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Results 1 - 6 of 6 for soil erosion (0.0042 seconds)
Extreme Rainfalls and their Impact on Slopes—Evaluation Based on Soil Erosion Measurements (As Exemplified by the Suwałki Lakeland, Poland) [100.00% relevance]
their Impact on Slopes—Evaluation Based on Soil Erosion Measurements (As Exemplified by the Suwałki … Lakeland, Poland) Monitoring of soil erosion on selected slopes of the Suwałki Lakeland (NE … their Impact on Slopes—Evaluation Based on Soil Erosion Measurements (As Exemplified by the Suwałki … -164 | rainfall, extreme events, soil loss, soil erosion and deposition, NE Poland Extreme Rainfalls and … their Impact on Slopes—Evaluation Based on Soil Erosion Measurements (As Exemplified by the Suwałki … and their Impact on Slopes—Evaluation Based on Soil Erosion Measurements (As Exemplified by the … Suwałki Lakeland, Poland) Monitoring of soil erosion on selected slopes of the Suwałki … and their Impact on Slopes—Evaluation Based on Soil Erosion Measurements (As Exemplified by the … iss. 2, pp. 151-164 | rainfall, extreme events, soil loss, soil erosion and deposition, NE Poland … and their Impact on Slopes—Evaluation Based on Soil Erosion Measurements (As Exemplified by the
article/item/7696.html - 13.92 kB
Rainfall, runoff and soil erosion in the extremely humid area around Cherrapunji, India [72.73% relevance]
Rainfall, runoff and soil erosion in the extremely humid area around … (2002) vol. 75, iss. 1 Rainfall, runoff and soil erosion in the extremely humid area around … , iss. 1, pp. 43-65 | rainstorm, overland flow, soil erosion, Cherrapunji plateau, '7Cs Rainfall, … runoff and soil erosion in the extremely humid area around … Rainfall, runoff and soil erosion in the extremely humid area around Cherrapunji, … 2002) vol. 75, iss. 1 Rainfall, runoff and soil erosion in the extremely humid area around Cherrapunji, … . 1, pp. 43-65 | rainstorm, overland flow, soil erosion, Cherrapunji plateau, '7Cs Rainfall, runoff and … soil erosion in the extremely humid area around Cherrapunji,
article/item/3411.html - 16.37 kB
Tentative evaluation of the intensity of soil erosion as determined by natural conditions and type of land use. A case study of the valleys of the Drwęca and the lower Vistula [54.55% relevance]
Tentative evaluation of the intensity of soil erosion as determined by natural conditions and type of … 34 Tentative evaluation of the intensity of soil erosion as determined by natural conditions and type of … | Tentative evaluation of the intensity of soil erosion as determined by natural conditions and type of … Tentative evaluation of the intensity of soil erosion as determined by natural conditions and … vol. 34 Tentative evaluation of the intensity of soil erosion as determined by natural conditions and … -194 | Tentative evaluation of the intensity of soil erosion as determined by natural conditions and
article/item/8493.html - 12.67 kB
Soil splash as an important agent of erosion [54.55% relevance]
of erosion Geographia Polonica (1990) vol. 58 Soil splash as an important agent of erosion Berthold … Geographia Polonica (1990) vol. 58, pp. 99-111 | Soil splash as an important agent of erosion, … Soil splash as an important agent of erosion Geographia Polonica (1990) vol. 58 Soil splash … as an important agent of erosion Berthold Bauer Geographia Polonica (1990) vol. … . 99-111 | Soil splash as an important agent of erosion, Berthold Bauer, Geographia Polonica (1990) vol
article/item/8035.html - 11.94 kB
Land use changes and their catchment-scale environmental impact in the Polish Western Carpathians during transition from centrally planned to free-market economics [18.18% relevance]
(LULC) and their impact on potential soil erosion, road density as transfer routes of material and … changes (LULC) and their impact on potential soil erosion, road density as transfer routes of
article/item/11335.html - 15.04 kB
Human and climate impacts on the Holocene landscape development in southern Germany [18.18% relevance]
system, paleoenvironmental system, prehistoric soil erosion, Southern Bavaria Human and climate … , paleoenvironmental system, prehistoric soil erosion, Southern Bavaria Human and climate impacts on
article/item/7741.html - 14.53 kB