Robson Mauri's research while affiliated with Escola Superior de Agricultura "Luiz de Queiroz" and other places
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Publications (7)
The aim of this study was to evaluate the water productivity into biomass and into sugar for 23 sugarcane varieties (second ratoon crop) under two levels of drip irrigation. Two experiments were conducted in a greenhouse. Experiment 1 comprised nine sugarcane varieties grown in a clay soil and Experiment 2 was composed of 14 varieties in a sandy-lo...
This study aimed to quantify water deficit levels that compromise sugarcane initial growth exposed to different availability soil depths. The experiment was conducted in a greenhouse by using 100-liter capacity asbestos-cement boxes filled with different soil layers simulating depths of 10, 20, 30, and 40 cm. Water deficit levels were represented b...
The purpose of this study was to evaluate the water productivity (PA) into biomass, sugar and energy for 24 brazilian sugarcane varieties under drip irrigation, subjected to full and deficit irrigation treatments during growing stage. Two experiments were established under greenhouse conditions at the Biosystems Engineering Department, ESALQ/USP, P...
Citations
... It should be noted that a higher BWP of sugarcane (11.45-18.45 kg/m 3 ) was obtained under greenhouse experimental conditions (Leal et al. 2017). ...
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... Menurut Mauri et al., (2017) secara kuantitatif selama fase pertumbuhan awal tanaman tebu kekurangan air akan menyebabkan penurunan terhadap munculnya tunas dan anakan pada tebu. Pertumbuhan anakan merupakan fase pertunasan penting dalam pertumbuhan dan perkembangan tebu, karena dapat merefleksikan produktivitas tanaman tebu. ...
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... Additionally, the higher clay proportion of the Ultisol possibily promote higher aggregation and contribute to aggregate stability, resulting in greater soil porosity for water storage, water dynamics and nutrients for plant growth (Wang et al., 2017). Similar responses have been obtained by Santos et al. (2017) for stem height and diameter in soybean, Fraga Júnior et al. (2012) for leaf area in citrus and by Braccini et al. (1999) for dry biomass in maize, all with higher results in clayey soils compared to soils with lower clay content. ...
... In general, several authors, such as INMAN-BAMBER (2004), PIMENTEL (2004, COELHO (2012), have mentioned the sugarcane canopy and productivity reduction when the water supply is limited. However, there is little knowledge on water restriction and its effects on sugarcane growth, especially at the initial phase. ...
