Michael Stevens

BYU

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ABSTRACT:

This resource contains groundwater data from Niger in the Maradi region, spanning the years 2015 to 2019. Collectively, the data includes groundwater well data describing both groundwater levels and quality. Groundwater levels during November 2018 are interpolated across the area of interest.

There are 6 files in the resource: two csv files, one png file, one GeoTIFF file, and two shapefiles. The csv files describe the metadata for the wells in the region and the actual time series measurements, including Water Table Elevation (WTE, in meters above sea level), water temperatures (in °C), Conductivity, and pH. There are also supplemental files that define the administrative regions and aquifers. The GeoTIFF file describes an interpolated layer of WTE during November 2018. A png file shows the locations of the wells.

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ABSTRACT:

This dataset contains a Points shapefile of cities that are personally significant to me and a polygon shapefile of countries that I have stepped foot in. It is for a WMS project in CE En 514 at BYU, taught by Dr. Dan Ames.

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ABSTRACT:

This dataset contains a Points shapefile of cities that are personally significant to me and a polygon shapefile of countries that I have stepped foot in. It is for a WMS project in CE En 514 at BYU, taught by Dr. Dan Ames.

Show More
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Groundwater Level Data from Maradi Region in Niger
Created: Feb. 26, 2021, 9:37 p.m.
Authors: Stevens, Michael

ABSTRACT:

This resource contains groundwater data from Niger in the Maradi region, spanning the years 2015 to 2019. Collectively, the data includes groundwater well data describing both groundwater levels and quality. Groundwater levels during November 2018 are interpolated across the area of interest.

There are 6 files in the resource: two csv files, one png file, one GeoTIFF file, and two shapefiles. The csv files describe the metadata for the wells in the region and the actual time series measurements, including Water Table Elevation (WTE, in meters above sea level), water temperatures (in °C), Conductivity, and pH. There are also supplemental files that define the administrative regions and aquifers. The GeoTIFF file describes an interpolated layer of WTE during November 2018. A png file shows the locations of the wells.

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