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following this initial impact , it is currently unknown whether changes in land - use techniques also improved hillslope soil erosion and sediment redistribution rates. In this paper, we use a variety ...
. The sediment chronology performed using fallout radioisotopes (226Ra, 137Cs, and 210Pb) and the Constant Rate of Supply Model. The off-site impacts of the whole complies of land use changes including ...
Historic land use in the Chesapeake Bay drainage basin induced large fluxes of fluvial sediment to subestuarine tributaries. Stratigraphic and palaeoecologic analyses of deltaic deposits may be used ...
-isotope organic geochemistry, and hydrodynamic simulations with historical data to evaluate human and natural impacts on coastal sediment fluxes . During the 17th to 19th centuries, accumulation rates ...
changes from 1950s (nil flux ) to 1990s (176 kg m−1 yr−1) and 2030s (452 to 520 kg m−1 yr−1), mostly because of differences in land use , declining soil fertility, and practices decreasing the dry vegetation ...
regarding how to disentangle the impacts of climate and hydrology from direct human factors such as reservoirs and land ‐ use change , which often exert more control over sediment dynamics. In this study, we ...
Quantifying and understanding catchment sediment fluxes is crucial both from a scientific and environmental management perspective. To deepen the understanding of landuse impacts and climate change ...
planning. 30 years. Apart from these point sources, changes in Keywords Heavy metal contamination Æ land use have also resulted in a large remobilization Sedimentation Æ ...
alluvium in North America and Australia, where historical land - use change had a similar impact on valley floor sedimentology. Physically and chemically distinctive late-Prehistoric and historical age ...
be caused by climate change , land use change , and unsustainable flood management [ Kundzewicz et al ., ]. Land use change can increase flood hazards by modifying the water and sediment fluxes of a river ...
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