Đăng nhập
 
Tìm kiếm nâng cao
 
Tên bài báo
Tác giả
Năm xuất bản
Tóm tắt
Lĩnh vực
Phân loại
Số tạp chí
 

Bản tin định kỳ
Báo cáo thường niên
Tạp chí khoa học ĐHCT
Tạp chí tiếng anh ĐHCT
Tạp chí trong nước
Tạp chí quốc tế
Kỷ yếu HN trong nước
Kỷ yếu HN quốc tế
Book chapter
Tạp chí quốc tế 2018
Số tạp chí 15(2018) Trang: 119-133
Tạp chí: Journal of Hydrology: Regional Studies

Study region: The Mekong floodplains and delta are among the most agriculturally productive and biologically diverse waterscapes of the world, but sea level rise, land subsidence, and the proposed upstream development of over 126 hydropower dams and extensive delta-based water infrastructure have raised concern due to potential impacts on the hydrology of the region. Study focus: This study aims to quantify the effects of water infrastructure development, land subsidence and sea level rise on hydrological regimes of the Mekong floodplains and delta through the development and application of a hydrodynamic model. New hydrological insights for the region: Depending on hydrological characteristics of each region (river-dominated, transitional or tidal), the influence of each potential driver may vary. The operation of proposed hydropower dams would change river-dominated upper floodplain’s water levels by 26 to 70% and −0.8 to −5.9% in the dry and wet season respectively, but the impact diminishes throughout the floodplains. In the wet season, the upper Vietnamese Delta changes from a transitional stage to a river-dominated stage, and localized water infrastructure development in the upper delta has the greatest effect on water levels in the region. Land subsidence combined with sea level rise could have the greatest future influence on flooding in the delta if current rates are extrapolated. Sustainable water management strategies are thus necessary to mitigate changes in the floodplains and delta and increase resilience to sea level rise and land subsidence.

Các bài báo khác
Số tạp chí 161(2018) Trang: 539-546
Tạp chí: Construction and Building Materials
Số tạp chí Vol. 9, No. 4(2018) Trang: 176-181
Tạp chí: International Journal of Advanced Computer Science and Applications
Số tạp chí Volume 8, Number 3(2018) Trang: 223-228
Tạp chí: International Journal of Machine Learning and Computing
Số tạp chí 51(2018) Trang: 324002
Tạp chí: Journal of Physics D: Applied Physics
Số tạp chí Volume 2 • Issue 3(2018) Trang: 1000158
Tạp chí: Environ Pollut Climate Change
Số tạp chí 20(2018) Trang: 6325-6335
Tạp chí: JOURNAL OF THE AMERICAN CHEMICAL SOCIETY
Số tạp chí 3(4)(2018) Trang: 104-119
Tạp chí: European Journal of Foreign Language Teaching
Số tạp chí 4(1)(2018) Trang: 136-148
Tạp chí: European Journal of English Language Teaching
Số tạp chí 6(9)(2018) Trang: 157-162
Tạp chí: The International Journal of Humanities and Social Studies
Số tạp chí 6(8)(2018) Trang: 441-447
Tạp chí: The international Journal of Humanities and Social Studies
Số tạp chí 3 (3)(2018) Trang: 110-131
Tạp chí: European Journal of Foreign Language Teaching
Số tạp chí 3 (4)(2018) Trang: 49-64
Tạp chí: European Journal of English Language Teaching
Số tạp chí 1(2018) Trang: 101-115
Tạp chí: Asian Academy of Management Journal
Số tạp chí 7(1)(2018) Trang: 73-90
Tạp chí: The European Journal of Applied Linguistics and TEFL


Vietnamese | English






 
 
Vui lòng chờ...