Abstract
AField experiment was carried out using bean (Phaseolus vulgaris L.). CV Bohera, during season 2015 at the Agric. Exp. Station of El-Mansoura Univ. to study integrated effect of fertilizers on beans cultivated in alluvial soil. The treatments were NPK 75 %, NPK 100 %, NPK 75 % + compost and NPK 100 % + compost, in addition to control. The results showed that the best treatment was NPK 100 % + compost, compared to control, which gave the highest values of vegetative growth parameter (pod diameter, pod length and plant height), and enhanced quality parameters (NPK% , carbohydrate % and protein% of seed), also improved chlorophyll content of bean plant .the NPK 100 % + compost treatment not only enhanced NPK % in leaves and increased yield but also increased available NPK in soil.
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Claims 6
Claim · model-written summary
NPK 100% plus compost gave the highest pod diameter, pod length and plant height.
Verbatim
e0“The results showed that the best treatment was NPK 100 % + compost, compared to control, which gave the highest values of vegetative growth parameter (pod diameter, pod length and plant height), and enhanced quality parameters (NPK% , carbohydrate % and protein% of seed), also improved chlorophyll content of bean plant .the NPK 100 % + compost treatment not only enhanced NPK % in leaves and increased yield but also increased available NPK in soil.”
Claim · model-written summary
NPK 100% plus compost enhanced seed NPK, carbohydrate and protein percentages.
Verbatim
e0“The results showed that the best treatment was NPK 100 % + compost, compared to control, which gave the highest values of vegetative growth parameter (pod diameter, pod length and plant height), and enhanced quality parameters (NPK% , carbohydrate % and protein% of seed), also improved chlorophyll content of bean plant .the NPK 100 % + compost treatment not only enhanced NPK % in leaves and increased yield but also increased available NPK in soil.”
Claim · model-written summary
NPK 100% plus compost improved bean chlorophyll content.
Verbatim
e0“The results showed that the best treatment was NPK 100 % + compost, compared to control, which gave the highest values of vegetative growth parameter (pod diameter, pod length and plant height), and enhanced quality parameters (NPK% , carbohydrate % and protein% of seed), also improved chlorophyll content of bean plant .the NPK 100 % + compost treatment not only enhanced NPK % in leaves and increased yield but also increased available NPK in soil.”
Claim · model-written summary
NPK 100% plus compost enhanced leaf NPK percentage.
Verbatim
e0“The results showed that the best treatment was NPK 100 % + compost, compared to control, which gave the highest values of vegetative growth parameter (pod diameter, pod length and plant height), and enhanced quality parameters (NPK% , carbohydrate % and protein% of seed), also improved chlorophyll content of bean plant .the NPK 100 % + compost treatment not only enhanced NPK % in leaves and increased yield but also increased available NPK in soil.”
Claim · model-written summary
NPK 100% plus compost increased bean yield.
Verbatim
e0“The results showed that the best treatment was NPK 100 % + compost, compared to control, which gave the highest values of vegetative growth parameter (pod diameter, pod length and plant height), and enhanced quality parameters (NPK% , carbohydrate % and protein% of seed), also improved chlorophyll content of bean plant .the NPK 100 % + compost treatment not only enhanced NPK % in leaves and increased yield but also increased available NPK in soil.”
Claim · model-written summary
NPK 100% plus compost increased soil available NPK.
Verbatim
e0“The results showed that the best treatment was NPK 100 % + compost, compared to control, which gave the highest values of vegetative growth parameter (pod diameter, pod length and plant height), and enhanced quality parameters (NPK% , carbohydrate % and protein% of seed), also improved chlorophyll content of bean plant .the NPK 100 % + compost treatment not only enhanced NPK % in leaves and increased yield but also increased available NPK in soil.”
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