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- W1978504992 abstract "Center pivot and subsurface drip irrigation systems can accurately apply variablequantities of irrigation. A robust irrigation timing protocol that can function in variable environments isneeded to maximize crop use of available water. Canopy temperature (TC) has been successfullyused to time irrigation applications for well-watered crop growing conditions. The cumulative dailytime that TC exceeds a crop specific temperature threshold, designated as stress time (ST), is usedto indicate the need for irrigation. The ST value that generates the irrigation signal is the timethreshold (TT). Manipulation of the TT value changes irrigation frequency and seasonal irrigationquantity. This paper describes a procedure for estimating the relationship between TT for cotton andquantity of water input. Data were analyzed from multiple studies that included a common control TTof 330 min/day above a canopy temperature threshold of 28 °C as the irrigation signal criteria forwell-watered cotton. Daily ST averaged over the irrigation season was correlated with cotton yieldand water input. A procedure for identifying control TT to establish different crop water status levelsis described. Average TT values were 408, 468, and 528 min./day, which corresponded with controlTT values of 330, 390, and 450 min/day. These control TT should result in different water applicationamounts during the growing season and produce different cotton yields." @default.
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- W1978504992 date "2003-01-01" @default.
- W1978504992 modified "2023-10-18" @default.
- W1978504992 title "Crop Water Status Control With Temperature-Time Threshold Irrigation" @default.
- W1978504992 doi "https://doi.org/10.13031/2013.14012" @default.
- W1978504992 hasPublicationYear "2003" @default.
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