Agricultural soils are important sources of greenhouse gases carbon dioxide (CO 2 ) and nitrous oxide (N O), as well nitric (NO), a precursor to tropospheric ozone. Management approaches that constrain these emissions can limit future warming improve regional air quality, especially in high-temperature agroecosystems where soil high. Subsurface drip irrigation is promising management solution v...

Yosef and Sagiv, 1982; Stark et al., 1983; Burt et al., 1995). However, very few studies have shown a benefit Subsurface-drip irrigation and fertigation with fluid N fertilizer of frequent or continuous fertigation compared with sources offers substantial flexibility for N fertilizer management. Fertiless frequent fertigation. Bar-Yosef and Sagiv (1982) gation events can be scheduled as often a...

The aim of the study was to evaluate effect irrigation depths, via subsurface drip, on technological quality, productivity, and water use efficiency (WUE) sugarcane cultivars. experimental design balanced blocks with 12 two factors: cultivars (CTC 4, IACSP93-3046, RB86-7515, IACSP95-5000 IAC91-1099) depths (dry, deficit supplementary). From estimated evapotranspiration (ETc), equivalent 100% cr...