NSTL国家科技图书文献中心

1. Assessment of toxicities and threat to biodiversity in an industrial effluent discharged environment NSTL国家科技图书文献中心

Molla, A. H. | Saha, R.... - 《International Journal of Environmental Science and Technology》 - 2025,22(4) - 2591～2600 - 共10页

摘要： chemical oxygen* demand 333.33 and 480.0 mg/L, and total* | . Decreased dissolved oxygen* 0.29 and 0.14 mg/L, increasing* | in wastewater, sediment* and plants samples. Among* | Congenial aquatic habitat environment is | inevitable for proper existence of its biodiversity. The

关键词： Aquatic habitat | Birds | Crop yield | Dissolved oxygen | Fishes | Heavy metals | Pollution

2. Submerged macrophyte root oxygen release reduces sediment oxygen demand: A positive feedback loop in shallow lakes NSTL国家科技图书文献中心

Woodward K.B. | Hofstra D. - 《Aquatic Botany》 - 2024,193 - 1～15 - 共15页 - 被引量：2

摘要： were able to reduce sediment* oxygen demand through* | initial sediment* oxygen demand present in the lake* | hypolimnion will reduce sediment* oxygen demand, increasing | their root oxygen releases. This reduction in sediment | oxygen demand* occurred at 32 plants m−2 in a garden

关键词： Isoëtes kirkii | Lake rehabilitation | Plant density | Root oxygen release | Sediment oxygen demand

3. Characteristics and fractionations of sediment oxygen demand in a complex tidal river network area NSTL国家科技图书文献中心

Zhiwei Huang | Xiaochen Liu ... - 《Journal of Environmental Management》 - 2024,354(Mar.1) - 120352.1～120352.10 - 共10页

摘要： sediment oxygen demand (SOD). In this study, we used | chemical inhibition to measure the oxygen* consumption of* | different types of SOD to explore the specific oxygen | diffusion fluxes of the sediment–water interface and | significant effect of sediment* on SOD in winter, whereas*

关键词： sediment oxygen demand | diffusive gradients in thin films | tidal network | Hypoxia | Flux | Organic matter

4. Effects of Diel Oxygen Cycling and Benthic Macrofauna on Sediment Oxygen Demand NSTL国家科技图书文献中心

Gadeken, Kara J. | Dorgan, Kelly M. - 《Estuaries and coasts》 - 2024,47(8) - 2377～2388 - 共12页

摘要： macroinfauna change patterns of sediment oxygen demand (SOD | oxygen demand is dynamic and highly sensitive both | This field study examined how sediment | ) throughout a diel oxygen* cycle. Sediments with a greater* | influence SOD depending on their response to low-oxygen

关键词： Oxygen | Diel | Sediment | Macrofauna | SOD | Metabolism

5. Stratification and respiration dynamics in shallow ponds: insights from continuous temperature measurements NSTL国家科技图书文献中心

Oleksandr Goncharov | Jiri Jan ... - 《Aquatic sciences》 - 2024,86(4) - 98.1～98.19 - 共19页

摘要： and sediment* oxygen demand, all with high temporal | oxygen demand* showed two peaks, one before and one | contributing factors, such as limitation of sediment oxygen | demand by low oxygen concentrations near the bottom and | sediment respiration rates, including the relationship

关键词： Continuous temperature measurements | Shallow ponds | Respiration in aquatic ecosystems | Stratification | Dissolved oxygen regime

6. The influence of bioturbator activity on sediment bacterial structure and function is moderated by environment NSTL国家科技图书文献中心

Palmer J. | Filippini G.... - 《Marine environmental research》 - 2024,201(Oct.) - 1.1～1.15 - 共15页

摘要： grain content. Sediment* oxygen demand increased with* | in situ flux measurements of oxygen* and nitrogen* | ? 2024 The AuthorsBioturbation in coastal | sediments plays a crucial role in biogeochemical cycling | . However, a key knowledge gap is the extent to which

关键词： Bacteria | Benthic flux | Biogeochemical cycle | Bioturbation | Estuaries | Nitrogen cycling | Sediments

7. Contrasting effects of climate change on denitrification and nitrogen load reduction in the Po River (Northern Italy) NSTL国家科技图书文献中心

Gervasio Maria Pia | Soana Elisa ... - 《Environmental Science and Pollution Research》 - 2024,31(35) - 48189～48204 - 共16页

