"Assessing landform alterations induced by mountaintop mining"
written by Aaron E. Maxwell, Michael P. Strager,
published by Natural Science, Vol.5 No.2A, 2013
has been cited by the following article(s):
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[1] Mapping the Topographic Features of Mining-Related Valley Fills Using Mask R-CNN Deep Learning and Digital Elevation Data
2020
[2] Peripheral gully and landslide erosion on an extreme anthropogenic landscape produced by mountaintop removal coal mining
2020
[3] Micro-topographic roughness analysis (MTRA) highlights minimally eroded terrain in a landscape severely impacted by historic agriculture
2019
[4] Application of TPI for Analysis of Landforms and LULC of Adama Wereda, Ethiopia
2018
[5] Macro to Micro Legacies of Landuse at the Calhoun Critical Zone Observatory
2018
[6] Mapping the yearly extent of surface coal mining in Central Appalachia using Landsat and Google Earth Engine
PLOS ONE, 2018
[7] Ariadna spiders as bioindicator of heavy elements contamination in the Central Namib Desert
Ecological Indicators, 2018
[8] Pyrite Oxidation Drives Exceptionally High Weathering Rates and Geologic CO2 Release in Mountaintop‐Mined Landscapes
Global Biogeochemical Cycles, 2018
[9] A Review of Fine-Scale Land Use and Land Cover Classification in Open-Pit Mining Areas by Remote Sensing Techniques
Remote Sensing, 2017
[10] Assessment of Environmental Impact of Quarrying Activities in Eastern Addis Ababa; Implications on Urbanization
2017
[11] Linking topographic, hydrologic, and bioegeochemical change in human dominated landscapes
2017
[12] Creating a More Perennial Problem? Mountaintop Removal Coal Mining Enhances and Sustains Saline Baseflows of Appalachian Watersheds
Environmental Science & Technology, 2017
[13] Deep impact: Effects of mountaintop mining on surface topography, bedrock structure, and downstream waters.
Environmental Science & Technology, 2016
[14] Qualitative and quantitative comparative analyses of 3D lidar landslide displacement field measurements
2016
[15] Deep impact: Effects of mountaintop mining on surface topography, bedrock structure, and downstream waters
Environmental Science & Technology (ES&T), 2016
[16] Remote Sensing for Monitoring the Mountaintop Mining Landscape: Applications for Land Cover Mapping at the Individual Mine Complex Scale
ProQuest Dissertations Publishing, 2015
[17] Reach-scale geomorphic differences between headwater streams draining mountaintop mined and unmined catchments
Geomorphology, 2015
[18] Geomorphic Differences between Unmined and Surface Mined Lands in Southeastern Ohio
2015
[19] Differentiating mine-reclaimed grasslands from spectrally similar land cover using terrain variables and object-based machine learning classification
International Journal of Remote Sensing, 2015
[20] Dissolution and Solubility of the () HAsO 4· H 2 O Solid Solution in Aqueous Solution at 25° C and pH 2
Journal of Chemistry, 2014
[21] Impacts of mountaintop mining on terrestrial ecosystem integrity: identifying landscape thresholds for avian species in the central Appalachians, United States
Landscape Ecology, 2014
[22] The overlooked terrestrial impacts of mountaintop mining
BioScience, 2013