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Conservation Drainage Media Library

The Conservation Drainage Media Library is designed to increase understanding of innovative drainage practices by providing readily accessible images, videos, graphic illustrations, and other media that can be used in education and other non-commercial activities. Researchers and educators have free access to download and use media files with proper attribution. All files contain metadata, including credit, description, and licensing information, within the file properties.

How to use the Conservation Drainage Media Library

Searching for media

Users can search media by category or keyword. Keyword searches can be performed on all media file properties or only a few (e.g., credit, description, file type, or location).

Previewing and downloading media

All media can be previewed by clicking on the image thumbnail. Save the full-resolution image by clicking the Save button, which opens the media in a new browser window, then right-clicking on the image and selecting “Save As”.

Providing proper media attribution

Ownership of these materials remains with the original owner, whose name is provided in the image and metadata. All media is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License that can be found within the media file’s properties.

Creative Commons License
Be a part of the best drainage media library on the web!

We welcome new contributions to the Conservation Drainage Media Library. Photos, graphic illustrations, videos, animations, design drawings, and maps that can educate about drainage practices are welcome. It provides a convenient and recognized outlet for documenting and sharing drainage research and implementation. You will always retain ownership of your contributions and know that it is licensed to recognize your important work.

Find out more and contribute media!

Developed by the Transforming Drainage project


CreditMediaDescriptionLocationFile TypeFile SizeTagFull Resolution
Dongqing LinTD.FAIRM.CD.SAM.8Measuring subsurface drainage flow in FAIRM field.North DakotaJPEG2.2 MBControlled Drainage, Sampling and InstrumentationSave
Purdue UniversityTD.MO.DWR.12Reservoir and control panel in Missouri.MissouriJPEG471.3 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.11Irrigation system saturating crops and ground in Missouri.MissouriJPEG270.9 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.9Irrigation sprinklers in Missouri.MissouriJPEG599.2 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.8Pump equipment at drainage water recycling site in Missouri.MissouriJPEG312.4 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.7Aerial view of irrigation and crop fields in Missouri.MissouriJPEG868.6 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.6Overhead irrigation and crop fields in Missouri.MissouriJPEG608 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.5Overhead irrigation in Missouri.MissouriJPEG691.9 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.4Overhead irrigation in Missouri.MissouriJPEG609.5 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.3Control structure equipment and crop field in Missouri.MissouriJPEG814.6 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.10Irrigation system saturating crops and ground in Missouri.MissouriJPEG396.7 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.16Pump being turned on next to reservoir in Missouri. MissouriJPEG662.5 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.17Aerial view of reservoir and landscape in Missouri.MissouriJPEG636.2 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.15Aerial view of reservoir and landscape in Missouri.MissouriJPEG457.1 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.14Aerial view of reservoir and landscape in Missouri.MissouriJPEG351.9 KBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.13Observation well by reservoir in Missouri.MissouriJPEG352.2 KBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.17Reservoir and piping leading into the reservoir in Michigan.MichiganJPEG431.3 KBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.16Landscape with tile lines and reservoir in Michigan.MichiganJPEG411.5 KBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.15Aerial view of reservoir in Michigan.MichiganJPEG427.4 KBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.14Tile lines and reservoir in Michigan.MichiganJPEG522.9 KBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.13Reservoir and bank in Michigan.Michigan.jpg532.5 KBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.11Landscape with tiled fields and reservoir in Michigan.Michigan.jpg8.3 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.10Newly installed reservoir in Michigan.Michigan.jpg8.9 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.9Tile lines and reservoir in Michigan.Michigan.jpg6.4 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.8Aerial view of tile lines and reservoir in Michigan.Michigan.jpg8.3 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.7Aerial view of newly installed tile lines, reservoir, and landscape in Michigan.Michigan.jpg7.6 MBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.9Pumping equipment next to reservoir in Minnesota.Minnesota.jpg650.4 KBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.8Reservoir in Minnesota.Minnesota.jpg339.6 KBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.7Reservoir in Minnesota.Minnesota.jpg237.5 KBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.6Aerial view of reservoir and crop fields in Minnesota.Minnesota.jpg334.4 KBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.5Drainage water recycling pump equipment in Minnesota.Minnesota.jpg363.8 KBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.4Crop fields and reservoir in Minnesota.Minnesota.jpg240.8 KBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.3Aerial view of reservoir and landscape in Minnesota.Minnesota.jpg1.2 MBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.2Aerial view of crop fields and drainage water recycling instrumentation in Minnesota.Minnesota.jpg660.9 kbDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.1Aerial view of crop fields and drainage water recycling in instrumentation in Minnesota.Minnesota.jpeg669.9 kbDrainage Water RecyclingSave