摘要： oxygen demand and the extent of hypoxic conditions in | coastal zones. Intact sediment* cores were collected* | the Mediterranean Sea. Benthic oxygen* fluxes* | predictions. Higher water temperatures enhanced sediment | Abstract An increase in water temperature is

关键词： Climate change | Water temperature | Nitrogen | Denitrification | DNRA | Po River

8. Identifying the controls on nitrate and metabolic state within the Red River delta (Vietnam) with the use of stable isotopes NSTL国家科技图书文献中心

Smith, Andrew C. | Leng, Melanie J.... - 《Journal of Hydrology》 - 2024,628 - ARTN 130467～ - 共11页 - 被引量：2

摘要： sediment oxygen demand (SOD) and chemical oxygen demand | . Dissolved oxygen* isotope (delta 18O-O2) values calculated* | (oxygen* from primary production exceeds consumption by* | becoming undersaturated in oxygen. High NO3- loads and | In many places around the world, anthropogenic

关键词： Water stable isotopes | Dual NO 3 | stable isotopes | Nitrification | Denitrification | Dissolved oxygen isotope | Aquatic metabolism | LONG-TERM ACCURACY | DISSOLVED-OXYGEN | FRESH-WATER...

9. Using monitoring and mechanistic modeling to improve understanding of eutrophication in a shallow New England estuary NSTL国家科技图书文献中心

Finnian S. Cashel | Christopher D. Knigh...... - 《Journal of Environmental Management》 - 2024,355(Mar.15) - 120478.1～120478.11 - 共11页

摘要：. Carbonaceous biological oxygen* demand was suggested to be the* | oxygen demand may drive low [DO] in the stratified | spatiotemporal variability in dissolved oxygen* concentrations* | driver of hypoxia in surface waters, while sediment | Anthropogenic nutrient loading has resulted in

关键词： Numerical modeling | Eutrophication | Hypoxia | Macroalgae | Stratification

10. Heavy metals in the continuous river−estuary−sea system of the Yellow River Delta, China: Spatial patterns, potential sources, and influencing factors NSTL国家科技图书文献中心

Li J. | Wang W.... - 《Marine pollution bulletin》 - 2024,209(Dec. Pt.B) - 1.1～1.13 - 共13页

摘要： agricultural activities). Chemical oxygen* demand, water* | temperature, electrical conductivity, dissolved oxygen, pH | concentrations were the main influencing factors in sediment | observed for sediment* based on the values of the* | © 2024Present study investigated heavy metal

摘要： chemical oxygen* demand 333.33 and 480.0 mg/L, and total* | . Decreased dissolved oxygen* 0.29 and 0.14 mg/L, increasing* | in wastewater, sediment* and plants samples. Among* | Congenial aquatic habitat environment is | inevitable for proper existence of its biodiversity. The

关键词： Aquatic habitat | Birds | Crop yield | Dissolved oxygen | Fishes | Heavy metals | Pollution

摘要： were able to reduce sediment* oxygen demand through* | initial sediment* oxygen demand present in the lake* | hypolimnion will reduce sediment* oxygen demand, increasing | their root oxygen releases. This reduction in sediment | oxygen demand* occurred at 32 plants m−2 in a garden

关键词： Isoëtes kirkii | Lake rehabilitation | Plant density | Root oxygen release | Sediment oxygen demand

摘要： sediment oxygen demand (SOD). In this study, we used | chemical inhibition to measure the oxygen* consumption of* | different types of SOD to explore the specific oxygen | diffusion fluxes of the sediment–water interface and | significant effect of sediment* on SOD in winter, whereas*

关键词： sediment oxygen demand | diffusive gradients in thin films | tidal network | Hypoxia | Flux | Organic matter

摘要： macroinfauna change patterns of sediment oxygen demand (SOD | oxygen demand is dynamic and highly sensitive both | This field study examined how sediment | ) throughout a diel oxygen* cycle. Sediments with a greater* | influence SOD depending on their response to low-oxygen

关键词： Oxygen | Diel | Sediment | Macrofauna | SOD | Metabolism

摘要： and sediment* oxygen demand, all with high temporal | oxygen demand* showed two peaks, one before and one | contributing factors, such as limitation of sediment oxygen | demand by low oxygen concentrations near the bottom and | sediment respiration rates, including the relationship

