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Aboutus Business Arkansas State University Ecotoxicology Research Facility Ecological Integrity of Wetland Soils Validation of a Perturbation Index in Northern Mississippi Wetlands Use of Willow Cutting for Stream Bank Restoration Publications Resulting from Willow Research Constructed Wetlands to Prevent Adverse Effects of Cropland Runoff: A Modeling and Empirical Approach Evaluation of Agricultural Retention and Processing in a Large Forested Wetland/Riparian Zone in the Mississippi Delta MSEA: Shallow Ground Water Mississippi Delta MSEA Mississippi Delta MSEA - Conservation Tillage Mississippi Delta MSEA - Slotted Board Riser Mississippi Delta MSEA - Grass Filter Strip Mississippi Delta MSEA - Pioneering Weed Control Technology Mississippi Delta MSEA - Surface Water Quality Mississippi Delta-MSEA - Agrichemical Movement in Shallow Ground Water Mississippi Delta MSEA - Lake Water Quality Evaluations Mississippi Delta MSEA - Sampling Lake Sediment Mississippi Delta MSEA - Deep Hollow Mississippi Delta MSEA - Beasley Lake Mississippi Delta MSEA - Thigman Lake Watershed Mississippi Delta MSEA - Personnel Mississippi Delta MSEA Reporter Archive Mississippi Delta MSEA Volume 1, Issue 1, Page 1 Mississippi Delta MSEA Volume 1, Issue 1, Page 2 Mississippi Delta MSEA Volume 1 Issue 1, Page 3 Mississippi Delta MSEA Volume 1 Issue 1, Page 4 Mississippi Delta MSEA Volume 2, Issue 1, Page 1 Mississippi Delta MSEA Volume 2, Issue 2, Page 1 Mississippi Delta MSEA Volume 2, Issue 2, Page 2 Mississippi Delta MSEA Volume 2, Issue 2, Page 3 Mississippi Delta MSEA Volume 2, Issue 2, Page 4 Mississippi Delta MSEA Volume 2, Issue 1, Page 2 Mississippi Delta MSEA Volume 2, Issue 2, Page 1 (1) Mississippi Delta MSEA Volume 2, Issue 3, Page 1 Mississippi Delta MSEA Volume 2, Issue 3, Page 2 Mississippi Delta MSEA Volume 2, Issue 3, Page 3 Mississippi Delta MSEA Volume 2, Issue 3, Page 4 Mississippi Delta MSEA Volume 2, Issue 3, Page 5 Mississippi Delta MSEA Volume 3, Issue 1, Page 1, First Semester 1997 Mississippi Delta MSEA Volume 3, Issue 1, Page 2, First Semester 1997 Mississippi Delta MSEA Volume 3, Issue 1, Page 3, First Semester 1997 Mississippi Delta MSEA Volume 3, Issue 1, Page 4, First Semester 1997 Mississippi Delta MSEA Volume 3, Issue 2, Page 1, First Semester 1997 Mississippi Delta MSEA Volume 3, Issue 2, Page 2, First Semester 1997 Mississippi Delta MSEA Volume 3, Issue 2, Page 3, First Semester 1997 Mississippi Delta MSEA Volume 4, Issue 1, Page 1, First Semester 1998 Mississippi Delta MSEA Volume 4, Issue 1, Page 2, First Semester 1998 Mississippi Delta MSEA Volume 4, Issue 1, Page 3, First Semester 1998 Mississippi Delta MSEA Volume 4, Issue 1, Page 4, First Semester 1998 Main University of Mississippi Field Station at Bay Springs Little Topashaw Creek - Project Description - Photo Sam Testa Constructed Wetland Process Farm Waste Evaluation of Shallow Groundwater Contamination Gully Controls Develop Habitat Laboratory Tests Reveal Watershed Needs Stream Stability Structures Help Restore Life Tillage and Transport of Agricultural Contaminants Use of Acoustic Doppler Devices to Measure Aquatic Habitat Quality River Restoration Research Hotophia Creek Goodwin Creek Martin Dale Creek and Martin Dale Tributary Harland Creek Synthesis of Findings to Date Little Topashaw Creek Little Topashaw Creek - Summary of Findings - Discharge Little Topashaw Creek - Summary of Findings - Effects of Debris Structures Little Topashaw Creek - Summary of Findings - Vegetative Control of Gullies Little Topashaw Creek - Summary of Findings Little Topashaw Creek - LWDS Failure Little Topashaw Creek - Effects of Wood Structures - High Flow Stages Little Topashaw Creek - High Flow Stages - Englarged Photo Little Topashaw Creek - Sediment Transport Little Topashaw Creek - Sediment Transport Englarged Photo Little Topashaw Creek - Effects on Physical Aquatic Habitat Little Topashaw Creek - Effects on Macroinvertebrate Community Little Topashaw Creek - Effects on Fish Community Little Topashaw Creek - Effect of Debris Structures - Effects on Fish Community - Enlarged Photo Little Topashaw Creek - Effects of Debris Structures - Channel Stabilization Little Topashaw Creek - Channel Stabilization - Cross Section 23 Little Topashaw Creek - Seasonal Variation of Pesticides Little Topashaw Creek - Implications of Nutrient Total Maximum Daily Load (TMDL) Criteria for Little Topashaw Creek Little Topashaw Creek - Response of physical aquatic habitat Little Topashaw Creek - Response of physical aquatic habitat (1) Little Topashaw Creek - Velocities during high flows Little Topashaw Creek - Channel Stabilization - Thalweg Little Topashaw Creek - Channel Stabilization - Topagraphy at Study Bend Little Topashaw Creek - Shifts in bed sediment size Little Topashaw Creek - Effects on fish community - Fish species richness Little Topashaw Creek - Centrarchids, % of Total Catch by Weight Little Topashaw Creek - Effects on fish community - Links between changes in fish community and