Výsledky vyhľadávania
Názov A new scenario-based approach for water quality and environmental impact assessment due to mining activities Aut.údaje Mohd Talha Anees, Mohammad Muqtada Ali Khan ... [et al.] Autor Anees Mohd Talha (20%)
Spoluautori Khan Mohammad Muqtada Ali (10%)
Kadir Mohd Omar Abdul (10%)
Abdelrahman Kamal (10%)
Eldosouky Ahmed M. (10%)
Andráš Peter 1953- (20%) UMBFP04 - Katedra životného prostredia
Yahaya Nasehir Khan Bin E.M. (5%)
Johar Zubaidi (5%)
Fnais Mohammed S. (5%)
Omar Fatehah Mohd (5%)
Zdroj.dok. Water. Vol. 14, no. 13 (2022), pp. [1-7]. - Basel : Multidisciplinary Digital Publishing Institute, 2022 Kľúč.slová posudzovanie vplyvov na životné prostredie - environmental impact assessment ťažké kovy - heavy metals ťažba znečistenie - pollution kvalita vody - water quality Form.deskr. články - journal articles Jazyk dok. angličtina Krajina Švajčiarsko Anotácia Water quality assessment and its monitoring are necessary for areas of mining activities. In Malaysia, the mining industry is the backbone of the manufacturing and construction sectors. This study used spatio-temporal water quality modeling along a reach with mining activities during high and low discharges at Sungai (river) Lebir and Sungai Aring, situated in Gua Musang, Kelantan, Peninsular Malaysia. The objective was to assess the spatio-temporal environmental impact of mining activities during the wet and dry seasons. Data were collected at different locations along the reach. Point and non-point sources were near the mining site. Overland flow calculation at the mining site was found with the widely used SCS (Soil Conservation Service) curve number method. Several scenarios were analyzed, such as baseline, worst-case, and with-mitigation. The study revealed that baseline values of all parameters were either in a natural condition or slightly polluted, except for aluminum. All parameters were estimated at a high concentration from the mining site to downstream during the worst case of the wet season. Whereas, during the worst case of the dry season, no significant differences were observed compared to baseline values. In the with-mitigation scenario, parameter concentrations were improved and similar to baseline values. Overall, the scenario selection was helpful in the environmental impact assessment. Furthermore, this study will be significant in pre- and post-mining assessment and environmental clearance. URL Link na plný text Kategória publikačnej činnosti ADC Číslo archívnej kópie 51966 Katal.org. BB301 - Univerzitná knižnica Univerzity Mateja Bela v Banskej Bystrici Báza dát xpca - PUBLIKAČNÁ ČINNOSŤ Odkazy PERIODIKÁ-Súborný záznam periodika 
článok
2.An alternative approach to estimate river cross-sections using LIDAR-based digital elevation model
Názov An alternative approach to estimate river cross-sections using LIDAR-based digital elevation model Aut.údaje Mohd Talha Anees ... [et al.] Autor Anees Mohd Talha (15%)
Spoluautori Bakar Ahmad Farid Bin Abu (10%)
Khan Mohammad Muqtada Ali (10%)
Syakir Muhammad I. (5%)
Abdullah K. (5%)
Nordin Mohd Nawawi Mohd (5%)
Abdelrahman Kamal (5%)
Eldosouky Ahmed M. (10%)
Andráš Peter 1953- (15%) UMBFP04 - Katedra životného prostredia
Yahaya Nasehir Khan Bin E.M. (5%)
Johar Zubaidi (5%)
Omar Fatehah Mohd (5%)
Kadir Mohd Omar Abdul (5%)
Zdroj.dok. Hydrological sciences journal. Roč. 67, č. 6 (2022), s. 996-1010. - London : Taylor & Francis Group, 2022 Kľúč.slová rieky - rivers životné prostredie - environment environmentalistika - environmental science Form.deskr. články - journal articles Jazyk dok. angličtina Krajina Veľká Británia Anotácia Topographic LIDAR can be used to estimate elevation values for dry areas down to the river water level during the extraction of river cross-sections (XS). However, LIDAR cannot accurately predict the submerged topography, which causes uncertainty in river XS area estimation. This uncertainty affects the channel water level and flood inundation depth estimation in in situ sparse data. Therefore, an alternative approach is presented to estimate unknown submerged topography (UST) using topographic LIDAR. The one dimension/two dimension Hydrologic Engineering Center River Analysis System (1D/2D HEC-RAS) model is used to simulate the estimated river XS with the help of in situ river water level and flow data which is later validated using in situ data. The results show that the proposed approach accurately estimates water level (error >0.5 m), channel flow areas, and floodplain water depths. Notably, the extent of the estimated floodplain overflow by UST models was in 94% agreement with the real XS. URL Link na plný text Kategória publikačnej činnosti ADC Číslo archívnej kópie 52095 Kategória ohlasu BISWAL, Sabinaya - SAHOO, Bhabagrahi - JHA, Madan K. - BHUYAN, Mahendra K. A hybrid machine learning-based multi-DEM ensemble model of river cross-section extraction : implications on streamflow routing. In Journal of hydrology. ISSN 0022-1694, 2023, vol. 625, art. no. 129951, pp. 1-24.
BISWAL, Sabinaya - SAHOO, Bhabagrahi - JHA, Madan K. - BHUYAN, Mahendra K. A copula model of extracting DEM-based cross-sections for estimating ecological flow regimes in data-limited deltaic-branched river systems. In Journal of environmental management. ISSN 0301-4797, 2023, vol. 342, art. no. 118095, pp. 1-24.
ESSEL-YORKE, K. A. - ANIM, M. - NYARKO, B. K. Sedimentation assessment using hydrological simulation and bathymetry survey : the case of river Amissa drainage basin, Ghana. In Heliyon. ISSN 2405-8440, 2023, vol. 9, no. 3, pp. 1-13.
Katal.org. BB301 - Univerzitná knižnica Univerzity Mateja Bela v Banskej Bystrici Báza dát xpca - PUBLIKAČNÁ ČINNOSŤ Odkazy PERIODIKÁ-Súborný záznam periodika článok