@article{ART001800662},
author={Jun Kye Won and Chang Deok Jang and Jung, Seung Kwon and Jun Byong Hee},
title={The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture},
journal={Crisisonomy},
issn={2466-1198},
year={2013},
volume={9},
number={8},
pages={139-150}
TY - JOUR
AU - Jun Kye Won
AU - Chang Deok Jang
AU - Jung, Seung Kwon
AU - Jun Byong Hee
TI - The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture
JO - Crisisonomy
PY - 2013
VL - 9
IS - 8
PB - Crisis and Emergency Management: Theory and Praxis
SP - 139
EP - 150
SN - 2466-1198
AB - Recently, drought and rainy season are getting more serious. It is getting hard to forecast about drought because drought frequency is getting shorter than before. In 2009(winter) and 2012(summer), Taebaek-si was suffered from enormous damage due to the drought. Particularly, in 2009, cost of damage due to drought and restriction on water supply for 87days were estimated daily life sector 134 billion won, industry sector 338 billion won, the public sector 47 billion won, mental and social damage 1,430 billion won. The other big issue of Taebaek is decrease in products of Highland Agricultural caused by the drought. Highland chinese cabbage which is the most important agricultural product in Taebaek-si account for 95.9% of all agricultural production of Taebaek-si and account for 86.6% of all gross area. For this reason, chinese cabbage of Taebaek-si is tropical agricultural product and is in charge of supply cabbage definitely. It is considered that if small scale rainwater harvesting system would be installed in highland agriculture area, it could reduce damage of drought at low cost and damage of cabbage would be decrease by system. For this study, We have researched regarding current status of Small Scale Rainwater Harvesting System of Highland Agriculture area in Taebaek-si and have compared with the amount of damage and installation cost in case of drought for the beneficial effects of Small Scale Rainwater Harvesting System, flexible supply of water and damage minimization of agricultural products.
KW - highland agriculture;Taebaek-si;drought;rainfall storage
DO -
UR -
ER -
Jun Kye Won, Chang Deok Jang, Jung, Seung Kwon and Jun Byong Hee. (2013). The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture. Crisisonomy, 9(8), 139-150.
Jun Kye Won, Chang Deok Jang, Jung, Seung Kwon and Jun Byong Hee. 2013, "The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture", Crisisonomy, vol.9, no.8 pp.139-150.
Jun Kye Won, Chang Deok Jang, Jung, Seung Kwon, Jun Byong Hee "The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture" Crisisonomy 9.8 pp.139-150 (2013) : 139.
Jun Kye Won, Chang Deok Jang, Jung, Seung Kwon, Jun Byong Hee. The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture. 2013; 9(8), 139-150.
Jun Kye Won, Chang Deok Jang, Jung, Seung Kwon and Jun Byong Hee. "The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture" Crisisonomy 9, no.8 (2013) : 139-150.
Jun Kye Won; Chang Deok Jang; Jung, Seung Kwon; Jun Byong Hee. The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture. Crisisonomy, 9(8), 139-150.
Jun Kye Won; Chang Deok Jang; Jung, Seung Kwon; Jun Byong Hee. The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture. Crisisonomy. 2013; 9(8) 139-150.
Jun Kye Won, Chang Deok Jang, Jung, Seung Kwon, Jun Byong Hee. The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture. 2013; 9(8), 139-150.
Jun Kye Won, Chang Deok Jang, Jung, Seung Kwon and Jun Byong Hee. "The Application of Small Scale Rainwater Harvesting System for Securing Water of Highland Agriculture" Crisisonomy 9, no.8 (2013) : 139-150.
