Thuy, Nguyen Thi Diem Mai, Nguyen Thi Huynh Linh, Do Quang
Published in
IOP Conference Series: Earth and Environmental Science
The Saigon River, as its economic potential and clusters and industrial parks evolve, is threatened by a high potential for water pollution. The objective is to evaluate the water quality (BOD5 and COD) under the influence of industrial wastewater incidents in the Saigon River using MIKE 21FM model. The results of model calibration and validation h...
Truong, Quoc Thanh
Ho Chi Minh City (HCMC) region in the south of Vietnam faces significant challenges from climate change and subsidence, with more frequent flooding, and threat of saltwater intrusion. As a proactive measure for future mitigation and development, particular attention is being paid towards sustainable groundwater resources. The northwest, characteriz...
Forte, Edoardo (author) Lena, Francesca (author) Zamuner, Agatha (author)
The Saigon River, coursing through Ho Chi Minh City, is a vital yet alarmingly polluted waterway. It ranks among the top 50 rivers globally contributing to plastic pollution. This study delves into the complex mechanisms governing the transport of floating plastic within a tidal system, such as the Saigon River.
Our methodology adopts a multifaceted...
Kieu-Le, Thuy-Chung Tran, Quoc-Viet Truong, Tran-Nguyen-Sang Strady, Emilie
Anthropogenic fibres are an emerging pollutant worldwide. The Can Gio mangrove area is located downstream of the Saigon River, and is characterised by high level of anthropogenic fibres originating from domestic and industrial textile and apparel manufacturing. In this area, biota is thus subjected to a high potential risk of anthropogenic fibre co...
Camenen, B. Gratiot, N. Cohard, J.-A. Gard, F. Tran, V.Q. Nguyen, A.-T. Dramais, Guillaume van Emmerik, T. Némery, J.
The hydrological dynamics of the Saigon River is ruled by a complex combination of factors, which need to be disentangled to prevent and limit risks of flooding and salt intrusion. In particular, the Saigon water discharge is highly influenced by tidal cycles with a relatively low net discharge. This study proposes a low-cost technique to estimate ...
Camenen, B. Gratiot, N. Cohard, J.A. Gard, F. Tran, V.Q. Nguyen, A.T. Dramais, G. van Emmerik, T. Némery, J.
The hydrological dynamics of the Saigon River is ruled by a complex combination of factors, which need to be disentangled to prevent and limit risks of flooding and salt intrusion. In particular, the Saigon water discharge is highly influenced by tidal cycles with a relatively low net discharge. This study proposes a low-cost technique to estimate ...
Babut, Marc Mourier, Brice Desmet, Marc Simonnet-Laprade, Caroline Labadie, Pierre Budzinski, Hélène De Alencastro, Luiz Tu, Tran Anh Strady, Emilie Gratiot, Nicolas
...
A wide range of persistent organic chemicals, including polychlorinated biphenyls (PCBs), polycyclic aromatic hydrocarbons (PAHs), some insecticides, as well as polybrominated diphenyl ethers (PBDEs) and some perfluoroalkyl substances (PFASs) were analyzed in 17 bed sediments collected along the Saigon River and at adjacent canal mouths from upstre...
Nguyen, Thi Ngoc Tuyet
The Saigon River, a part of Saigon – Dongnai River basin located in Southern Vietnam, is about 250 km long with a catchment area of 4,717 km2. The Dau Tieng reservoir in the upstream of the Saigon River has been constructed for irrigation, flood protection purposes and the control of the intrusion of saline water. When flowing through HCMC, Saigon ...
van Emmerik, Tim Kieu-Le, Thuy-Chung Loozen, Michelle van Oeveren, Kees Strady, Emilie Bui, Xuan-Thanh Egger, Matthias Gasperi, Johnny Lebreton, Laurent Nguyen, Phuoc-Dan
...
Published in
Frontiers in Marine Science
Land-based macroplastic is considered one of the major sources of marine plastic debris. However, estimations of plastic emission from rivers into the oceans remain scarce and uncertain, mainly due to a severe lack of standardized observations. To properly assess global plastic fluxes, detailed information on spatiotemporal variation in river plast...
van Emmerik, T. Kieu-Le, T. C. Loozen, M. van Oeveren, K. Strady, Emilie Bui, X. T. Egger, M. Gasperi, J. Lebreton, L. Nguyen, P. D.
...
Land-based macroplastic is considered one of the major sources of marine plastic debris. However, estimations of plastic emission from rivers into the oceans remain scarce and uncertain, mainly due to a severe lack of standardized observations. To properly assess global plastic fluxes, detailed information on spatiotemporal variation in river plast...
