Optimizing the use of submergence and drought tolerant rice varieties to reduce the impact of climate change on swampland

Abstract The swamplands are one among the possibe suboptimal land for agriculture. consists of tidal and freshwater that wide obstainable in Indonesia. hydrotopography swampland is powerfully influenced by tide neap water, whereas it’s most part determined precipitation. Drought, flooding or deep inundation, shifts rainfall patterns as a result extreme temperature change have an impact on agriculture decreasing food crop production, significantly rice swamplands. One strategy anticipating climate agriculture, particularly crops (rice) to use submergence drought tolerant varieties still early maturing varieties. Rice like Inpara 3, 4, 5, Inpari 29, 30 Ciherang sub1. Whereas such 18, 19, 20, Inpago 6, Inpago-8, Lipigo-4. In addition avoiding drought, early-maturing aged Hipa 6 Jete, Si Denuk often used, Inpari-34 Salin Agritan, Cakra Buana 12 13. purpose this paper explain how planting drought-tolerant can reduce effects swamp It expected treating tolerance