https://www.youtube.com/watch?v=ieLM9D0dIJY
High school earth science teacher demonstrates his home made, variable-slope, variable sea level, variable discharge stream table.

https://www.youtube.com/watch?v=xlfqf9T9kH8
Learn about how the earth's surface changes through erosion and deposition by studying a river system, and making observations via a demonstration stream table.

https://www.youtube.com/watch?v=mljaFunkalw
This video is a demonstration modeling the processes of erosion and deposition changing landforms over time using a stream table representing South Carolina.

https://sciencelessonsthatrock.com/stream-table-erosion-lab/
Drill or poke a hole in the bottom of the cup. Students will be filling these with water and allowing the water to drain out onto their mini stream table. Get an ice cube tray or two, fill the bottom with some small gravel, and top off with water. Freeze overnight. These will be used to represent glaciers.

https://emriver.com/models/em2/
Unlike table-top stream tables, the Em2 is large enough to model a full range of fluvial phenomena such as meanders, oxbows, and delta formation. ... Upgrading to color-coded-by size media opens the door to a deeper understanding of sedimentology and differential erosion, transport, and deposition. The Em2 uses 150 pounds of media packed in

https://stemlibrarylab.org/lesson-plan/stream-table-investigation/
Identify solutions that engineers design to mitigate water erosion. Grade Levels: 5th-7th (can be modified for 4th grade) Estimated Time: 1 hours 30 minutes (can be split into two 45-minute sessions) Lesson Files. General Stream Table Activity (.pdf) Stream Table Complete Lesson Plan (.pdf)

https://vinsweb.org/stream-table/
Stream tables can realistically and dynamically simulate a wide range of river processes, including sediment transport, meander development and movement, floodplain formation, flow around structures and fluid dynamics. Our stream table is made with durable engineered aluminum boxes and uses recycled plastic modeling media, which is much lighter

https://vimeo.com/465499848
In this video, I demonstrate how we can observe how a river can create its stream bed through erosion of the landscape and deposition of sediment to create riffles,

https://enjoy-teaching.com/erosion-table/
How to Build the Erosion Table. On the drive home, Ms. Sneed thought about all the ways the kids could pour water into the tray. Pouring with a cup caused too much erosion. Of course, they could poke holes in the bottom of a Styrofoam cup. But then there was the issue of how high or low to hold the cup. Too many variables.

https://www.arborsci.com/products/stream-table-kit
Stream Table Kit. Item # 20-0100. $99.00. Unveil Earth's ever-changing landscapes with the Stream Table Kit. Simulate erosion, sedimentation, and river formation for immersive learning. Durable design, perfect for classrooms or labs. Quantity. Add to Cart / Quote. In Stock.

https://www.geo.arizona.edu/sites/www.geo.arizona.edu/files/Stream%20Table1.pdf
stream table. Usually somewhere between 3-5 students per table. Next, have them follow the instructions through the experiment part of the handout. This will lead them through testing discharge vs. erosion, stream gradient vs. velocity and erosion, and morphology vs. erosion and velocity. While they are working ask questions to keep them on task

https://emriver.com/applications/k-12-stem/
Videos. Little River Research & Design and the Missouri Department of Conservation made a series of videos using the Emriver stream tables to help students better understand geomorphic processes in rivers. Examples of the videos include headcuts, tributary incision, meandering, wetland draining, bank failure, mining, effects of dams and weirs.

https://gislab.utk.edu/outreach/diy-stream-table/
Building the Stream Table. A plywood base to support the plastic under-the-bed-box with rails to keep the bin from sliding off. Assorted materials and tools used to build the stream table. Aluminum screen repair patch to keep crud out of the tubing. Plastic tubing, elbows, washers, zip-ties, lamp nipple, and nuts for the outflow.

https://www.youtube.com/watch?v=X5mgHu2bMvI
This demonstration was fantastic and I literally taught the topic of rivers to my students. I show you delta formation, erosion on the outside of meanders,

https://vinsweb.org/scout-trips/stream-table/
Stream Table. Use the VINS Stream Table to model stream ecology and erosion on a fast time-scale. Experiment with water flow and sediment deposition, the safest places for human and animal habitats, where to build roads and culverts, and how to prevent erosion with the strategic planting of trees and sod. (An additional option is to explore the

https://scsp.chem.ucsb.edu/sites/secure.lsit.ucsb.edu.chem.d7_scsp/files/sitefiles/lessons/Stream%20Table%20Lesson%20Plan.pdf
Stream Table Investigation Planning 1. Introduce the Focus Question: What variables affect the erosion of earth materials in a stream table? 1. Tell students that as scientists they will be able to investigate 2 variables that might affect the rate of erosion. 2. Explain that each group will select either changing the stream table elevation

https://studylib.net/doc/10574368/stream-table-models-of-erosion-and-deposition
Foster and Fox (1970) show how a stream table may be used to illustrate the impacts of changing land cover types (i.e., cropped vs. fallow, mulched vs. bare) and topography (contour vs. non-contour cultivation) on soil erosion. Stream tables may be used to assess the impacts of channelization on streams (Gough, