000 02317cab a2200349Ia 45 0
001 u206525
003 SIRSI
008 120426s2012 ua ss b eng d
040 _aEAL
041 _aeng
_bara
090 _aART ZJAR V39 No6 6
100 1 _aMansour, Nasser T. S.
240 1 0 _aZagazig journal of agricultural research, 2012 v. 39 (6)
_h[electronic resource].
245 1 0 _aResponse of snap bean plants to different sources of organic and bio fertilizers under sandy soil conditions
_h[electronic resource].
246 1 5 _aاستجابة نباتات الفاصوليا لمصادر مختلفة من الأسمدة العضوية والحيوية تحت ظروف الأراضى الرملية.
300 _ap.1093-1102.
504 _aIncludes references.
520 _aTwo field experiments were conducted in sandy soil at the Experimental farm, El-Kassasein Research Station, Ismailia Governorate, during the two successive summer seasons of 2009 and 2010, to study the effect ofdifferent organic fertilizer sources; i.e., farmyard, compost and rabbit manure and bio. nitrogen fertilizers (Rhizobium, Nitrobein and their mixture) and their interactions on growth, green pod yield and it's components as well as pods physical and chemical quality of snap bean (Phaseolus vulgaris L) cv. Paulista. Obtained results indicated that using rabbit manure at a level of 20m³/fad., followed by compost at 30m³/fad., reflected high values of all studied measured motphological plant traits as well as fresh and dry weight of shoots and leaves per plant. Also, the same treatments exhibited high total green pods yield and it's components (number and weight of pods/plant and total yield/fad.), physical pods quality and pods chemical constituents.
546 _aSummary in Arabic.
650 0 _aCommon bean
_xComposition.
650 0 _aCommon bean
_xFertilizers.
650 0 _aCommon bean
_xGrowth.
650 0 _aCommon bean
_xVarieties.
650 0 _aCommon bean
_xYields.
650 0 _aBiofertilizers.
650 0 _aOrganic fertilizers.
650 0 _aSandy soils.
700 1 _aEwis, A. M. G.
773 0 _tZagazig Journal of Agricultural Research.
_g2012.v.39(6)
_x1110-0338
_7nnas
_wu158356
856 4 0 _uhttp://nile.enal.sci.eg/EALE/2012/ZJAR/3912/6/1093.pdf
_zFull Text Article.
596 _a1
942 _cAR
_2lcc
999 _c56806
_d56806