[PDF][PDF] ISOLATION AND CHARACTERIZATION OF RHIZOBIA ASSOCIATED WITH ROOT NODULES OF BUTEA MONOSPERMA (LAM.) TAUB. AND PTEROCARPUS …
S KASLIWAL, IS SANKHLA, P MOHIL - Journal of Phytological …, 2023 - jphytolres.org
S KASLIWAL, IS SANKHLA, P MOHIL
Journal of Phytological Research, 2023•jphytolres.orgIn present study ten root nodula monosperma (Lam.) Taub. and characterized at
monosperma were indeterminate Pterocarpus marsupium isolated ten nodule bacterial
biochemical properties by using BM4, BM5, PM2, PM4 and PM characteristics such
mucilaginous while opaque, gummy and Rhizobial isolates were diverse in BM4, PM3 and
PM4) in isolates were neutral oxidase activity and 80% isolates were significantly diverse in
litmu groups. Many isolates salinity tolerance upassociated with Butea monosp significantly …
monosperma were indeterminate Pterocarpus marsupium isolated ten nodule bacterial
biochemical properties by using BM4, BM5, PM2, PM4 and PM characteristics such
mucilaginous while opaque, gummy and Rhizobial isolates were diverse in BM4, PM3 and
PM4) in isolates were neutral oxidase activity and 80% isolates were significantly diverse in
litmu groups. Many isolates salinity tolerance upassociated with Butea monosp significantly …
In present study ten root nodula monosperma (Lam.) Taub. and characterized at monosperma were indeterminate Pterocarpus marsupium isolated ten nodule bacterial biochemical properties by using BM4, BM5, PM2, PM4 and PM characteristics such mucilaginous while opaque, gummy and Rhizobial isolates were diverse in BM4, PM3 and PM4) in isolates were neutral oxidase activity and 80% isolates were significantly diverse in litmu groups. Many isolates salinity tolerance upassociated with Butea monosp significantly diverse in their physi
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