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The objective was to study millet cultivars due to irrigation levels, in degraded soil of Irauçuba, State of Ceará. The study was conducted in full sun, in pots with soil 12.5 dm 3 , which had low fertility. The cultivars used ADR500, BRS1501, BRS1502, BRS1503 and IPABulk-1, with four irrigation levels: 100, 80, 60 and 40% depending on the crop evapotranspiration (ETc), which was measured by a tank class 'A '. Therefore, the design was completely randomized in a factorial design with three replications. Until the 34th day after germination of plants the amount of water applied was equivalent to 100% of ETc, and after work began on the implementation of the various levels of irrigation, the plants were conducted for over 14 days, whose mass variables dry matter, content of chlorophyll and efficiency in water use were measured, still proceeded to calculate the sensitivity coefficients to water deficit (KY). The mass variables of dry root, stem and total efficiency of water use showed decreases with decreasing amount of water applied. The KY values were less than 1 for cultivars ADR500, BRS1501, BRS1503 and IPABulk1 to slide 80% of the crop evapotranspiration. The BRS1503 and IPA-Bulk1 cultivars showed higher values for total dry matter and efficiency in water use. Key-words: Pennisetum americanum, irrigation, soil fertility, plant physiology, sensitivity factor Revista Brasileira de Geografia Física vol. 08, número especial IV SMUD (2015) 573-584.

Production, chlorophyll and water use efficiency in millet grown in area with soil degraded