Lori AbendrothTD.SERF.SAM.2Monitoring sump where flow from individual subsurface drained plots is being monitored in Southeast Iowa.IowaJPEG4.8 MBSampling and InstrumentationSave
Ben ReinhartTD.SERF.SAM.4Weather station and monitoring sump where flow from individual subsurface drained plots is being monitored in Southeast Iowa.IowaJPEG7.6 MBSampling and InstrumentationSave
Giorgi ChighladzeTD.BEAR2.SB.SAM.2Distribution box and monitoring equipment used to measure the saturated buffer's performance.IowaJPEG2.2 MBSaturated Buffer, Sampling and InstrumentationSave
Giorgi ChighladzeTD.BEAR2.SB.SAM.4Two years after installation at the Iowa site saturated buffer showing the top of distribution box and some of the monitoring equipment used to measure its performance.IowaJPEG2.8 MBSaturated Buffer, Sampling and InstrumentationSave
Giorgi ChighladzeTD.BENTON.SB.SAM.1Monitoring wells at saturated buffer in Iowa. Control box and datalogger in the distance.IowaJPEG2.5 MBSaturated Buffer, Sampling and InstrumentationSave
Giorgi ChighladzeTD.BENTON.SB.SAM.3Withdrawing and collecting a water sample from one of the observation wells at saturated buffer in Iowa.IowaJPEG2.8 MBSaturated Buffer, Sampling and InstrumentationSave
Giorgi ChighladzeTD.BENTON.SB.OUT.1Monitoring wells and creek adjacent to saturated buffer in Iowa.IowaJPEG2.4 MBSaturated Buffer, OutletsSave
Mark TomerTD.IA.SB.2Iowa producers viewing installation of a blind inlet.IowaJPEG3.7 MBSaturated BufferSave
Matt HelmersTD.IA.WET.2Wetland in Iowa.IowaJPEG2.8 MBTreatment WetlandSave
Matt HelmersTD.IA.SAM.1Drainage Monitoring in Iowa.IowaJPEG4 MBSampling and InstrumentationSave
Ben ReinhartTD.MI.DWR.OUT.2Outlet to on-farm pond that collects drainage water for recycling in Michigan.MichiganJPEG7.2 MBDrainage Water Recycling, Tile InstallationSave
Ben ReinhartTD.MI.DWR.4On-farm pond that collects drainage water with water pump infrastructure in Michigan.MichiganJPEG7.8 MBDrainage Water RecyclingSave
Ben ReinhartTD.MI.DWR.OUT.3Outlet to on-farm pond that collects drainage water in Michigan.MichiganJPEG6.7 MBDrainage Water Recycling, OutletsSave
Ehsan GhaneTD.MI.SB.1Four-chamber control structure with anti-seep collar at Clayton, MI.MichiganJPEG4.1 MBSaturated BufferSave
Giorgi ChighladzeTD.SWROC.DWR.SAM.1External view of metering manhole for collecting drain flow and water quality samples from the drainage plots where supplemental irrigation is occurring using recycled drainage water in Minnesota.MinnesotaJPEG12 MBDrainage Water Recycling, Sampling and InstrumentationSave
Giorgi ChighladzeTD.SWROC.DWR.SAM.7Background, on-farm pond holding recycled surface runoff and subsurface drainage water for supplemental on-surface drip irrigation in Minnesota. Foreground, is the water pump, and dual filtration systems for filtering water from the pond. MinnesotaJPEG10.1 MBDrainage Water Recycling, Sampling and InstrumentationSave
Giorgi ChighladzeTD.SWROC.DWR.SAM.6Central data logger, antenna and solar panels linked to wireless infrared temperature (IRT) sensor network for leaf canopy temperature monitoring in Minnesota. These sensors measure leaf temperature which provides an indication of plant stress from soil water deficit, or high ambient temperatures.MinnesotaJPEG6.8 MBDrainage Water Recycling, Sampling and InstrumentationSave
Giorgi ChighladzeTD.SWROC.DWR.SAM.4Supplemental on-surface drip irrigation manifold in Minnesota.MinnesotaJPEG8.5 MBDrainage Water Recycling, Sampling and InstrumentationSave
Giorgi ChighladzeTD.SWROC.DWR.SAM.5Supplemental on-surface drip irrigation manifold in Minnesota.MinnesotaJPEG9.8 MBDrainage Water Recycling, Sampling and InstrumentationSave
Jeppe KjaersgaardTD.WILKIN2.INS.OTR.1Drainage demonstration in Minnesota.MinnesotaJPEG541 KBTile Installation, OtherSave
Ryan Lemickson; Minnesota Department of Agriculture. TD.WILKIN.SB.SAM.1Combine and grain cart framed by monitoring equipment and a water control structure for a saturated buffer in Minnesota.MinnesotaJPEG3.9 MBSaturated Buffer, Sampling and InstrumentationSave
Jeppe KjaersgaardTD.WILKIN.INS.6Round drainage water control structure with anti-seep collar in Minnesota.MinnesotaJPEG4.2 MBTile InstallationSave
Jeppe KjaersgaardTD.WILKIN.INS.112-inch main line installation using a wheel trencher in Minnesota.MinnesotaJPEG4.9 MBTile InstallationSave
Jeppe KjaersgaardTD.WILKIN.INS.2Anti-seep collar installed on tile line by a water control structure in Minnesota.MinnesotaJPEG4.3 MBTile InstallationSave
Jeppe KjaersgaardTD.WILKIN.INS.3Tile plow installing an 8-inch line in Minnesota.MinnesotaJPEG5.5 MBTile InstallationSave
Jeppe KjaersgaardTD.WILKIN.INS.7Pipe trencher during installation with the boot in the ground in Northern Minnesota. MinnesotaJPEG4.6 MBTile InstallationSave
Kelly NelsonTD.MO.INS.1Installation of perforated plastic pipe by Land Improvement Contractors in claypan soils during the Conservation Showcase Field Day 2017 in Missouri.MissouriJPEG8.7 MBTile InstallationSave
Kelly NelsonTD.MO.INS.2Drainage pipe installation at the Missouri Conservation Showcase.MissouriJPEG6.9 MBTile InstallationSave
Kelly NelsonTD.MO.INS.4Port Industries Hydramaxx Vplow installing subsurface drainage pipe at the Missouri Conservation Showcase.MissouriJPEG5.2 MBTile InstallationSave
Kelly NelsonTD.MO.INS.5Water gate and seep collar installation at the Missouri Conservation Showcase in 2017.MissouriJPEG5.4 MBTile InstallationSave
Kelly NelsonTD.MO.INS.6Water level control structure and seep collar installation at the Missouri Conservation Showcase in 2017.MissouriJPEG8.3 MBTile InstallationSave
Kelly NelsonTD.MO.INS.7Installation of the main line supplying water to the bioreactor and saturated buffer edge-of-field practices at the Missouri Conservation Showcase in 2017.MissouriJPEG4.7 MBTile InstallationSave
Kelly NelsonTD.MO.BIO.1Construction of a bioreactor and the control structure needed to maintain the water level in the bioreactor at the Missouri Conservation Showcase. MissouriJPEG6.1 MBTile InstallationSave
Kelly NelsonTD.MUDS1.OTR.3Left ear of corn from drought and right subirrigated in Missouri.MissouriJPEG111 KBOtherSave
Kelly NelsonTD.MUDS1.SAM.OTR.1Pump and suction lines in Missouri. MissouriJPEG269 KBSampling and InstrumentationSave
Kelly NelsonTD.MUDS2.NFD.1Claypan soil water management issues in Missouri.MissouriJPEG5 MBNeed for DrainageSave
