPORT]

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar, Ethiopia. [MAPPING SUB REPORT]

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...

How does the Earth's crust grow at divergent plate boundaries? A unique opportunity in Afar, Ethiopia. [Numerical Modelling SUB REPORT]

PROJECT DETAILS ONLY - NO DATA. The African continent is slowly splitting apart along the East African rift valley, a 3000 km-long series of deep basins and flanking mountain ranges. This process...