关键词： Continuous temperature measurements | Shallow ponds | Respiration in aquatic ecosystems | Stratification | Dissolved oxygen regime

摘要： grain content. Sediment* oxygen demand increased with* | in situ flux measurements of oxygen* and nitrogen* | ? 2024 The AuthorsBioturbation in coastal | sediments plays a crucial role in biogeochemical cycling | . However, a key knowledge gap is the extent to which

关键词： Bacteria | Benthic flux | Biogeochemical cycle | Bioturbation | Estuaries | Nitrogen cycling | Sediments

摘要： oxygen demand and the extent of hypoxic conditions in | coastal zones. Intact sediment* cores were collected* | the Mediterranean Sea. Benthic oxygen* fluxes* | predictions. Higher water temperatures enhanced sediment | Abstract An increase in water temperature is

关键词： Climate change | Water temperature | Nitrogen | Denitrification | DNRA | Po River

摘要： sediment oxygen demand (SOD) and chemical oxygen demand | . Dissolved oxygen* isotope (delta 18O-O2) values calculated* | (oxygen* from primary production exceeds consumption by* | becoming undersaturated in oxygen. High NO3- loads and | In many places around the world, anthropogenic

关键词： Water stable isotopes | Dual NO 3 | stable isotopes | Nitrification | Denitrification | Dissolved oxygen isotope | Aquatic metabolism | LONG-TERM ACCURACY | DISSOLVED-OXYGEN | FRESH-WATER...

摘要：. Carbonaceous biological oxygen* demand was suggested to be the* | oxygen demand may drive low [DO] in the stratified | spatiotemporal variability in dissolved oxygen* concentrations* | driver of hypoxia in surface waters, while sediment | Anthropogenic nutrient loading has resulted in

关键词： Numerical modeling | Eutrophication | Hypoxia | Macroalgae | Stratification

摘要： agricultural activities). Chemical oxygen* demand, water* | temperature, electrical conductivity, dissolved oxygen, pH | concentrations were the main influencing factors in sediment | observed for sediment* based on the values of the* | © 2024Present study investigated heavy metal

关键词： Ecological risk | Heavy metal | Source apportionment | Yellow River delta

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： chemical oxygen demand 333.33 and 480.0 mg/L, and total | . Decreased dissolved oxygen 0.29 and 0.14 mg/L, increasing | in wastewater, sediment and plants samples. Among | Congenial aquatic habitat environment is | inevitable for proper existence of its biodiversity. The

关键词： Aquatic habitat | Birds | Crop yield | Dissolved oxygen | Fishes | Heavy metals | Pollution

摘要： were able to reduce sediment oxygen demand through | initial sediment oxygen demand present in the lake | hypolimnion will reduce sediment oxygen demand, increasing | their root oxygen releases. This reduction in sediment | oxygen demand occurred at 32 plants m−2 in a garden

关键词： Isoëtes kirkii | Lake rehabilitation | Plant density | Root oxygen release | Sediment oxygen demand

摘要： sediment oxygen demand (SOD). In this study, we used | chemical inhibition to measure the oxygen consumption of | different types of SOD to explore the specific oxygen | diffusion fluxes of the sediment–water interface and | significant effect of sediment on SOD in winter, whereas

关键词： sediment oxygen demand | diffusive gradients in thin films | tidal network | Hypoxia | Flux | Organic matter

摘要： macroinfauna change patterns of sediment oxygen demand (SOD | oxygen demand is dynamic and highly sensitive both | This field study examined how sediment | ) throughout a diel oxygen cycle. Sediments with a greater | influence SOD depending on their response to low-oxygen

关键词： Oxygen | Diel | Sediment | Macrofauna | SOD | Metabolism

摘要： and sediment oxygen demand, all with high temporal | oxygen demand showed two peaks, one before and one | contributing factors, such as limitation of sediment oxygen | demand by low oxygen concentrations near the bottom and | sediment respiration rates, including the relationship

关键词： Continuous temperature measurements | Shallow ponds | Respiration in aquatic ecosystems | Stratification | Dissolved oxygen regime

摘要： grain content. Sediment oxygen demand increased with | in situ flux measurements of oxygen and nitrogen | ? 2024 The AuthorsBioturbation in coastal | sediments plays a crucial role in biogeochemical cycling | . However, a key knowledge gap is the extent to which

