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- W1978701837 abstract "Annual ryegrass is a fast-growing cool-season grass broadly present in the Portuguese montado, a typically Mediterranean agro-forestry-pastoral ecosystem. A culture-dependent approach was used to investigate natural associations of this crop with potentially beneficial bacteria, aiming to identify strains suitable for biofertilization purposes. Annual ryegrass seedlings were used to trap bacteria from three different soils in laboratory conditions. Using a nitrogen-free microaerophilic medium, 147 isolates were recovered from the rhizosphere, rhizoplane, and surface-sterilized plant tissues, which were assigned to 12 genera in classes Alphaproteobacteria, Betaproteobacteria, Gammaproteobacteria, Bacilli and Actinobacteria. All isolates were able to grow in the absence of nitrogen and several of them were able to perform in vitro activities related to plant growth promotion. Isolates of the genera Sphingomonas and Achromobacter were found to be the most effective stimulators of annual ryegrass growth under nitrogen limitation (47-92% biomass increases). Major enhancements were obtained with isolates G3Dc4 (Achromobacter sp.) and G2Ac10 (Sphingomonas sp.). The latest isolate was also able to increment plant growth in nitrogen-supplemented medium, as well as the phosphate solubilizer and siderophore producer, G1Dc10 (Pseudomonas sp.), and the cellulose/pectin hydrolyser, G3Ac9 (Paenibacillus sp.). This study represents the first survey of annual ryegrass-associated bacteria in the montado ecosystem and unveiled a set of strains with potential for use as inoculants." @default.
- W1978701837 created "2016-06-24" @default.
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- W1978701837 date "2014-09-01" @default.
- W1978701837 modified "2023-09-26" @default.
- W1978701837 title "Annual ryegrass-associated bacteria with potential for plant growth promotion" @default.
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- W1978701837 cites W1561873193 @default.
- W1978701837 cites W1594529235 @default.
- W1978701837 cites W1964731797 @default.
- W1978701837 cites W1964954288 @default.
- W1978701837 cites W1973656203 @default.
- W1978701837 cites W1976800535 @default.
- W1978701837 cites W1978578806 @default.
- W1978701837 cites W1979995401 @default.
- W1978701837 cites W1985647114 @default.
- W1978701837 cites W1988440295 @default.
- W1978701837 cites W1991601414 @default.
- W1978701837 cites W1993234114 @default.
- W1978701837 cites W2001041063 @default.
- W1978701837 cites W2005733132 @default.
- W1978701837 cites W2007315916 @default.
- W1978701837 cites W2007554590 @default.
- W1978701837 cites W2013740990 @default.
- W1978701837 cites W2021698852 @default.
- W1978701837 cites W2022908268 @default.
- W1978701837 cites W2032259845 @default.
- W1978701837 cites W2032272880 @default.
- W1978701837 cites W2032670711 @default.
- W1978701837 cites W2034761695 @default.
- W1978701837 cites W2038613739 @default.
- W1978701837 cites W2045797379 @default.
- W1978701837 cites W2051228629 @default.
- W1978701837 cites W2054591517 @default.
- W1978701837 cites W2059118532 @default.
- W1978701837 cites W2062211895 @default.
- W1978701837 cites W2065461553 @default.
- W1978701837 cites W2066424446 @default.
- W1978701837 cites W2066767645 @default.
- W1978701837 cites W2076977378 @default.
- W1978701837 cites W2078443904 @default.
- W1978701837 cites W2080808230 @default.
- W1978701837 cites W2082317013 @default.
- W1978701837 cites W2082676268 @default.
- W1978701837 cites W2083779560 @default.
- W1978701837 cites W2084557092 @default.
- W1978701837 cites W2084799733 @default.
- W1978701837 cites W2085015140 @default.
- W1978701837 cites W2089421342 @default.
- W1978701837 cites W2097411417 @default.
- W1978701837 cites W2103183145 @default.
- W1978701837 cites W2103727397 @default.
- W1978701837 cites W2104623934 @default.
- W1978701837 cites W2107893684 @default.
- W1978701837 cites W2108209093 @default.
- W1978701837 cites W2124268508 @default.
- W1978701837 cites W2124357731 @default.
- W1978701837 cites W2127490218 @default.
- W1978701837 cites W2129184643 @default.
- W1978701837 cites W2132632499 @default.
- W1978701837 cites W2133303184 @default.
- W1978701837 cites W2133907136 @default.
- W1978701837 cites W2134086264 @default.
- W1978701837 cites W2137015675 @default.
- W1978701837 cites W2139520931 @default.
- W1978701837 cites W2139847648 @default.
- W1978701837 cites W2145151319 @default.
- W1978701837 cites W2148100449 @default.
- W1978701837 cites W2151996682 @default.
- W1978701837 cites W2154071138 @default.
- W1978701837 cites W2154401636 @default.
- W1978701837 cites W2157554024 @default.
- W1978701837 cites W2158714788 @default.
- W1978701837 cites W2158881745 @default.
- W1978701837 cites W2159214126 @default.
- W1978701837 cites W2160107164 @default.
- W1978701837 cites W2160517962 @default.
- W1978701837 cites W2165587270 @default.
- W1978701837 cites W2167226706 @default.
- W1978701837 cites W2313038310 @default.
- W1978701837 cites W4249698627 @default.
- W1978701837 cites W4254275792 @default.
- W1978701837 cites W4255864567 @default.
- W1978701837 cites W4293247451 @default.
- W1978701837 cites W948471541 @default.
- W1978701837 doi "https://doi.org/10.1016/j.micres.2013.12.010" @default.
- W1978701837 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24485300" @default.