Kelly NelsonTD.MO.DWR.4Missouri Land Improvement Contractors installing the drainage water recycling wet well at the Conservation Showcase.MissouriJPEG4.1 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.5Missouri Land Improvement Contractors installing the spillway pipe for the drainage water recycling reservoir at the Conservation Showcase.MissouriJPEG6 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.3Installation of the wet well base at the Missouri Conservation Showcase.MissouriJPEG4.5 MBDrainage Water RecyclingSave
Xinhua JiaTD.CLAYR.CD.SAM.7Wireless weather system set up in the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG695 KBControlled Drainage, Sampling and InstrumentationSave
Xinhua JiaTD.CLAYR.CD.SAM.3Flow meter, control valves, pipes, and the storage tank of the irrigation system in the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG1 MBControlled Drainage, Sampling and InstrumentationSave
Xinhua JiaTD.CLAYR.CD.SAM.4Eddy Covariance system checked and data downloaded in the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG284 KBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.FAIRM.CD.SAM.1Eddy Covariance system in the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG7.8 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.FAIRM.CD.SAM.2Part of the Energy Balance Bowen Ratio system in the controlled and subirrigation field in North Dakota.North DakotaJPEG6.5 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.FAIRM.CD.SAM.3Eddy Covariance system in the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG6.9 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.FAIRM.CD.SAM.4Control system for east part of the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG8.4 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.FAIRM.CD.SAM.5Part of Eddy Covariance system in the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG5.2 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.FAIRM.CD.SAM.7The Q-7.1 Net Ratiometer in North Dakota.North DakotaJPEG5.4 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.CLAYR.CD.SAM.8The HOBO water level logger at one of the surface runoff outlets in North Dakota controlled drainage with subirrigation field. North DakotaJPEG5.4 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.CLAYR.CD.SAM.10The HOBO EC logger in one of the control structures in North Dakota controlled drainage with subirrigation field. North DakotaJPEG3.5 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.CLAYR.CD.SAM.11The HOBO water logger in one of the control structures in North Dakota controlled drainage with subirrigation field. North DakotaJPEG3.9 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.CLAYR.CD.OTR.1A field tour at the control structures in North Dakota controlled drainage with subirrigation field. North DakotaJPEG8.4 MBControlled Drainage, OtherSave
Giorgi ChighladzeTD.CLAYR.CD.SAM.13Irrigation pipes to different field sections in North Dakota controlled drainage with subirrigation field. North DakotaJPEG10.6 MBControlled Drainage, Sampling and InstrumentationSave
Jane FrankenbergerTD.OH.SB.DWR.1Pond and instrumentation for saturated buffer in Ohio.OhioJPEG4.6 MBSaturated Buffer, Drainage Water RecyclingSave
Jane FrankenbergerTD.OH.SB.DWR.2Pond and outlet in Ohio.OhioJPEG5.6 MBSaturated Buffer, Drainage Water RecyclingSave
Jane FrankenbergerTD.OH.SB.SAM.1Instrumentation check in Ohio.OhioJPEG2.7 MBSaturated Buffer, Sampling and InstrumentationSave
Jane FrankenbergerTD.IN.INS.20Tile installation - feeding tubing into the boot in Indiana.IndianaJPEG7.6 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.18Plowing in tile, with leveler in Indiana.IndianaJPEG7.6 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.12Backhoe preparing the pit for drain installation in Indiana. Carrying tile probe to locate main.IndianaJPEG7 MBTile InstallationSave
Jane FrankenbergerTD.IN.OUT.3Tile drain flowing in Indiana.IndianaJPEG7.9 MBOutletsSave
Jane FrankenbergerTD.IN.OUT.2Tile drain flowing in Indiana.IndianaJPEG7.2 MBOutletsSave
Jane FrankenbergerTD.IN.SAM.1Sampling pit, weather station, data logger, box with sampler to measure controlled drainage in Indiana.IndianaJPEG1.4 MBSampling and InstrumentationSave
Jane FrankenbergerTD.IN.SAM.NFD.1Wet field and drainage instrumentation in Indiana.IndianaJPEG4.5 MBSampling and Instrumentation, Need for DrainageSave
Jane FrankenbergerTD.IN.NFD.1Wet field in Indiana.IndianaJPEG1.9 MBNeed for DrainageSave
Jane FrankenbergerTD.IN.SAM.4Water table monitoring well and soil moisture measurement in the field in Indiana.IndianaJPEG778 KBSampling and InstrumentationSave
Jane FrankenbergerTD.IN.CD.3Installing a control structure in Indiana.IndianaJPEG2.9 MBControlled DrainageSave
Jane FrankenbergerTD.IN.OUT.1Tile outlet with animal guard in Indiana.IndianaJPEG3.5 MBOutletsSave
Jane FrankenbergerTD.IN.INS.11Backhoe preparing the pit for drain installation in Indiana.IndianaJPEG5 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.13Backhoe preparing the pit for drain installation in Indiana.IndianaJPEG4.8 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.14Drilling into the main to attach the lateral in Indiana.IndianaJPEG8.5 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.22Drain plow in Indiana.IndianaJPEG8.2 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.17Finished installation in Indiana.IndianaJPEG7.7 MBTile InstallationSave
Jane FrankenbergerTD.IN.CD.1Control Structure in Indiana.IndianaJPEG1.3 MBControlled DrainageSave
Jane FrankenbergerTD.IN.INS.16Drain piping in Indiana.IndianaJPEG768 KBTile InstallationSave
Jane FrankenbergerTD.IN.CD.4Installing a control structure in Indiana.IndianaJPEG401 KBControlled DrainageSave
Jane FrankenbergerTD.IN.CD.2Installing a control structure in Indiana.IndianaJPEG742 KBControlled DrainageSave
Jane FrankenbergerTD.IN.SAM.NFD.2Flooded cornfield and drainage instrumentation in Indiana.IndianaJPEG3.4 MBSampling and Instrumentation, Need for DrainageSave
Jane FrankenbergerTD.IN.SAM.2Measuring water table at controlled drainage site in Indiana.IndianaJPEG751 KBSampling and InstrumentationSave
Jane FrankenbergerTD.IN.SAM.3Data logger and precipitation gauge at controlled drainage site in Indiana.IndianaJPEG519 KBSampling and InstrumentationSave
