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BOD test bottles at the laboratory of a wastewater treatment plant. Biochemical oxygen demand (also known as BOD or biological oxygen demand) is an analytical parameter representing the amount of dissolved oxygen (DO) consumed by aerobic bacteria growing on the organic material present in a water sample at a specific temperature over a specific time period.
The project was included National Pride Project in 2066 BS. with an aim to develop canal system to cover a command area of 20,300 ha. along with the construction of an agricultural road. The project is funded by the Nepal Government and the World Bank. [1] The project is scheduled to be completed in 2023. [2]
The department and its branch offices are run by officers of Nepal Engineering Service (Civil/Irrigation). [6] The department has 52 irrigation management offices and project offices along with a few Mechanical Offices and Embankment Offices at central level.
The Department of Local Infrastructure Development (DoLID), is a department under the Ministry of Urban Development of Nepal, responsible for assisting local governments in the engineering aspects of civil engineering construction including rural, urban and agriculture road/bridge construction and mentinance. [1] It has its branch offices. [2] [3]
The Ministry of Energy, Water Resources and Irrigation (Nepali: ऊर्जा, जलस्रोत तथा सिंचाइ मन्त्रालय) is a governmental body of Nepal that governs the development and implementation of energy including its conservation, regulation and utilization.
The department and its branch offices are run by officers of Nepal Engineering Service (Civil/Hydrology). [4] The department has 4 regional offices and several field offices for different river systems. A few other projects also run under the department. [5]
Nepal has more than 50% of people engaged in agriculture. Food grains contributed 76 percent of total crop production in 1988–89. In 1989-90 despite poor weather conditions and a lack of agricultural inputs, particularly fertilizer, there was a production increase of 5 percent.
This means that the volume of water in a WRS decreased after a decade, i.e., inflow was less than outflow during that time interval. [11] In general, a WUS is a water construct of a user, such as a city, an industry, an irrigation zone, or a region, and not a geographic area. The schematic of a WUS shows the inflows and the outflows.