02692nab a2200289 a 4500003000500000008004100005040001300046041001300059100002500072240007900097245016900176246023700345300001600582504002500598520142300623546002302046650002102069650002402090650002402114650002302138700001902161700002302180700002102203773008102224856007802305347001902383ENAL200914s2019    ua     ss |||       eng d  aEALcEAL  aengbara1 aTantawy, Manal F.A. 10aMenuofia journal of soil science, 2019 v. 4, (Dec)h[electronic resource].10aCombined effect of saline and magnetized water and biofertilizer on nodulation and growth of common bean plants grown in clay and sandy soilsh[electronic resource]15aالتأثير المشترك الماء المالح والممغنط والتسميد الحيوي علي التعقد ونمو نباتات الفاصوليا النامية في الأراضي الطينية والرملية  ap. 293-306.  aIncludes references.  aDuring winter season of 2015 a pots experiment was carried out at private
farm on two soils of Egypt (clay and sandy) varied in their physo and chemical properties
to study the individual and combined effects of salinity level of irrigation water either of
un-or magnetized irrigation water and biofertilization on nodulation efficiency and growth
of common bean plants (Phaseolus vulgaris L Nebrasca c. v). The used salinity levels
were 300, 700 and 1900 mg/I. The layout of the experiment was split-split block design in
three replicates of each soil.
The obtained data show a significant decrease on nodules number formed on the roots
of common bean plants. On the other hand, application of magnetic technique and
biofertilizer resulted in a significant increases of nodules number. These findings may pe
cleared from the calculated relative change values "RC" of the studied three factors on
nodulation number. With the same treatment nodules number formed on the roots of
common bean plants grown on clay soil was higher than that formed on the plants grown
in sandy soil. Similar effect for the studied three factors was found on both fresh and dry
weights (g/pot) of common bean plants (shoots) at growth period of 45 day: These
results concluded that, applying magnetic technique and biofertilizer application
decreased the hazard effect of water salinity and increased nodulation efficiency and
plant growth
  aSummary in Arabic. 3asoil properties  0aCommon beanxYields 0aCommon beanxGrowth 0aSaline irrigation	1 aFiyad,  M. N. 1 aEl-Shafe, Fatma S.1 aMarei, S. A. S. 0 tMenuofia Journal of Soil Science. g2019.v.4(Dec)x12357-08227nnaswu21307240uhttp://nile.enal.sci.eg/EALE/2019/MJSS/419/Dec/293.pdfzFull Text Article  atext filebPDF