Jane FrankenbergerTD.DPAC.INS.2Drain tiling equipment at DPAC site in Indiana.IndianaJPEG350 KBTile InstallationSave
Chris HayTD.SD.BIO.1Three chamber control structure, pipe connections, anti-seep collars, and bioreactor in South DakotaSouth DakotaJPEG3.3 MBBioreactorSave
Chris HayTD.SD.INS.4Drainage main installation in South DakotaSouth DakotaJPEG3.9 MBTile InstallationSave
Chris HayTD.SD.INS.6Removing clay tile for connection for drainage system installation in South DakotaSouth DakotaJPEG5 MBTile InstallationSave
Jane FrankenbergerTD.CD.OUT.1Controlled drainage outlet raised after harvest to reduce nitrate delivery.JPEG1.8 MBControlled Drainage, OutletsSave
Jane FrankenbergerTD.CD.OUT.2Controlled drainage outlet lowered a few weeks before planting and harvest to allow the field to drain more fully.JPEG1.8 MBControlled Drainage, OutletsSave
Jane FrankenbergerTD.CD.OUT.3Controlled drainage outlet raised after planting to potentially store water for crops. JPEG1.6 MBControlled Drainage, OutletsSave
Ehsan GhaneTD.MI.OUT.1Two-stage ditch at Clayton, MI.MichiganJPEG7 MBOutletsSave
Ehsan GhaneTD.MI.OUT.2Flooding event at outlet (24 mm precipitation) in Clayton, MI.MichiganJPEG7.4 MBOutletsSave
Ben ReinhartTD.SERF.SAM.3Rain gauge and monitoring sump where flow from individual subsurface drained plots is being monitored in Southeast Iowa.IowaJPEG7.2 MBSampling and InstrumentationSave
Kelly NelsonTD.MUDS2.CD.SAM.3V-notched weir closeup in the control structure in Missouri. MissouriJPEG1 MBControlled Drainage, Sampling and InstrumentationSave
Kelly NelsonTD.MUDS2.CD.SAM.4V-shaped weir and control structure in Missouri. MissouriJPEG1.1 MBControlled Drainage, Sampling and InstrumentationSave
Kelly NelsonTD.MO.DWR.1Reservoir construction at the Missouri Conservation Showcase.MissouriJPEG4.9 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.14Wet well installation overview at the Missouri Conservation Showcase.MissouriJPEG3.7 MBDrainage Water RecyclingSave
Xinhua JiaTD.CLAYR.OUT.2Subsurface drainage outlet with flow meter on the left and surface runoff outlet on the right of the conventional drainage field in North Dakota.North DakotaJPEG267 KBOutletsSave
Xinhua JiaTD.CLAYR.SAM.2Soybean samples taken for the yield estimation in the undrained field in North Dakota.North DakotaJPEG1.2 MBSampling and InstrumentationSave
Jane FrankenbergerTD.IN.INS.21Plowing in tile in Indiana.IndianaJPEG7.1 MBTile InstallationSave
Chris HayTD.SD.BIO.3Inlet manifold (before levelling) for a bioreactor installation in South DakotaSouth DakotaJPEG2.9 MBBioreactorSave
Chris HayTD.SD.INS.5Drainage main installation in South DakotaSouth DakotaJPEG3.3 MBTile InstallationSave
Chris HayTD.SD.INS.7Drainage installation in South DakotaSouth DakotaJPEG4.6 MBTile InstallationSave
Jane FrankenbergerTD.DPAC.SAM.2Electromagnetic flow monitor signal converter and automatic sampler in Indiana.IndianaJPEG197 KBSampling and InstrumentationSave
Jane FrankenbergerTD.IN.INS.8Drain plow in Indiana.IndianaJPEG469 KBTile InstallationSave
Jane FrankenbergerTD.IN.INS.5Finished installation in Indiana.IndianaJPEG796 KBTile InstallationSave
Jane FrankenbergerTD.IN.INS.9Drain plow in Indiana.IndianaJPEG1.9 MBTile InstallationSave
Jane FrankenbergerTD.IN.CD.5Installing a control structure in Indiana.IndianaJPEG923 KBControlled DrainageSave
Kelly NelsonTD.MO.INS.8Seep collar installation for the saturated buffer at the Missouri Conservation Showcase Field Day in 2017.MissouriJPEG4.9 MBTile InstallationSave
Ben ReinhartTD.SERF.SAM.6Soil moisture sensor for measuring soil water content in drainage plots in Southeast Iowa.IowaJPEG7.8 MBSampling and InstrumentationSave
Jessica VeenstraTD.BEAR2.SB.INS.3Back filling the control box installed at saturated buffer in Iowa.IowaJPEG2.9 MBSaturated Buffer, Tile InstallationSave
Giorgi ChighladzeTD.BENTON.SB.SAM.2Inserting one of the pressure transducers used to measure water depth above the v-notch weirs in the control box at saturated buffer in Iowa.IowaJPEG2.5 MBSaturated Buffer, Sampling and InstrumentationSave
Giorgi ChighladzeTD.MAASS.SB.SAM.1Distribution box while collecting hand-measured flow rates at saturated buffer in Iowa.IowaJPEG2.1 MBSaturated Buffer, Sampling and InstrumentationSave
Lori AbendrothTD.MUDS3.DWR.SAM.4Water sampling equipment at the drainage water recycling site in Missouri.MissouriJPEG5.8 MBDrainage Water Recycling, Sampling and InstrumentationSave
Giorgi ChighladzeTD.CLAYR.CD.SAM.12Irrigation storage tank with pipes to different field sections in North Dakota controlled drainage with subirrigation field.North DakotaJPEG11.2 MBControlled Drainage, Sampling and InstrumentationSave
Jane FrankenbergerTD.DPAC.SAM.1Sampling equipment structure with camera in Indiana.IndianaJPEG1.7 MBSampling and InstrumentationSave
Giorgi ChighladzeTD.SERF.SAM.7Monitoring sump and control structure at controlled drainage facility in Southeast Iowa.IowaJPEG4.9 MBControlled Drainage, Sampling and InstrumentationSave
Lori AbendrothTD.SERF.SAM.1Weir box for monitoring drain flow from controlled drainage research facility in Southeast Iowa.IowaJPEG3.6 MBSampling and InstrumentationSave
Ben ReinhartTD.SERF.SAM.5Monitoring well for measuring depth to groundwater in drainage plots in Southeast Iowa.IowaJPEG7.8 MBSampling and InstrumentationSave
Jessica VeenstraTD.BEAR2.SB.INS.1Control box installation at saturated buffer in Iowa.IowaJPEG2.4 MBSaturated Buffer, Tile InstallationSave
Jessica VeenstraTD.BEAR2.SB.INS.2Distribution pipe installation at saturated buffer in Iowa.IowaJPEG4 MBSaturated Buffer, Tile InstallationSave
Giorgi ChighladzeTD.BEAR2.SB.SAM.1Monitoring wells and piezometers installed in the buffer to measure the performance of a saturated buffer in Iowa.IowaJPEG3.1 MBSaturated Buffer, Sampling and InstrumentationSave
Giorgi ChighladzeTD.BEAR2.SB.OUT.1Field tile outlet to the creek at the experimental saturated buffer in Iowa. The eroding stream bank would normally preclude a saturated buffer at this location because of possible decreased bank stability.IowaJPEG3.2 MBSaturated Buffer, OutletsSave
Giorgi ChighladzeTD.BEAR2.SB.SAM.3Top view looking into the 4-chamber control box at the Iowa site saturated buffer.IowaJPEG1.8 MBSaturated Buffer, Sampling and InstrumentationSave
