61;As large amounts of water are captured and released during the sand mining process, this movement in the river alongside the removal of sand can alter river flow,
Sand auditing is the procedure to evaluate the process of sand mining in a river or part of the river after a specific period of mining to maintain the overall environmental quality of the river.
202025;After 2000, illegal sand mining was banned in the Yangtze River mainstream, and in response to some disorderly mining, indiscriminate mining, and other phenomena, various
201795;The document discusses the environmental impacts of river sand mining. It finds that sand mining can have long-lasting physical impacts by degrading river channels over
Sand mining adversely behaves with changing river system, especially in the sediment transport process. This study aims to find out the relationships between river water flows, sediment
313;Sand mining is the process of extracting sand from the earth, typically from rivers, beaches, and dunes. Sand is a valuable resource used for construction, glass-making,
In conjunction with other catchment activities, sand mining was found to be responsible for a change in the frequency and morphology of levees along the banks of the Hungarian Maros
202533;Sediments (sand and gravel) in rivers are integral to riverine ecosystems and a valuable human economic resource. Abstraction of sediments from rivers should be guided
Sand Auditing is the process that evaluates the health status of rivers subjected to sand mining. This study reviews the river sand audit methodology applied in Kerala, India, from 2011 to
2014613;Different mining methods (mechanical or manual) are adopted for the extraction of sand from these sources under dry (above water table) and/or wet (below water table)
202411;The mining process needs to be carried out sustainably and in accordance with sand mining regulations. By addressing these areas in future research, we can deepen our
2025210;Sand and gravel mining has emerged as one of the major drivers of alterations in river morphology, compared to other factors such as climatic conditions and anthropogenic
923;Sand mining (aggregates regardless of particle size) from riverine ecosystems, leads to significant environmental impacts and is thus receiving increasing attention globally.
61;As large amounts of water are captured and released during the sand mining process, this movement in the river alongside the removal of sand can alter river flow,
201411;A river channel is evolved into different bed form units depending on the changes in flow energy and sediment discharge through the system. Indiscriminate sand mining is one of the most destructive anthropogenic
11;Government prepares District Survey Report based on Ministry of Environment, Forest and Climate Change''s Sustainable Sand Mining Management Guidelines 2016
11;This calls for responsible river sand mining practices and more importantly exploration of alternative sand manufacturing methods for source sustainability considering
2024510;Unfortunately, isolating the impacts associated with sand mining from other anthropogenic drivers is a complex process, which further complicates environmental impact
PDF | On Jan 1, , Raj Kumar Bhattacharya and others published River Sand Mining Modelling and Sustainable Practice, The Kangsabati River, India | Find, read and cite all the research you need
Sand auditing is the procedure to evaluate the process of sand mining in a river or part of the river after a specific period of mining to maintain the overall environmental quality of the river.
324;This depletion of natural sand is due to continuous sand mining of the river sand globally, which has led to the use of manufactured sand as an alternative. The International
Here, we use “sand mining” as a generic term to embrace extraction of riverine aggregates regardless of particle size. Sand mining activities are one of many recognized pressures affecting riverine ecosystems, where biodiversity is
121;River-sand mining has risen dramatically in the last few decades to fulfil the need for concrete in the building sector. The sand in a river’s bed preserves its environmental
218;Mining hot spots. Sand mining took off only decades ago. The method of extraction depends on where the sand is located. On land or along rivers, it is often dug up with backhoes, shovels or bare
In conjunction with other catchment activities, sand mining was found to be responsible for a change in the frequency and morphology of levees along the banks of the Hungarian Maros
Published during World Water Week , the Impacts of sand mining on ecosystem structure, process and biodiversity in rivers outlines the vast scale of the industry and details some of its
202025;After 2000, illegal sand mining was banned in the Yangtze River mainstream, and in response to some disorderly mining, indiscriminate mining, and other phenomena, various departments worked
11;This calls for responsible river sand mining practices and more importantly exploration of alternative sand manufacturing methods for source sustainability considering
113;Methods of Sand Mining. Riverbed Mining: This is the most common form of sand mining and involves the extraction of sand directly from riverbeds and floodplains. It often
202418;Sand mining, at its core, is the process of extracting sand and other granular materials from their natural sources. This extraction isn’t as simple as shoveling a beach. It