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- W3009396667 abstract "Plant and methylotrophic bacterial interactions that improve plant growth and plant fitness are becoming a topic of very important considerable interest. Methylotropic bacteria are distributed in various diverse environments/colonize different habitats and utilize reduced one-carbon compounds as source of energy and play an important role in the biogeochemical cycle. Methylotrophic bacteria colonize in different parts of the plants like endophytes, epiphytes and in roots of plant rhizosphere. Pink-pigmented facultative methylotrophic (PPFM) bacteria present in the phyllosphere enhance plant growth by producing phytohormones such as IAA, Zeatin, Cytokinins, ACC deaminase and diverse secondary metabolites to overcome abiotic stress. Biological interactions of Methylotrophic bacteria enhance plant growth indirectly by increasing the nutrients uptake and beneficial in reduction of greenhouse effects to the environments. Pink-pigmented facultative methylotrophic bacteria colonize in phyllosphere of plants as epiphytes and utilize methanol as a sole carbon source of energy. In plant colonization, the occurrence and distribution of Methylotrophic bacteria may be influenced by various factors like plant genotype, geographical conditions or by interactions with associated microorganisms and phytohormones production which may result and lead to increased plant fitness." @default.
- W3009396667 created "2020-03-13" @default.
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- W3009396667 date "2020-01-01" @default.
- W3009396667 modified "2023-09-25" @default.
- W3009396667 title "Phylogenetic Diversity of Epiphytic Pink-Pigmented Methylotrophic Bacteria and Role in Alleviation of Abiotic Stress in Plants" @default.
- W3009396667 cites W1495357058 @default.
- W3009396667 cites W1523914425 @default.
- W3009396667 cites W1532074615 @default.
- W3009396667 cites W1662507944 @default.
- W3009396667 cites W1868172459 @default.
- W3009396667 cites W1942629826 @default.
- W3009396667 cites W1967796531 @default.
- W3009396667 cites W1969238263 @default.
- W3009396667 cites W1969613688 @default.
- W3009396667 cites W1994552698 @default.
- W3009396667 cites W1998162350 @default.
- W3009396667 cites W1999302646 @default.
- W3009396667 cites W1999326491 @default.
- W3009396667 cites W1999838380 @default.
- W3009396667 cites W2001865966 @default.
- W3009396667 cites W2004483969 @default.
- W3009396667 cites W2012486882 @default.
- W3009396667 cites W2018301383 @default.
- W3009396667 cites W2028444541 @default.
- W3009396667 cites W2029254912 @default.
- W3009396667 cites W2030403134 @default.
- W3009396667 cites W2030751228 @default.
- W3009396667 cites W2031343527 @default.
- W3009396667 cites W2041466995 @default.
- W3009396667 cites W2044030753 @default.
- W3009396667 cites W2045385732 @default.
- W3009396667 cites W2047079069 @default.
- W3009396667 cites W2047780119 @default.
- W3009396667 cites W2048741503 @default.
- W3009396667 cites W2049240629 @default.
- W3009396667 cites W2056616518 @default.
- W3009396667 cites W2058083807 @default.
- W3009396667 cites W2061756623 @default.
- W3009396667 cites W2062098396 @default.
- W3009396667 cites W2062882129 @default.
- W3009396667 cites W2068556798 @default.
- W3009396667 cites W2073379449 @default.
- W3009396667 cites W2076509421 @default.
- W3009396667 cites W2077393118 @default.
- W3009396667 cites W2077824942 @default.
- W3009396667 cites W2077912291 @default.
- W3009396667 cites W2085569979 @default.
- W3009396667 cites W2091878690 @default.
- W3009396667 cites W2092116725 @default.
- W3009396667 cites W2094609667 @default.
- W3009396667 cites W2099872945 @default.
- W3009396667 cites W2103122457 @default.
- W3009396667 cites W2104627163 @default.
- W3009396667 cites W2110305508 @default.
- W3009396667 cites W2111289298 @default.
- W3009396667 cites W2132008048 @default.
- W3009396667 cites W2136127533 @default.
- W3009396667 cites W2139603157 @default.
- W3009396667 cites W2139895372 @default.
- W3009396667 cites W2144774075 @default.
- W3009396667 cites W2144976888 @default.
- W3009396667 cites W2148616226 @default.
- W3009396667 cites W2153203313 @default.
- W3009396667 cites W2157517871 @default.
- W3009396667 cites W2157554024 @default.
- W3009396667 cites W2159245691 @default.
- W3009396667 cites W2165391691 @default.
- W3009396667 cites W2167379606 @default.
- W3009396667 cites W2171114940 @default.
- W3009396667 cites W2253977651 @default.
- W3009396667 cites W2397898303 @default.
- W3009396667 cites W2437195664 @default.
- W3009396667 cites W2574694661 @default.
- W3009396667 cites W2580919245 @default.
- W3009396667 cites W2771074872 @default.
- W3009396667 cites W2772028436 @default.
- W3009396667 cites W2793637923 @default.
- W3009396667 cites W2794013704 @default.
- W3009396667 cites W2795053076 @default.
- W3009396667 cites W2913708213 @default.
- W3009396667 cites W2940557470 @default.
- W3009396667 cites W2954845164 @default.
- W3009396667 cites W2978433034 @default.
- W3009396667 cites W3159145904 @default.
- W3009396667 cites W4235315438 @default.
- W3009396667 cites W4322703457 @default.
- W3009396667 cites W62575300 @default.
- W3009396667 cites W94667090 @default.
- W3009396667 doi "https://doi.org/10.1007/978-3-030-38453-1_8" @default.
- W3009396667 hasPublicationYear "2020" @default.
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