Host-specific and tissue-dependent orchestration of microbiome community structure in traditional rice paddy ecosystems
Background and aim Rice and duckweed are two monocotyledonous plants that naturally
coexist in paddy fields. While the presence of duckweed in paddy fields significantly …
coexist in paddy fields. While the presence of duckweed in paddy fields significantly …
Co-culturing Hydrilla verticillata with rice (Oryza sativa) plants ameliorates arsenic toxicity and reduces arsenic accumulation in rice
P Yadav, S Srivastava - Environmental Technology & Innovation, 2020 - Elsevier
Widespread occurrence of arsenic (As) in paddy agricultural fields and consequent
accumulation of As in rice grains poses a great threat to human health. In the present study …
accumulation of As in rice grains poses a great threat to human health. In the present study …
Arsenic contamination in agricultural soil reduces metabolic activity of total and free-living nitrogen-fixing bacteria as revealed by real-time qPCR
A Chakraborty, K Bhakat, E Islam - Soil and Sediment …, 2017 - Taylor & Francis
Laboratory microcosms were used to assess the impact of arsenic (As) contamination on
agricultural soil bacterial activity focusing free-living nitrogen fixers for three months …
agricultural soil bacterial activity focusing free-living nitrogen fixers for three months …
[PDF][PDF] Weijuan Huang, Sarah Gilbert, Alexander Poulev, Kenneth Acosta
S Lebeis, C Long, E Lam - researchgate.net
Background and aim Rice and duckweed are two monocotyledonous plants that naturally
coexist in paddy fields. While the presence of duckweed in paddy fields significantly …
coexist in paddy fields. While the presence of duckweed in paddy fields significantly …
Tolerance Mechanisms of Rice to Arsenic Stress
Arsenic (As) has been found to be allied part of various minerals like iron, oxides/hydroxides
of aluminum, manganese, and sulfides in the earth crust. The toxicity caused by As in soil …
of aluminum, manganese, and sulfides in the earth crust. The toxicity caused by As in soil …