ISBN: 9783639309270

Sie zahlen eine Versandpauschale für bis zu fünf Bücher Typ: Forty four faba bean rhizobial isolates were identified from acidic soil of Wollega Ethiopia Most of the isolates'' morphol… Más…

Sie zahlen eine Versandpauschale für bis zu fünf Bücher Typ: Forty four faba bean rhizobial isolates were identified from acidic soil of Wollega Ethiopia Most of the isolates'' morphological and biochemical tests in addition to their authentication confirmed that more than 90 of strains were fast growing Rhizobium leguminosarum bv Viceae However the isolates showed diversity in their ability to utilize the different carbon and nitrogen sources Moreover the ability of the rhizobial strains to tolerate the different levels of salt concentration temperature pH antibiotics concentration and heavy metals toxicity were highly varied Two strains (AUAVR44 and AUVR60) were the most extreme environment tolerant for the in vitro tests though it didn''t grantee their symbiotic effectiveness in the natural environment Twelve isolates were tricalcium phosphate solubilizers especially AUAVR 51 and AUAVR52 were registered for the highest Solubilization Index (SI= 210) In contrary phosphate solubilizing strains were highly sensitive to extreme pH and Heavy metal toxicity tests, DE, [SC: 25.00], Neuware, gewerbliches Angebot, [GW: 501g], Skrill/Moneybookers, Banküberweisung, Internationaler Versand, [PU: VDM Verlag Dr. Müller, Saarbrücken]<

ISBN: 9783639309270

Acidic Soil of Faba bean rhizobia Forty four faba bean rhizobial isolates were identified from acidic soil of Wollega, Ethiopia. Most of the isolates' morphological and biochemical tes… Más…

Acidic Soil of Faba bean rhizobia Forty four faba bean rhizobial isolates were identified from acidic soil of Wollega, Ethiopia. Most of the isolates' morphological and biochemical tests in addition to their authentication confirmed that more than 90% of strains were fast growing Rhizobium leguminosarum bv. Viceae. However, the isolates showed diversity in their ability to utilize the different carbon and nitrogen sources. Moreover, the ability of the rhizobial strains to tolerate the different levels of salt concentration, temperature, pH, antibiotics concentration and heavy metals toxicity were highly varied. Two strains (AUAVR-44 and AUVR-60) were the most extreme environment tolerant for the in vitro tests; though, it didn't grantee their symbiotic effectiveness in the natural environment. Twelve isolates were tricalcium phosphate solubilizers; especially AUAVR- 51 and AUAVR-52 were registered for the highest Solubilization Index (SI= 2.10). In contrary, phosphate solubilizing strains were highly sensitive to extreme pH and Heavy metal toxicity tests. Bücher / Fremdsprachige Bücher / Englische Bücher 978-3-639-30927-0, VDM<

ISBN: 9783639309270

Paperback, [PU: VDM Verlag], Forty four faba bean rhizobial isolates were identified from acidic soil of Wollega, Ethiopia. Most of the isolates' morphological and biochemical tests in ad… Más…

Paperback, [PU: VDM Verlag], Forty four faba bean rhizobial isolates were identified from acidic soil of Wollega, Ethiopia. Most of the isolates' morphological and biochemical tests in addition to their authentication confirmed that more than 90% of strains were fast growing Rhizobium leguminosarum bv. Viceae. However, the isolates showed diversity in their ability to utilize the different carbon and nitrogen sources. Moreover, the ability of the rhizobial strains to tolerate the different levels of salt concentration, temperature, pH, antibiotics concentration and heavy metals toxicity were highly varied. Two strains (AUAVR-44 and AUVR-60) were the most extreme environment tolerant for the in vitro tests; though, it didn't grantee their symbiotic effectiveness in the natural environment. Twelve isolates were tricalcium phosphate solubilizers; especially AUAVR- 51 and AUAVR-52 were registered for the highest Solubilization Index (SI= 2.10). In contrary, phosphate solubilizing strains were highly sensitive to extreme pH and Heavy metal toxicity tests., Microbiology (non-medical)<

ISBN: 9783639309270

Acidic Soil of Faba bean rhizobia Acidic Soil of Faba bean rhizobia Bücher > Wissenschaft > Biologie, [PU: VDM Verlag Dr. Müller, Saarbrücken]

2011, ISBN: 3639309278

Kartoniert / Broschiert, mit Schutzumschlag neu, [PU:VDM Verlag]