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Vermicelli production generates wastewater that is rich in organic and nutrient pollutants, which poses significant environmental challenges. Conventional biological treatments, either alone or in combination with other methods, often fail to achieve high efficiency and operational stability. This study explored the potential of the Fenton process...

本書は、2024年2月UNEA6にて発表された、世界資源アウトルック（GRO）2024の内容をコンパクトにまとめた政策決定者向け要約（SPM：Summary for Policymakers）の日本語版。7つの地域、4つの所得国グループに及ぶ180カ国について、利用可能な最善のデータ、モデリングおよび評価を動員し、我々の資源利用の動向、影響、分配効果に関する分析をまとめるとともに、負の傾向を逆転させ、人類を持続可能な軌道へ乗せる可能性についても考察している。 資源利用量の増加が３つの地球危機（気候変動・生物多様性の喪失・汚染）の主な要因となっている。我々の経済活動のための物質資源の採取・加工は、過去50年間で3倍に増加、現在、温室効果ガス排出量の55％以上、粒子状物質（PM...

The Mekong Delta region is increasingly challenged by a declining and irregular water budget over recent decades. This trend is evidenced by altered precipitation patterns, characterized by drier wet seasons and wetter dry seasons, along with diminished upstream flow and a shifting wet season flood pulse. This study presents a comprehensive...

The Vietnamese Mekong Delta (VMD) is highly vulnerable to drought, particularly in the context of climate change. Prolonged drought during the dry season has emerged as a significant natural disaster, severely affecting agriculture and socioeconomic development in the region. To enhance water resource management and agricultural productivity, this...

Drinking water sources with groundwater arsenic (As) contamination face multifaceted challenges in the removal and supply of fresh drinking water resources. To eradicate this problem, bioremediation has evolved to become more effective than other chemical and physical removal processes in its cost-effectiveness, high removal efficiency, and lesser...

Landslides are complex, dynamic processes influenced by erosion, weath-ering, tectonics, and gravity, triggered by various geotechnical, biological, miner-alogical, and hydrological factors. Detailed studies on landslide mechanisms typi-cally focus on specific high-risk cases. The stability of slopes and the physical and mechanical properties of...

This study evaluated the quality of groundwater in Chandrapur Taluka, Maharashtra, using geospatial techniques and data from 2014 and 2018. The study assessed various water quality parameters such as chloride, fluoride, pH, residual sodium carbonate (RSC) and sodium adsorption ratio (SAR). The findings showed that chloride concentrations were...

Soil moisture plays a critical role in agricultural productivity and water resource management, especially in a diverse and populous country like India. Understanding variations in soil moisture across different regions and seasons is essential for adapting agricultural practices and water management strategies to local conditions. This study...

This study employs advanced geospatial analytical techniques to evaluate the vulnerability of Nigeria’s coastal states and their constituent local government areas to flood hazards, which represent a critical and escalating risk within the coastal hazard paradigm intensified by climate change phenomena. The study’s objective is to utilize...

Climate and rainfall are extremely non-linear and complicated phenomena, which require numerical modelling to simulate for accurate prediction. We obtained local historical rainfall data for 12 meteorological stations in the Vietnamese Mekong Delta (VMD) for the 45-year period 1978–2022, to predict annual rainfall trends. A statistical time series...