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Results for “"Jessica Dittmar"”

10 results

Spatial Distribution and Temporal Variability of Arsenic in Irrigated Rice Fields in Bangladesh. 2. Paddy Soil

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Jessica Dittmar, Andreas Voegelin, Linda C. Roberts, Stephan J. Hug et al.

Journal: Environmental Science & TechnologyYear: 2007Citations: 228

Arsenic-rich groundwater from shallow tube wells is widely used for the irrigation of boro rice in Bangladesh and West Bengal. In the long term this may lead to the accumulation of As in paddy soils and potentially have adverse effects on rice yield and quality. In the companion article in this issu...

Physical SciencesEnvironmental ScienceEnvironmental Chemistry
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Arsenic release from paddy soils during monsoon flooding

Verified

Linda C. Roberts, Stephan J. Hug, Jessica Dittmar, Andreas Voegelin et al.

Journal: Nature GeoscienceYear: 2009Citations: 165
Physical SciencesEnvironmental ScienceEnvironmental Chemistry
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Spatial Distribution and Temporal Variability of Arsenic in Irrigated Rice Fields in Bangladesh. 1. Irrigation Water

Verified

Linda C. Roberts, Stephan J. Hug, Jessica Dittmar, Andreas Voegelin et al.

Journal: Environmental Science & TechnologyYear: 2007Citations: 147

Around 38% of the area of Bangladesh is irrigated with groundwater to grow dry season crops, most importantly boro rice. Due to high As concentrations in many groundwaters, over 1000 tons of As are thus transferred to arable soils each year, creating a potential risk for future food production. We s...

Physical SciencesEnvironmental ScienceEnvironmental Chemistry
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Arsenic in Soil and Irrigation Water Affects Arsenic Uptake by Rice: Complementary Insights from Field and Pot Studies

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Jessica Dittmar, Andreas Voegelin, Felix Maurer, Linda C. Roberts et al.

Journal: Environmental Science & TechnologyYear: 2010Citations: 93

Groundwater rich in arsenic (As) is extensively used for dry season boro rice cultivation in Bangladesh, leading to long-term As accumulation in soils. This may result in increasing levels of As in rice straw and grain, and eventually, in decreasing rice yields due to As phytotoxicity. In this study...

Physical SciencesEnvironmental ScienceEnvironmental Chemistry
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Biogeochemical processes and arsenic enrichment around rice roots in paddy soil: results from micro‐focused X‐ray spectroscopy

Verified

Jakob Frommer, Andreas Voegelin, Jessica Dittmar, Matthew A. Marcus et al.

Journal: European Journal of Soil ScienceYear: 2010Citations: 87

The spatial distribution and speciation of iron (Fe), manganese (Mn) and arsenic (As) around rice roots grown in an As‐affected paddy field in Bangladesh were investigated on soil sampled after rice harvest. Synchrotron micro‐X‐ray fluorescence spectrometry on soil thin sections revealed that roots ...

Physical SciencesEnvironmental ScienceEnvironmental Chemistry
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Arsenic Accumulation in a Paddy Field in Bangladesh: Seasonal Dynamics and Trends over a Three-Year Monitoring Period

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Jessica Dittmar, Andreas Voegelin, Linda C. Roberts, Stephan J. Hug et al.

Journal: Environmental Science & TechnologyYear: 2010Citations: 84

Shallow groundwater, often rich in arsenic (As), is widely used for irrigation of dry season boro rice in Bangladesh. In the long term, this may lead to increasing As contents in rice paddy soils, which threatens rice yields, food quality, and human health. The objective of this study was to quantif...

Physical SciencesEnvironmental ScienceEnvironmental Chemistry
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Arsenic Dynamics in Porewater of an Intermittently Irrigated Paddy Field in Bangladesh

Verified

Linda C. Roberts, Stephan J. Hug, Andreas Voegelin, Jessica Dittmar et al.

Journal: Environmental Science & TechnologyYear: 2010Citations: 78

In Bangladesh, irrigation of dry season rice (boro) with arsenic-contaminated groundwater is leading to increased As levels in soils and rice, and to concerns about As-induced yield reduction. Arsenic concentrations and speciation in soil porewater are strongly influenced by redox conditions, and th...

Physical SciencesEnvironmental ScienceEnvironmental Chemistry
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Seasonal arsenic cycling in irrigated paddy soils in Bangladesh and arsenic uptake by rice

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Jessica Dittmar

Journal: DORA Eawag (Swiss Federal Institute of Aquatic Science and Technology (Eawag))Year: 2010Citations: 1

Over the last decades, dry season (boro) rice production in Bangladesh has been largely intensified to meet the rising food demand of the growing population and to ensure food self-sufficiency. To date, boro rice cultivation accounts for more than 50% of the country’s rice production, as it provides...

Physical SciencesEnvironmental ScienceEnvironmental ChemistryOpen Access
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Arsenic remobilization from paddy soil during monsoon flooding in Bangladesh

Verified

Linda C. Roberts, Stephan J. Hug, Jessica Dittmar, Andreas Voegelin et al.

Journal: Geochimica et Cosmochimica Acta SupplementYear: 2009
Physical SciencesEnvironmental ScienceWater Science and Technology
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GEOC 59-Arsenic remobilization from paddy soils during monsoon flooding in Bangladesh

Verified

Linda C. Roberts, Stephan J. Hug, Jessica Dittmar, Andreas Voegelin et al.

Year: 2008
Physical SciencesEnvironmental ScienceEnvironmental Engineering
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