Anticipate the impact of climate change at tidal swamplands through water management technology

Abstract

Climate change significanly affects the production of agricultural commodities, including tidal swamplands. The current and future tidal swamplands have become one of the mainstay areas for agrarian commodity production due to the shrinking productive land. One of the keys to successful tidal swampland management is water management. In addition to increasing land productivity, water management can also reduce the impact of global climate change. Water management in agricultural development at tidal swampland needs to pay attention to the type of overflow, land typology, and land characteristics. Water management technology at recurrent event wetland embrace two-ways flow systems, unidirectional flow systems, one-way flow system and dam overflow conservation (SISTAK), water management for surjan, and shallow evacuation systems. the employment of this water management technologies depend upon the condition of water system within the fields. The water control era ought to enhance water first-class while mixed with different plant cultivation technological additives and it will likely be extra powerful in growing rice manufacturing at tidal swampland. This paper was a review of research results of water management technology in rice cultivation and its impact on increasing rice production.