Rice is the main staple food for more than half of the world's population, but rice cultivation is
a significant source of atmospheric methane (CH 4). Alternate wetting and drying (AWD) …

Rice stands as one of the most water-intensive crops in agriculture, demanding a substantial
volume of water annually for cultivation in Bangladesh. To address this considerable water …

The practice of alternate wetting and drying (AWD), a water-saving technology in lowland
crop production systems, can be greatly facilitated using wireless water level sensors …

Climate change and water scarcity threaten the sustainability of rice production systems.
Alternate wetting and drying (AWD) is a promising option to reduce methane (CH4) emission …

Effective water and nitrogen (N) management strategies are critical inputs to avoid unstable
crop yields and minimize environmental pollution. Our study aimed to identify the best …

Insufficient zinc (Zn) and water are key concerns in agricultural production, resulting in lower
yields and nutritional qualities. The goal of the study was to figure out how water …

Rice cultivation faces challenges such as declining soil health, nutrient depletion, and
environmental pollution caused by industrial waste. The integration of bio-digested bone …

Four wireless sensor network (WSN) technology packages developed for efficient irrigation
water management in the Philippines were subjected to ex-ante cost-benefit analysis (CBA) …

In Peru, rural homes located in the countryside are dedicated to cattle farming, where the
animal manure has no use, and some sectors of the population do not have access to …