Securement of Upland Irrigation Water in Small Dams through Periodical Management of Storage Level

Kim, Sun‐Joo; Lee, Joo-Yong; Kim, Phil-Shik

doi:10.5389/ksae.2005.47.2.003

Cited by 1 publication

(1 citation statement)

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“…late ※ Growth period: G1=growth period-1, G2=growth period-2, G3=growth period-3, G4=growth period-4, G5=growth period-5 449 (21) 556 (23) 266 (11) 480 (20) 306 (13) 149 (11) ER 3) 133 (30) 192 (37) 49 (14) 134 (28) 62 (19) 36 (14) NIR 4) 209 (59) 236 (68) 179 (26) 239 (55) 193 (36) 89 (26) 2025s P 804 (240) 696 (290) 245 (181) 825 (298) 345 (221) 174 (94) ETc 475 (35) 570 (37) 271 (16) 499 (34) 313 (18) 167 (10) ER 84 (23) 129 (37) 36 (15) 87 (22) 44 (17) 26 (14) NIR 231 (66) 285 (87) 205 (36) 254 (61) 219 (39) 111 (24) 2055s P 1,000 (235) 867 (297) 259 (173) 1,022 (271) 471 (232) 187 (74) ETc 470 (27) 563 (32) 274 …”

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Projection of Consumptive Use and Irrigation Water for Major Upland Crops using Soil Moisture Model under Climate Change

Nam¹,

Hong²,

Jang³

et al. 2014

Journal of The Korean Society of Agricultural Engineers

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The impacts of climate change on upland crops is great significance for water resource planning, estimating crop water demand and irrigation scheduling. The objective of this study is to predict upland crop evapotranspiration, effective rainfall and net irrigation requirement for upland under climate change, and changes in the temporal trends in South Korea. The changes in consumptive use and net irrigation requirement in the six upland crops, such as Soybeans, Maize, Potatoes, Red Peppers, Chinese Cabbage (spring and fall) were determined based on the soil moisture model using historical meteorological data and climate change data from the representative concentration pathway (RCP) scenarios. The results of this study showed that the average annual upland crop evapotranspiration and net irrigation requirement during the growing period for upland crops would increase persistently in the future, and were projected to increase more in RCP 8.5 than those in RCP 4.5 scenario, while effective rainfall decreased. This study is significant, as it provides baseline information on future plan of water resources management for upland crops related to climate variability and change.

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