Microbial population in phyllosphere of mangroves grow in different salinity zones of Bhitarkanika (India).

Nibha Gupt; Srilekha Mishra; Basak U. C.

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Microbial population in phyllosphere of mangroves grow in different salinity zones of Bhitarkanika (India).

机译：红树林叶层中的微生物种群在印度Bhitarkanika的不同盐度区生长。

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The bacterial and fungal populations in phyllosphere of mangrove plants were investigated in order to evaluate differences in their occurrence associated with host species. Study sites included relatively undisturbed and purely mangrove area that were selected for sampling from both the low and intermediate salinity zones. Microbial population count was analyzed in 11 and 14 different and/or similar plant species from these two salinity zones. The maximum microbial population was observed in phyllosphere of low salinity zone. However, Crinum defixum L. was found to be most populated with bacteria among all other phyllosphere plant samples tested.

机译：为了评估与宿主物种相关的红树林植物的叶层细菌和真菌种群，它们的发生差异。研究地点包括从低盐度和中度盐度区取样的相对不受干扰的纯红树林区域。分析了这两个盐度区中11种和14种不同和/或相似植物物种中的微生物种群数量。在低盐度带的叶际中观察到最大的微生物种群。然而，在所有其他测试的叶圈植物样品中，发现 Cdefum defixum L.细菌最多。

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《Acta Botanica Malacitana》 |2009年第1期|共5页
作者
Nibha Gupt; Srilekha Mishra; Basak U. C.;
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原文格式 PDF
正文语种 eng
中图分类农学（农艺学）;
关键词
host plants; mangroves; phyllosphere; salinity; trees; India; Orissa;

机译：寄主植物;红树林;叶系;盐度;树木;印度;奥里萨邦;

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1. Microbial population in phyllosphere of mangroves grow in different salinity zones of Bhitarkanika (India). [J] . Nibha Gupt, Srilekha Mishra, Basak U. C. Acta Botanica Malacitana . 2009,第1期

机译：红树林叶层中的微生物种群在印度Bhitarkanika的不同盐度区生长。
2. Diversity and seasonal fluctuation of predominant microbial communities in Bhitarkanika, a tropical mangrove ecosystem in India [J] . Ranjan Mishra Rashmi, Ranjan Swain Manas, Kanti Danga Tushar, Revista de Biología Tropical . 2012,第2期

机译：印度热带红树林母亲占卜纳卡省主要微生物群落的多样性与季节波动
3. Microbial Population Dynamics as a Function of Sediment Salinity Gradients in the Qua Iboe Estuary Mangrove Swamp (Nigeria) [J] . J.P. Essien, S.P. Antai, N.U. Benson Research journal of microbiology. . 2010,第9期

机译：Qua Iboe河口红树林沼泽（尼日利亚）中微生物种群动态随沉积物盐度梯度的变化
4. EFFECT OF SEDIMENT ORGANIC CARBON CONTENT ON MICROBIAL DIVERSITY OF BHITARKANIKA MANGROVE ESTUARY [C] . K. Sahoo, M.K. Khadanga, N.K. Dhal, International Society for Photogrammetry and Remote Sensing Ahmedabad Workshop . 2009

机译：沉积物有机碳含量对Bhitarkanika红树林河口微生物多样性的影响
5. Impacts of salinity fluctuations on the productivity of coastal mangrove fish populations. [D] . Robbins, Robert J. 2005

机译：盐度波动对沿海红树林鱼类种群生产力的影响。
6. Comparative Anatomy of Intervessel Pits in Two Mangrove Species Growing Along a Natural Salinity Gradient in Gazi Bay Kenya [O] . Nele Schmitz, Steven Jansen, Anouk Verheyden, 2007

机译：肯尼亚加兹湾沿自然盐度梯度生长的两种红树林物种间脉坑的比较解剖
7. Microbial population dynamics as a function of sediment salinity gradients in the Qua Iboe Estuary mangrove swamp (Nigeria). [O] . Essien Joseph P., Antai S.P, Benson N. U. 2015

机译：Qua Iboe河口红树林沼泽（尼日利亚）中微生物种群动态与沉积物盐度梯度的关系。

Microbial population in phyllosphere of mangroves grow in different salinity zones of Bhitarkanika (India).

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