Lori AbendrothTD.BEAR.SB.SAM.1Distribution box and monitoring equipment used to measure saturated buffer performance in Iowa.IowaJPEG5.7 MBSaturated Buffer, Sampling and InstrumentationSave
Lori AbendrothTD.BEAR.SB.SAM.2Water quality sampling well at saturated buffer in Iowa. IowaJPEG5.3 MBSaturated Buffer, Sampling and InstrumentationSave
Giorgi ChighladzeTD.BENTON.SB.OUT.3Creek adjacent to saturated buffer in Iowa.IowaJPEG3.1 MBSaturated Buffer, OutletsSave
Giorgi ChighladzeTD.DIKE.SAM.WET.1Control box and datalogger following heavy rains and surface runoff at saturated buffer in Iowa. IowaJPEG2.9 MBTreatment Wetland, Sampling and InstrumentationSave
Mark TomerTD.IA.SB.3Paired comparison of surface inlets protected by filter sock.IowaJPEG5.6 MBSaturated BufferSave
Matt HelmersTD.IA.WET.1Wetland in Iowa.IowaJPEG3.3 MBTreatment WetlandSave
Ben ReinhartTD.MI.DWR.2On-farm pond that collects drainage water for recycling in Michigan.MichiganJPEG9.2 MBDrainage Water RecyclingSave
Ben ReinhartTD.MI.DWR.OUT.1Water outlet and lift station for drainage water recycling in Michigan.MichiganJPEG7.4 MBDrainage Water Recycling, OutletsSave
Ehsan GhaneTD.MI.DWR.5Drainage water recycling reservoir.MichiganJPEG3.4 MBDrainage Water RecyclingSave
Ehsan GhaneTD.MI.DWR.6Drainage water recycling reservoir.MichiganJPEG5.1 MBDrainage Water RecyclingSave
Ehsan GhaneTD.MI.SAM.1Sampling instrumentation at Clayton, MI. At left is ATMOS-41 weather station, at second from left is a data logger, third from left (farthest in the photo) is a ditch water-level sensor and data logger, in the middle is white equipment shelter and propane tank, at right is a solar panel and four-chamber control structure.MichiganJPEG2.3 MBSampling and InstrumentationSave
Ehsan GhaneTD.MI.SAM.3Area-Velocity sensor and spring ring being removed for cleaning sand because of sinkhole in the field at Palmyra, MI.MichiganJPEG6.3 mBSampling and InstrumentationSave
Giorgi ChighladzeTD.SWROC.DWR.OTR.1On-farm pond holding recycled surface runoff and subsurface drainage water for supplemental on-surface drip irrigation in Minnesota. Flotation platform is used to suspend the water supply filter manifold. The filter manifold is in place to filter algae and other suspended particulates from the pond water.MinnesotaJPEG10.7 MBDrainage Water Recycling, OtherSave
Jeppe KjaersgaardTD.WILKIN2.WET.1Soil profile in Minnesota.MinnesotaJPEG635 KBTreatment WetlandSave
Lori AbendrothTD.HICKS.OTR.1Extension Field Day at the University of Minnesota with Dr. Jeff Strock and Dr. Dennis Todey discussing dissolved phosphorus research.MinnesotaJPEG2.9 MBOtherSave
Jeppe KjaersgaardTD.WILKIN.INS.4Tee connection with lateral connecting to the main line in Minnesota.MinnesotaJPEG5.7 MBTile InstallationSave
Jeppe KjaersgaardTD.WILKIN.INS.5Drain pipe trencher with plow raised out of the ground in Northern Minnesota.MinnesotaJPEG6.7 MBTile InstallationSave
Kelly NelsonTD.MO.INS.3Seep collar installation for a water level control structure.MissouriJPEG4.3 MBTile InstallationSave
Kelly NelsonTD.MO.INS.9Tile installation during Field Day 2017 in Missouri.MissouriJPEG5.5 MBTile InstallationSave
Kelly NelsonTD.MO.INS.10Hydramaxx trenching the drainage water recycling water supply line at the Missouri Conservation Showcase in 2017.MissouriJPEG5 MBTile InstallationSave
Giorgi ChighladzeTD.MUDS1.DWR.1Pond that collects drainage water while floating pump used for irrigating plots in Missouri.MissouriJPEG5.7 MBDrainage Water Recycling, OtherSave
Lori AbendrothTD.MUDS1.SAM.1Measuring irrigation water at a drainage water recycling site in Missouri.MissouriJPEG9.4 MBSampling and InstrumentationSave
Lori AbendrothTD.MUDS1.DWR.5Pumping configuration in the wet well at a drainage water recycling site in Missouri.MissouriJPEG4.7 MBDrainage Water RecyclingSave
Kelly NelsonTD.MUDS1.OTR.1Non-drained corn samples in Missouri.MissouriJPEG324 KBOtherSave
Kelly NelsonTD.MUDS1.OTR.2Overhead irrigated corn samples in Missouri.MissouriJPEG347 KBOtherSave
Kelly NelsonTD.MUDS1.SAM.2Water table control structure in Missouri.MissouriJPEG159 KBSampling and InstrumentationSave
Kelly NelsonTD.MUDS1.OUT.1East tile water flowing and lake from ground level in Missouri.MissouriJPEG129 KBOutletsSave
Kelly NelsonTD.MUDS1.SAM.3Subirrigation system in Missouri.MissouriJPEG149 KBSampling and InstrumentationSave
Kelly NelsonTD.MUDS1.SAM.OTR.2Pump and pond in Missouri. MissouriJPEG120 KBSampling and Instrumentation, OtherSave
Giorgi ChighladzeTD.MUDS2.CD.1Kelly Nelson looking at drainage water control structures in Missouri. MissouriJPEG4.3 MBControlled DrainageSave
Kelly NelsonTD.MUDS2.SAM.NFD.1Data recording device and water on field in Missouri. MissouriJPEG1.5 MBSampling and Instrumentation, Need for DrainageSave
Kelly NelsonTD.MO.DWR.6Missouri Land Improvement Contractors installing the spillway pipe for the drainage water recycling reservoir at the Conservation Showcase.MissouriJPEG5.6 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.7Missouri Land Improvement Contractors installing the spillway pipe for the drainage water recycling reservoir at the Conservation Showcase.MissouriJPEG4.6 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.8Missouri Land Improvement Contractors arranging the spillway pipe for the drainage water recycling reservoir at the Conservation Showcase.MissouriJPEG5.7 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.9Missouri Land Improvement Contractors arranging the spillway pipe for the drainage water recycling reservoir at the Conservation Showcase.MissouriJPEG5.3 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.10Missouri Land Improvement Contractors placing the spillway pipe for the drainage water recycling reservoir at the Conservation Showcase.MissouriJPEG5.1 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.OUT.1Wet well after installation (top right) and inlet pipe (bottom left) for the wet well at the drainage water recycling reservoir at the Missouri Conservation Showcase.MissouriJPEG5.1 MBOutletsSave
Kelly NelsonTD.MO.DWR.11Inlet pipe for the wet well.MissouriJPEG2.4 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.13Post construction survey of the banks of the reservoir.MissouriJPEG2.5 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.SB.BIO.1A bioreactor (left) and saturated buffer (right) installed at the Missouri Conservation Showcase in 2017.MissouriJPEG4 MBSaturated Buffer, BioreactorSave
