Matches in SemOpenAlex for { <https://semopenalex.org/work/W4306382017> ?p ?o ?g. }
- W4306382017 endingPage "13313" @default.
- W4306382017 startingPage "13313" @default.
- W4306382017 abstract "In this study, we investigated the accelerating pace of anthropogenic land use and land cover change (LULCC) disturbance, which has generated enormous impacts on the Crocodile River. Spot images from 1996, 2009 and 2022 were used to generate the land use maps and quantify the changes. A supervised classification with the maximum likelihood classifier was used to classify the images. Sediment sources were classified into two sources, revealed by erosional characteristics in the catchment. A gamma spectrometry detector, high-purity germanium (HPGe) Well detector by Canberra and inductively coupled plasma mass spectrometry (ICP-MS) were used for the analysis of the samples. The results revealed that from 1996-2022, built-up areas, bare land and water bodies increased by 3.48%, 2.47% and 1.90%, respectively. All the LULCC classes increased annually from 1996-2022, except for grassland, which shrunk. The results of the radionuclides analysis showed that 210Pbex was found to be a more effective tracer than 137Cs. The mass balance model revealed that subsurface sources contributed 60%, while surface sources contributed 40%, of the sediment load in the river. This research provides valuable information necessary for integrated catchment management policies for future LULCC and soil erosion to be adopted." @default.
- W4306382017 created "2022-10-17" @default.
- W4306382017 creator A5010148126 @default.
- W4306382017 creator A5024531158 @default.
- W4306382017 creator A5032921210 @default.
- W4306382017 creator A5046649881 @default.
- W4306382017 date "2022-10-15" @default.
- W4306382017 modified "2023-10-14" @default.
- W4306382017 title "Anthropogenic Land Use and Land Cover Change as Potential Drivers of Sediment Sources in the Upper Crocodile River, North West Province, South Africa" @default.
- W4306382017 cites W1517537860 @default.
- W4306382017 cites W1958444319 @default.
- W4306382017 cites W1967587709 @default.
- W4306382017 cites W1973952232 @default.
- W4306382017 cites W1975245372 @default.
- W4306382017 cites W1997305839 @default.
- W4306382017 cites W2006160154 @default.
- W4306382017 cites W2008522483 @default.
- W4306382017 cites W2050513579 @default.
- W4306382017 cites W2055233375 @default.
- W4306382017 cites W2061240006 @default.
- W4306382017 cites W2065775350 @default.
- W4306382017 cites W2073284899 @default.
- W4306382017 cites W2093299294 @default.
- W4306382017 cites W2095493411 @default.
- W4306382017 cites W2106788324 @default.
- W4306382017 cites W2118552664 @default.
- W4306382017 cites W2128856128 @default.
- W4306382017 cites W2133047259 @default.
- W4306382017 cites W2157026765 @default.
- W4306382017 cites W2325704522 @default.
- W4306382017 cites W240721330 @default.
- W4306382017 cites W2462050290 @default.
- W4306382017 cites W2482537525 @default.
- W4306382017 cites W2492248180 @default.
- W4306382017 cites W2572049398 @default.
- W4306382017 cites W2610254470 @default.
- W4306382017 cites W2775501095 @default.
- W4306382017 cites W2783664392 @default.
- W4306382017 cites W2787774311 @default.
- W4306382017 cites W2794264388 @default.
- W4306382017 cites W2801577740 @default.
- W4306382017 cites W2884260323 @default.
- W4306382017 cites W2886701062 @default.
- W4306382017 cites W2893243992 @default.
- W4306382017 cites W2900210120 @default.
- W4306382017 cites W2964547985 @default.
- W4306382017 cites W2966722893 @default.
- W4306382017 cites W2971500878 @default.
- W4306382017 cites W2990157931 @default.
- W4306382017 cites W3015872734 @default.
- W4306382017 cites W3016378887 @default.
- W4306382017 cites W3025095367 @default.
- W4306382017 cites W3041113707 @default.
- W4306382017 cites W3047310255 @default.
- W4306382017 cites W3081374149 @default.
- W4306382017 cites W3122568030 @default.
- W4306382017 cites W3132409551 @default.
- W4306382017 cites W3139125346 @default.
- W4306382017 cites W3164606553 @default.
- W4306382017 cites W3176830573 @default.
- W4306382017 cites W3201323159 @default.
- W4306382017 cites W3216928193 @default.
- W4306382017 cites W325870946 @default.
- W4306382017 cites W4210361695 @default.
- W4306382017 cites W4210573252 @default.
- W4306382017 cites W4210609156 @default.
- W4306382017 cites W4212926807 @default.
- W4306382017 cites W4213076164 @default.
- W4306382017 cites W4220835719 @default.
- W4306382017 cites W4224225904 @default.
- W4306382017 cites W4224980503 @default.
- W4306382017 cites W4225391752 @default.
- W4306382017 cites W4253834338 @default.
- W4306382017 cites W4281700351 @default.
- W4306382017 cites W4293716278 @default.
- W4306382017 doi "https://doi.org/10.3390/ijerph192013313" @default.
- W4306382017 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36293894" @default.
- W4306382017 hasPublicationYear "2022" @default.
- W4306382017 type Work @default.
- W4306382017 citedByCount "0" @default.
- W4306382017 crossrefType "journal-article" @default.
- W4306382017 hasAuthorship W4306382017A5010148126 @default.
- W4306382017 hasAuthorship W4306382017A5024531158 @default.
- W4306382017 hasAuthorship W4306382017A5032921210 @default.
- W4306382017 hasAuthorship W4306382017A5046649881 @default.
- W4306382017 hasBestOaLocation W43063820171 @default.
- W4306382017 hasConcept C100970517 @default.
- W4306382017 hasConcept C114793014 @default.
- W4306382017 hasConcept C121332964 @default.
- W4306382017 hasConcept C126645576 @default.
- W4306382017 hasConcept C127313418 @default.
- W4306382017 hasConcept C158973077 @default.
- W4306382017 hasConcept C187320778 @default.
- W4306382017 hasConcept C18903297 @default.
- W4306382017 hasConcept C205649164 @default.
- W4306382017 hasConcept C2780648208 @default.
- W4306382017 hasConcept C2816523 @default.
- W4306382017 hasConcept C39432304 @default.