fish habitat Little Topashaw Creek - Retention of particulate organic matter(POM) Little Topashaw Creek - Historical Aerial Photos - Set 1 Little Topashaw Creek - Historical Aerial Photos - Set 2 Little Topashaw Creek - Historical Aerial Photos - Set 3 Little Topashaw Creek - Historical Aerial Photos - Set 4 Little Topashaw Creek - Site Description Little Topashaw Creek - Major Objectives Little Topashaw Creek - Project Description Little Topashaw Creek - Experiments Little Topashaw Creek - Monitoring Little Topashaw Creek - Construction Little Topashaw Creek - Geomorphology Little Topashaw Creek - Soil Borings Little Topashaw Creek - Pre-construction census of large woody debris Little Topashaw Creek - Wood Density Little Topashaw Creek - Expected benefits Little Topashaw Creek - Expected benefits - Photo Little Topashaw Creek - Reports and downloadable end products Little Topashaw Creek - Construction 1 - Enlarged Photo Little Topashaw Creek - Construction 2 - Enlarged Photo Little Topashaw Creek - Cleared areas Little Topashaw Creek - As built dimensions Little Topashaw Creek - Photos of Construction Little Topashaw Creek LWDS Construction July 2000 Little Topashaw Creek LWDS Construction July 2000 Excavation of key trench Little Topashaw Creek LWDS Construction July 2000 Placing key member Little Topashaw Creek LWDS Construction July 2000 Placing racked member Little Topashaw Creek - Installation of earth anchors Little Topashaw Creek - Completed earth anchor installation Litttle Topashaw Creek - Monitoring - Channel processes Litttle Topashaw Creek - Monitoring - Vegetative control of gullies Little Topashaw Creek - Vegetated Inlet Construction July 2000 Demonstration Erosion Control Project NSL Research Sponsored by DEC Selected National Technology Transfer Little Topashaw Creek - Monitoring - Water quality and ecological processes Little Topashaw Creek - Monitoring - Large wood structures Little Topashaw Creek - Experiments - Innovative bank stabilization Little Topashaw Creek - Experiments - Low-cost channel habitat restoration Little Topashaw Creek - Bank stabilization structures made from large wood Little Topashaw Creek - Structure Elevation Little Topashaw Creek - Monitoring Plan - Periodic data Little Topashaw Creek - Seasonal biological data Little Topashaw Creek - Monitoring - Monthly water quality data Little Topashaw Creek - Location and sizes of large woody debris formations Little Topashaw Creek - Monitoring - Density of wood Little Topashaw Creek - Monitoring - Water stage Little Topashaw Creek - Monitoring - Channel Surveys Little Topashaw Creek - Size and organic matter content of channel bed material Little Topashaw Creek - Monitoring - Stratigraphic logging Little Topashaw Creek - Stratigraphic logging results Little Topashaw Creek - Plan View Little Topashaw Creek - Structure Design Using RIST to Convert Rainfall Records into Erosion Model Inputs Little Topashaw Creek - Effects of Large Woody Debris Structures on Bend Flow Field Rainfall Intensity Summarization Tool Little Topashaw Creek - High Flow Conditions at Little Topashaw Creek Little Topashaw Creek - Vegetative control of gullies Little Topashaw Creek - Subsurface Erosion Control Processes Little Topashaw Creek - Use of willow cuttings for riparian zone rehabilitation Little Topashaw Creek - Method2 Little Topashaw Creek - Vegetated Inlet Performance Little Topashaw Creek - Woody material became lighter as it dried Little Topashaw Creek - Sediments deposited within the debris structures were scoured away Little Topashaw Creek - Subsurface Erosion Background Little Topashaw Creek - Methods Little Topashaw Creek - Nutrient TMDL's - Abstract Little Topashaw Creek - Nutrient TMDL's - Introduction Little Topashaw Creek - Nutrient TMDL's - Methods Little Topashaw Creek - Nutrient TMDL's - Results Little Topashaw Creek - Monitoring - Bank Soil Moisture Little Topashaw Creek - Channel Processes - Bank Stabilization by Soil Moisture Control - Photo Little Topashaw Creek - Innovative Bank Stabilization - Photo Little Topashaw Creek - Innovative Bank Stabilization Little Topashaw Creek - Monitoring - Geomorphic Evaluation Little Topashaw Creek - Seasonal Variations of Pesticides - Abstract Little Topashaw Creek - Abstract - Photo Little Topashaw Creek - Seasonal Variations of Pesticides - Introduction Little Topashaw Creek - Bed Organic Carbon Little Topashaw Creek - Dye Study Little Topashaw Creek - Fate of Large Wood Structures Little Topashaw Creek - Carbon Concentrations Little Topashaw Creek - Current-use Pesticides Little Topashaw Creek - Seasonal Variations of Pesticides - Conclusions Little Topashaw Creek - Total Nitrogen and Total Phosphorus Little Topashaw Creek - Ammonia and Nitrate Little Topashaw Creek - Nitrite and Kjedahl-N Little Topashaw Creek - Seasonal Variations of Pesticides - Discussion Little Topashaw Creek - Herbicides - Discharge and Suspended sediment concentration Little Topashaw Creek - Herbicides - Acetanilide Little Topashaw Creek - Herbicides - Dinitroanaline Little Topashaw Creek - Insecticides - Q and SS Little Topashaw Creek - Insecticides - Chlorinated Hydrocarbon Little Topashaw Creek - Insecticides - pp' DDT Metabolites Little Topashaw Creek - Insecticides - Pyrethroid Little Topashaw Creek - Performance of Earth Anchors Little Topashaw Creek - Performance of Earth Anchors - Summary Little Topashaw Creek - Analysis of Forces in Anchors Little Topashaw Creek - Anchor Performance Little Topashaw Creek - Historical Aerial Photos Little Topashaw Creek - Anchor Installation River Restoration Technical Committee River Restoration Resources River and stream restoration links Demonstration Erosion Control Project - Low drop channel grade control structures Little Topashaw Creek - Herbicides - Triazine Coldwater River Backwater Restoration Coldwater River Backwater Restoration - Goals and Objectives Coldwater River Backwater Restoration - Study sites in Northwest Mississippi Coldwater River Backwater Restoration - Key Partners Coldwater River Backwater Restoration - Publications and products Little Topashaw Creek - Cultivation of corn on a riparian flood plain, July 2001 Little Topashaw Creek - Cultivation of cotton on a riparian flood plain, July 2001 Mississippi Technology Transfer International Technology Transfer Legacy WQERU Projects Little Topashaw Creek - As built dimensions - Results Little Topashaw Creek - Seasonal Variations of Pesticides - Methods Little Topashaw Creek - Experimental Objectives Coldwater River Backwater Restoration - Effects of Flow Augmentation Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Project Information Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Abstract Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Study Site Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Flow Augmentation to simulate a backwater flood event Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Flow Augmentation to simulate a backwater flood event - Graphs Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Water Quality Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Discussion Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Discussion - Direct and Indirect effects of decreased water volume on water quality Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Conclusions Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - References Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results - Temperature Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results - Dissolved Oxygen Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results - Conductivity Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results - pH Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results - Total Dissolved and suspended solids Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results - Filterable Phosphorus and Total Phosphorus Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results - Nitrogen Compounds (Ammonia, Nitrate, Nitrite) Rehabilitation of a Severed Meander Bendway: Effects of Flow Augmentation - Results - Chlorophyll Effects of cutting size on performance of black willow (Salix nigra) stakes Effects of cutting size on performance of black willow (Salix nigra) stakes - Abstract Effects of cutting size on performance of black willow (Salix nigra) stakes - Introduction Effects of cutting size on performance of black willow (Salix nigra) stakes - Materials and Methods Effects of cutting size on performance of black willow (Salix nigra) stakes - Results Effects of cutting size on performance of black willow (Salix nigra) stakes - Conclusions Research Links Coldwater River Backwater Restoration - Ecological Engineering Coldwater River Backwater Restoration - Study sites in Tunica County Coldwater River Backwater Restoration - Rehabilitation of cutoff bend Coldwater River Backwater Restoration - Two - cell design for rehabilitated bendway Coldwater River Backwater Restoration - Weirs controlling lake cell and wetland Coldwater River Backwater Restoration - Management of natural wetland Coldwater River Backwater Restoration - Available Backwater Restoration Approaches Coldwater River Backwater Restoration - Heavily Degraded Reference Site Coldwater River Backwater Restoration - Artificial Runoff Event Coldwater River Backwater Restoration - Artificial Runoff Events Coldwater River Backwater Restoration - Lightly Degraded Reference Site Little Topashaw Creek - Use of willow cuttings for riparian zone rehabilitation - General Little Topashaw Creek - Use of willow cuttings for riparian zone rehabilitation - Soaking Little Topashaw Creek - Seasonal Variations of Pesticides - Authors Little Topashaw Creek - Seasonal Variations of Pesticides - Results Beasley Lake CEAP Watershed Additional Publications (1998 & earlier) Matthew Moore - Technical Reports Matthew Moore - Invited presentations Matthew Moore - Course Instructor Matthew Moore - Professional Activities Future Scientists Program Matthew Moore - Other Presentations Publications Request Vegetated Agricultural Drainage Ditches Tailwater Recovery Systems LMRB LTAR Roundaway Lake