Kelly NelsonTD.MO.DWR.15Wet well trench for the inlet and access during installation.MissouriJPEG5.5 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.16Wet well trench for the inlet and access during installation by the Missouri Land Improvement Contractors at the Conservation Showcase.MissouriJPEG5.2 MBDrainage Water RecyclingSave
Lori AbendrothTD.MUDS3.DWR.SAM.2Water sampler placement allows cattle to graze cover crops during the winter months and measures flow throughout the year at a drainage water recycling site in Missouri.MissouriJPEG11 MBDrainage Water Recycling, Sampling and InstrumentationSave
Giorgi ChighladzeTD.MUDS4.CD.OUT.2Drainage water outlet and pump in Missouri. Due to topography drainage water was pumped out from the field.MissouriJPEG6.3 MBControlled Drainage, OutletsSave
Xinhua JiaTD.CLAYR.CD.SAM.5Tile line soil sampling conducted in the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG882 KBControlled Drainage, Sampling and InstrumentationSave
Xinhua JiaTD.CLAYR.CD.SAM.6Water quality monitoring, (i.e., water depth, temperature, pH, EC, and turbidity) in the ditch of the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG1.1 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.FAIRM.CD.SAM.6The control system for east part of the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG9.2 MBControlled Drainage, Sampling and InstrumentationSave
Giorgi ChighladzeTD.CLAYR.CD.SAM.9Monitoring system including a v-notch, a HOBO water level logger, and a time-lapse camera at one of the surface runoff outlets in North Dakota controlled drainage with subirrigation field. North DakotaJPEG8.2 MBControlled Drainage, Sampling and InstrumentationSave
Jane FrankenbergerTD.IN.INS.23Plowing in tile in Indiana.IndianaJPEG7.2 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.4Attaching a coupler to attach lateral to the main in Indiana.IndianaJPEG1.1 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.15Backhoe preparing the pit for drain installation in Indiana.IndianaJPEG885 KBTile InstallationSave
Jane FrankenbergerTD.MN.OUT.1Tile drain flowing, MinnesotaMinnesotaJPEG4.3 MBOutletsSave
Jane FrankenbergerTD.IN.INS.6Tile plow installing tile in Indiana.IndianaJPEG409 KBTile InstallationSave
Jane FrankenbergerTD.IN.INS.7Lateral attached to a tee in Indiana.IndianaJPEG807 KBTile InstallationSave
Jane FrankenbergerTD.IN.INS.19Drain plow in Indiana.IndianaJPEG7.5 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.10Tile plow installing tile in Indiana.IndianaJPEG639 KBTile InstallationSave
Jane FrankenbergerTD.DPAC.INS.3Drain plow at DPAC site in Indiana.IndianaJPEG239 KBTile InstallationSave
Chris HayTD.IA.BIO.2New woodchips being installed as part of a bioreactor recharge in IowaIowaJPEG6 MBBioreactorSave
Chris HayTD.IA.SB.1Inline water control structure for saturated buffer in Iowa.IowaJPEG5.3 MBSaturated BufferSave
Chris HayTD.SD.CD.1Controlled drainage demonstration setup in Minnesota with two Agri Drain stop log water control structures with a Water Gate in between.MinnesotaJPEG3.2 MBControlled DrainageSave
Chris HayTD.SD.CD.2Water flowing over stop log in water control structureMinnesotaJPEG1.8 MBControlled DrainageSave
Chris HayTD.SD.BIO.2Three chamber control structure, pipe connections, anti-seep collars for bioreactor in South DakotaSouth DakotaJPEG4 MBBioreactorSave
Chris HayTD.SD.INS.2Drainage installation in South DakotaSouth DakotaJPEG5.5 MBTile InstallationSave
Chris HayTD.SD.INS.8Pre-fabricated lift station sumpJPEG3.1 MBTile InstallationSave
Chris HayTD.SD.INS.9Pull type drainage plowJPEG3.6 MBTile InstallationSave
Chris HayTD.SD.NFD.1Saturated soils and ponded water on field in South DakotaSouth DakotaJPEG2.6 MBNeed for DrainageSave
Chris HayTD.SD.NFD.2Salt affected area of field in northeast South DakotaSouth DakotaJPEG4.2 MBNeed for DrainageSave
Ben ReinhartTD.MN.OTR.22019 Transforming Drainage Annual Meeting Field DemonstrationMinnesotaJPEG4.7 MBOtherSave
Vinayak ShedekarTD.MN.OTR.12019 Transforming Drainage Annual Meeting Field DemonstrationMinnesotaJPEG5.1 MBOtherSave
Giorgi ChighladzeTD.ACRE.SAM.1Instrumentation at wetland in Indiana.IndianaJPEG3.7 MBSampling and InstrumentationSave
Giorgi ChighladzeTD.ACRE.SAM.2Instrumentation at wetland in Indiana.IndianaJPEG2.9 MBSampling and InstrumentationSave
Giorgi ChighladzeTD.SERF.SAM.8Data logger and data transmission unit at controlled drainage facility in Southeast Iowa.IowaJPEG2.8 MBSampling and InstrumentationSave
Matt HelmersTD.SERF.CD.DES.1Aerial view of controlled drainage research facility in Southeast Iowa.IowaJPEG282 KBControlled Drainage, Drainage DesignsSave
Matt HelmersTD.SERF.CD.DES.2Soil map and drain lines at controlled drainage research facility in Southeast Iowa.IowaJPEG453 KBControlled Drainage, Drainage DesignsSave
Ben ReinhartTD.SERF.CD.1Site picture from research facility in Southeast Iowa.IowaJPEG6.7 MBControlled DrainageSave
Giorgi ChighladzeTD.BENTON.SB.OUT.2Creek adjacent to saturated buffer in Iowa.IowaJPEG2.6 MBSaturated Buffer, OutletsSave
Giorgi ChighladzeTD.MAASS.SB.SAM.2Monitoring wells and adjacent stream at saturated buffer in Iowa.IowaJPEG2.8 MBSaturated Buffer, Sampling and InstrumentationSave
Giorgi ChighladzeTD.MAASS.SB.WET.1Creek at saturated buffer in Iowa.IowaJPEG3.4 MBSaturated Buffer, Treatment WetlandSave
Giorgi ChighladzeTD.MAASS.SB.SAM.3Water quality sampling well at saturated buffer in Iowa.IowaJPEG3 MBSaturated Buffer, Sampling and InstrumentationSave
Ben ReinhartTD.MI.DWR.1In background, on-farm pond for drainage water recycling. In foreground, water distribution pipe in Michigan.MichiganJPEG7.5 MBDrainage Water RecyclingSave
Ben ReinhartTD.MI.DWR.3In background, on-farm pond for drainage water recycling. In foreground, water pump infrastructure in Michigan.MichiganJPEG4.6 MBDrainage Water RecyclingSave
Ehsan GhaneTD.MI.OTR.1Algal bloom in ditch at Palmyra, MI.MichiganJPEG5.3 MBOtherSave
Ehsan GhaneTD.MI.SAM.2Area-Velocity sensor mounted on spring ring in pipe at Clayton, MI.MichiganJPEG2.4 MBSampling and InstrumentationSave
Giorgi ChighladzeTD.SWROC.DWR.1Corn plot receiving supplemental irrigation through on surface drip irrigation from recycled drainage water in Minnesota.MinnesotaJPEG8.1 MBDrainage Water RecyclingSave