关键词： Bacteria | Benthic flux | Biogeochemical cycle | Bioturbation | Estuaries | Nitrogen cycling | Sediments

摘要： oxygen demand and the extent of hypoxic conditions in | coastal zones. Intact sediment cores were collected | the Mediterranean Sea. Benthic oxygen fluxes | predictions. Higher water temperatures enhanced sediment | Abstract An increase in water temperature is

关键词： Climate change | Water temperature | Nitrogen | Denitrification | DNRA | Po River

摘要： sediment oxygen demand (SOD) and chemical oxygen demand | . Dissolved oxygen isotope (delta 18O-O2) values calculated | (oxygen from primary production exceeds consumption by | becoming undersaturated in oxygen. High NO3- loads and | In many places around the world, anthropogenic

关键词： Water stable isotopes | Dual NO 3 | stable isotopes | Nitrification | Denitrification | Dissolved oxygen isotope | Aquatic metabolism | LONG-TERM ACCURACY | DISSOLVED-OXYGEN | FRESH-WATER...

摘要：. Carbonaceous biological oxygen demand was suggested to be the | oxygen demand may drive low [DO] in the stratified | spatiotemporal variability in dissolved oxygen concentrations | driver of hypoxia in surface waters, while sediment | Anthropogenic nutrient loading has resulted in

关键词： Numerical modeling | Eutrophication | Hypoxia | Macroalgae | Stratification

摘要： agricultural activities). Chemical oxygen demand, water | temperature, electrical conductivity, dissolved oxygen, pH | concentrations were the main influencing factors in sediment | observed for sediment based on the values of the | © 2024Present study investigated heavy metal

关键词： Ecological risk | Heavy metal | Source apportionment | Yellow River delta

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： chemical oxygen* demand 333.33 and 480.0 mg/L, and total* | . Decreased dissolved oxygen* 0.29 and 0.14 mg/L, increasing* | in wastewater, sediment* and plants samples. Among* | Congenial aquatic habitat environment is | inevitable for proper existence of its biodiversity. The

摘要： were able to reduce sediment* oxygen demand through* | initial sediment* oxygen demand present in the lake* | hypolimnion will reduce sediment* oxygen demand, increasing | their root oxygen releases. This reduction in sediment | oxygen demand* occurred at 32 plants m−2 in a garden

摘要： sediment oxygen demand (SOD). In this study, we used | chemical inhibition to measure the oxygen* consumption of* | different types of SOD to explore the specific oxygen | diffusion fluxes of the sediment–water interface and | significant effect of sediment* on SOD in winter, whereas*

摘要： macroinfauna change patterns of sediment oxygen demand (SOD | oxygen demand is dynamic and highly sensitive both | This field study examined how sediment | ) throughout a diel oxygen* cycle. Sediments with a greater* | influence SOD depending on their response to low-oxygen

摘要： and sediment* oxygen demand, all with high temporal | oxygen demand* showed two peaks, one before and one | contributing factors, such as limitation of sediment oxygen | demand by low oxygen concentrations near the bottom and | sediment respiration rates, including the relationship

摘要： grain content. Sediment* oxygen demand increased with* | in situ flux measurements of oxygen* and nitrogen* | ? 2024 The AuthorsBioturbation in coastal | sediments plays a crucial role in biogeochemical cycling | . However, a key knowledge gap is the extent to which

摘要： oxygen demand and the extent of hypoxic conditions in | coastal zones. Intact sediment* cores were collected* | the Mediterranean Sea. Benthic oxygen* fluxes* | predictions. Higher water temperatures enhanced sediment | Abstract An increase in water temperature is

摘要： sediment oxygen demand (SOD) and chemical oxygen demand | . Dissolved oxygen* isotope (delta 18O-O2) values calculated* | (oxygen* from primary production exceeds consumption by* | becoming undersaturated in oxygen. High NO3- loads and | In many places around the world, anthropogenic

摘要：. Carbonaceous biological oxygen* demand was suggested to be the* | oxygen demand may drive low [DO] in the stratified | spatiotemporal variability in dissolved oxygen* concentrations* | driver of hypoxia in surface waters, while sediment | Anthropogenic nutrient loading has resulted in

摘要： agricultural activities). Chemical oxygen* demand, water* | temperature, electrical conductivity, dissolved oxygen, pH | concentrations were the main influencing factors in sediment | observed for sediment* based on the values of the* | © 2024Present study investigated heavy metal