Resources and Arid Environment, Riyadh, Kingdom of Saudi Arabia, 26–29 November.
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Authors:M. Işik, Z. Önceler, S. Çakir, and F. Altay
. (1976): Response of snap bean to irrigation, nitrogen fertilization, and plant population. J. Amer. Soc. Hort. Sci. , 101 , 37--40.
Response of snap bean to irrigation, nitrogen fertilization, and plant population
Authors:Márk Fráter, Gábor Braunitzer, Edit Urbán, László Bereczki, Márk Antal, and Katalin Nagy
Nguy, D., Sedgley, C.: The influence of canal curvature on the mechanical efficacy of root canal irrigation in vitro using real-time imaging of bioluminescent bacteria. Journal of Endodontics 32 , 1077–1080 (2006
Influences of irrigation rates and N fertilization on soybean grain yield and N leaching were tested under field conditions on Osijek, during the growing seasons 2001, 2003 and 2005 (A). The irrigation started on level of 80% field water capacity, A1 (FWC) and at level of 65% FWC, A2 and irrigate up to FWC, and non-irrigated, A3. Increased rates of N: 0, B1; 100, B2 and 200 kg N ha
, B3 were applied. The experiment was conducted by split-plot method. Ebermeier’s lysimeters (open type: 80 × 80 × 10 cm) were conducted for collecting leachate for measuring nitrogen leaching. The soybean grain yield showed statistical very significant differences in growing season, irrigation and interaction of growing season and irrigation. Mean leaching NO
-N varied from 0.32 kg N ha
to 7.88 kg N ha
in year 2001, while were greater in year 2005 and varied form 2.41 kg N ha
to 23.71 kg N ha