Giorgi ChighladzeTD.SWROC.DWR.SAM.3Water distribution pipes for supplemental on-surface drip irrigation manifold in Minnesota.MinnesotaJPEG9.6 MBDrainage Water Recycling, Sampling and InstrumentationSave
Giorgi ChighladzeTD.SWROC.DWR.SAM.2Inside view of metering manhole for collecting drain flow and water quality samples from the drainage plots where supplemental irrigation is occurring using recycled drainage water in Minnesota.MinnesotaJPEG7.4 MBDrainage Water Recycling, Sampling and InstrumentationSave
Jeppe KjaersgaardTD.WILKIN.OUT.1Sump for a pumped outlet. Tile outlet is visible, the main tile is 12 inches diameter, but by the sump an 18-inch non-perforated line is used to increase water volume stored (reduces pump on-off cycles). Pump not yet installed. Sump is 12 feet deep.JPEG4.2 MBOutletsSave
Kelly NelsonTD.MO.DES.1Drainage water recycling irrigation reservoir design at the MU/Mo LICA Conservation Showcase in 2017.JPEG3.7 MBDrainage DesignsSave
Giorgi ChighladzeTD.MUDS1.DWR.2New sump installed next to the pond in Missouri. MissouriJPEG2.9 MBDrainage Water Recycling, Drainage DesignsSave
Lori AbendrothTD.MUDS1.DWR.OTR.1Drainage water recycling in Missouri with a wet well and electric pump.MissouriJPEG9.2 MBDrainage Water Recycling, OtherSave
Kelly NelsonTD.MUDS1.WET.2Tile line water level and soybean side view in Missouri.MissouriJPEG1.8 MBTreatment WetlandSave
Kelly NelsonTD.MUDS1.WET.1Drained strips at an angle in Missouri.MissouriJPEG117 KBTreatment WetlandSave
Kelly NelsonTD.MUDS1.INS.1Ripped ground and installation in Missouri.MissouriJPEG118 KBTile InstallationSave
Kelly NelsonTD.MUDS1.DWR.3Soybean drained plot in Missouri. MissouriJPEG162 KBDrainage Water RecyclingSave
Kelly NelsonTD.MUDS1.DWR.4Soybean nondrained control plot overhead in Missouri. MissouriJPEG150 KBDrainage Water RecyclingSave
Kelly NelsonTD.MUDS1.INS.2Steve Sutter and rod in Missouri. MissouriJPEG119 KBTile InstallationSave
Kelly NelsonTD.MUDS1.SAM.4Water table control device with drop logs holding 18 inches of water in Missouri. MissouriJPEG78 KBSampling and InstrumentationSave
Giorgi ChighladzeTD.MUDS2.CD.SAM.1Data-logger for recording transducer readings in Missouri. Transducer (not shown here) is installed in the control structure and measures the depth of drainage water, which is later used to estimate flow.MissouriJPEG4.1 MBControlled Drainage, Sampling and InstrumentationSave
Kelly NelsonTD.MUDS2.CD.SAM.2Dr. Pat Nash evaluating soil bulk density at a controlled drainage and enhanced efficiency fertilizer management site in MissouriMissouriJPEG5.1 MBControlled Drainage, Sampling and InstrumentationSave
Kelly NelsonTD.MO.DWR.2Wet well access structures prior to installation at the Missouri Conservation Showcase.MissouriJPEG4.9 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.12Adam Rosenfelder and Troy Chockley explain the geologic and hydrologic water budget considerations of the drainage water recycling reservoir at the Missouri Conservation Showcase.MissouriJPEG3.7 MBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.17Reservoir at the Missouri Conservation showcase.MissouriJPEG132 KBDrainage Water RecyclingSave
Kelly NelsonTD.MO.DWR.18Conservation Showcase Reservoir 2019 in Missouri.MissouriJPEG16.2 MBDrainage Water RecyclingSave
Kelly NelsonTD.MUDS3.DWR.SAM.1Monitoring soil moisture sensors at a drainage water recycling site in Missouri.MissouriJPEG5.9 MBDrainage Water Recycling, Sampling and InstrumentationSave
Lori AbendrothTD.MUDS3.DWR.SAM.3Water sampler placement allows cattle to graze cover crops during the winter months, avoids flood damage to the sampling equipment, and measures flow throughout the year at a drainage water recycling site in Missouri.MissouriJPEG8.3 MBDrainage Water Recycling, Sampling and InstrumentationSave
Giorgi ChighladzeTD.MUDS4.CD.OUT.1Drainage water outlet in Missouri. MissouriJPEG6.1 MBControlled Drainage, OutletsSave
Giorgi ChighladzeTD.MUDS4.CD.OUT.3Drainage water outlet and pump in Missouri. Due to topography drainage water was pumped out from the field.MissouriJPEG6.8 MBControlled Drainage, OutletsSave
Giorgi ChighladzeTD.CLAYC.SAM.1Flow meter to monitor the subsurface drainage flow from the conventional drainage field in North Dakota.North DakotaJPEG11.8 MBSampling and InstrumentationSave
Xinhua JiaTD.CLAYR.SAM.4Upper part of observation well for monitoring water level adjusted in the field in North Dakota.North DakotaJPEG432 KBSampling and InstrumentationSave
Xinhua JiaTD.CLAYR.CD.SAM.1Three drainage control structures constructed near the ditch of the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG246 KBControlled Drainage, Sampling and InstrumentationSave
Xinhua JiaTD.CLAYR.OUT.1Drainage flow outlet with a flow sensor installed in North Dakota.North DakotaJPEG690 KBOutletsSave
Xinhua JiaTD.CLAYR.CD.SAM.2Part of the irrigation system in the ditch of the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG370 KBControlled Drainage, Sampling and InstrumentationSave
Xinhua JiaTD.CLAYR.SAM.1Irrigation system in a field in North Dakota.North DakotaJPEG231 KBSampling and InstrumentationSave
Xinhua JiaTD.CLAYR.SAM.3A water level logger with a V-notch set up for monitoring the surface runoff in the controlled drainage and subirrigation field in North Dakota.North DakotaJPEG978 KBSampling and InstrumentationSave
Dongqing LinTD.CLAYR.CD.SAM.14Buried observation wells in field before the harvesting.North DakotaJPEG1.1 MBControlled Drainage, Sampling and InstrumentationSave
Dongqing LinTD.CLAY.CD.1Flow in the drainage control structure.JPEG4 MBControlled DrainageSave
Dongqing LinTD.FAIRM.CD.SAM.9Soil sampling above drain tile in the FAIRM field.JPEG1 MBControlled Drainage, Sampling and InstrumentationSave
Jane FrankenbergerTD.IN.INS.2Backhoe preparing the pit for drain installation in Indiana.IndianaJPEG1.8 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.1Encountering a clay tile in Indiana.IndianaJPEG2.7 MBTile InstallationSave
Jane FrankenbergerTD.IN.INS.3Encountering a clay tile in Indiana.IndianaJPEG913 KBTile InstallationSave
Jane FrankenbergerTD.DPAC.INS.1Field day at DPAC site in Indiana.IndianaJPEG423 KBTile InstallationSave
Chris HayTD.IA.BIO.1Old woodchips from recharge of 9-year old bioreactor in IowaIowaJPEG8.1 MBBioreactorSave
Chris HayTD.SD.BIO.4Four chamber inline water control structureJPEG2.7 MBBioreactorSave
