Can the productivity of wheat (Triticum Sativum) grown under calcareous soil condition be increased by modifying the crop fertilizers recommendation? [electronic resource].
Language: English Summary language: Arabic Description: p. 369-377Other title:- دراسات فيزيائية و كيميائية و السمية النباتية لمبيد Arena 7% OD على بعض الخواص (Triticum aestivum L.) المورفولوجية لنبات القمح [Added title page title]
- Egyptian journal of agronomy, 2021 v. 43 (3) [electronic resource].
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Main | ART EJA V43 No3 6 (Browse shelf(Opens below)) | Available |
Includes references.
Two field experiments were conducted in Oraby village, Nubaria Region, El-Behira Governorate, Egypt, during the two winter seasons
of 2014 and 2015 to explore the best fertilizer recommendation for wheat (Triticum sativum) ,c.v. Giza 168 grown under calcareous
soil since the productivity of wheat is very low when cultivated under such soil conditions. Seven NPK treatments were applied.
Results indicated that all NPK treatments showed positive effects on all studied parameters as compared with either negative
(no added fertilizers) or positive (farmer fertilization) controls. The treatment positive effects takes the descending order of
:NPK based on soil type +MN ? NPK based on soil type ? NPK MoA ? NK MoA? NP MoA? positive control (Farmer fertilization) ?
negative control (no added fertilizers). Result also indicated that NPK based on soil type in combination with micronutrient
foliar feeding (Balanced fertilization) significantly increased plant nutritional status, grain yield, yield components
and grain & straw nutritional value. Results also proved that fertilizer recommendations should be modified to fit soil
conditions for achieving maximum crop productivity.
Keywords: Calcareous soil, Wheat, Yield.
Summary in Arabic
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