Docs

• 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