Chris HayTD.SD.INS.1Self-propelled drainage plow installing drainage pipe in southeast South DakotaSouth DakotaJPEG4.1 MBTile InstallationSave
Chris HayTD.SD.INS.3Drainage main installation in South DakotaSouth DakotaJPEG5.2 MBTile InstallationSave
Chris HayTD.SD.OUT.1Drainage outlet in South DakotaSouth DakotaJPEG3 MBOutletsSave
Purdue UniversityTD.MI.SAM.1Control structure next to field footage.Michigan.mov685.9 MBSampling and InstrumentationSave
Dan JaynesTD.IA.SB.1Video on Saturated Buffers and nutrient removal options.Iowa.wmv397 mbSaturated Buffer, OtherSave
Kelly NelsonTD.MO.DWR.OTR.1Drone footage of Conservation Showcase Reservoir installation 2019.Missouri.mov37.5 mbSaturated Buffer, OtherSave
Purdue Universitywhiteboard-1Storing Drainage Water – A Win for Crop Production and Water Quality..mp424.9 mbOther, Drainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.12Aerial view of tile lines in Michigan.MichiganJPEG1.7 MBDrainage Water RecyclingSave
Jane FrankenbergerTD.IN.OUT.3Video of tile outlet moving water into drainage ditch in Indiana.Indiana.mp446.4 MBOutletsSave
Jane FrankenbergerTD.IN.OUT.2Video of tile outlet moving water into drainage ditch in Indiana.Indiana.mp466.7 MBOutletsSave
Jane FrankenbergerTD.IN.OUT.2Video of tile outlet moving water into drainage ditch in Indiana.Indiana.mp464.9 MBOutletsSave
Logan BishopTD.GraceFarm.DWR.1-imgIrrigation system running and crop fields.Missouri.mp4 234.5 MBDrainage Water RecyclingSave
Logan BishopTD.GraceFarm.INS.1-imgAerial view of tile installation worksite.Missouri.mp4409.4 MBTile InstallationSave
Logan BishopTD.GraceFarm.INS.2-imgAerial view of equipment moving rolled drainage pipes.Missouri.mp485.6 MBTile InstallationSave
Logan BishopTD.GraceFarm.INS.3-imgTile line being dug.Missouri.mp4265 MBTile InstallationSave
Logan BishopTD.GraceFarm.INS.4-imgTile lines being dug and placing pipes in the trenches.Missouri.mp4158.9 MBTile InstallationSave
Logan BishopTD.GraceFarm.INS.5-imgTile lines being dug.Missouri.mp4204 MBTile InstallationSave
Logan BishopTD.GraceFarm.INS.6-imgTile lines being dug.Missouri.mp496.1 MBTile InstallationSave
Logan BishopTD.GraceFarm.INS.7-imgAerial view of tile installation.Missouri.mp4695 MBTile InstallationSave
Logan BishopTD.GraceFarm.INS.8-imgHydramaxx 2700 digging a trench.Missouri.mp4101.6 MBTile InstallationSave
Logan BishopTD.GraceFarm.OTR.1-imgAerial view of crop fields.Missouri.mp4198.4 MBOtherSave
Logan BishopTD.GraceFarm.INS.9-imgHydramaxx 2700 digging a trench.Missouri.mp466 MBTile InstallationSave
Laura ChristiansonTD.2SD.1Typical two-stage ditch design, a specific type of alternative open ditch.JPEG311.6 KB2 Stage DitchesSave
Laura ChristiansonTD.CD.2Drainage water management, also known as controlled drainage, uses control structures to retain drainage water in the soil during periods of the year when drainage is less critical.JPEG433.2 KBControlled DrainageSave
Laura ChristiansonTD.DWR.1Schematic of a drainage recycling system.JPEG375.3 KBDrainage Water RecyclingSave
Laura ChristiansonTD.NFD.1Drainage helps roots grow deeper, enabling them to withstand dry conditions later in the season.JPEG156.9 KBNeed for DrainageSave
Laura ChristiansonTD.NFD.2Nitrate inputs and outputs. This simplified nitrogen cycle shows how nitrate becomes available to be lost in subsurface drainage. Arrows show inputs (orange arrows), outputs to plants and the air (green arrows) and outputs to water (blue arrows).JPEG173.4 KBNeed for DrainageSave
Laura ChristiansonTD.NFD.3Generic components of the annual water balance for midwestern conditions. Evapotranspiration (orange line) exceeds precipitation (blue line) during the height of the growing season, but at other times, precipitation exceeds evapotranspiration, leading to excess soil water and drain flow (green line).JPEG424.1 KBNeed for DrainageSave
Laura ChristiansonTD.NFD.4Shallow drain placement removes less excess water than conventional drainage, but still meets crop growth needs.JPEG705 KBNeed for DrainageSave
Laura ChristiansonTD.SB.1Subsurface drainage leaving the field and bypassing the existing vegetated riparian buffer.JPEG545.8 KBSaturated BufferSave
Laura ChristiansonTD.SB.2A saturated buffer system where the drainage water is diverted through a perforated drain pipe to flow through the buffer’s soil.JPEG539.1 KBSaturated BufferSave
Purdue UniversityTD.MO.DWR.14Aerial view of reservoir and crop fields.Missouri.mp412.2 MBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.17Overhead view of reservoir and crop fields.Missouri.mp441.5 MBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.20-imgKelly Nelson measuring pipe and ground near corn stalks.Missouri.mp419.6 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.22Aerial view of tile lines and reservoir.Michigan.mp411.7 MBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.10Aerial over crop fields and reservoir.Minnesota.mp427.4 MBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.4Close view of overhead irrigation.Missouri.mp470.6 MBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.10Aerial over crop fields and reservoir.Minnesota.mp427.4 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.18Close aerial view of tile lines.Michigan.mp484.3 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.19Pan up over the side of the bank with reservoir.Michigan.mp443 MBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.12Aerial view of reservoir and landscape.Minnesota.mp429.5 MBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.22Close up view of pump equipment next to reservoir.Missouri.mp45.4 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.20Aerial view of tile lines and reservoir.Michigan.mp428 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.21Aerial view of landscape with tile lines and reservoir.Michigan.mp414.2 MBDrainage Water RecyclingSave
Purdue UniversityTD.MI.DWR.23Full view of reservoir and piping.Michigan.mp432.3 MBDrainage Water RecyclingSave
Purdue UniversityTD.MO.DWR.23Field level view of crops and the overhead irrigation system.Minnesota.mp46.2 MBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.11Aerial view of crop fields and instrumentation.Minnesota.mp4124.1 MBDrainage Water RecyclingSave
Purdue UniversityTD.MN.DWR.13View over reservoir and crop fields.Minnesota.mp448.2 MBDrainage Water RecyclingSave

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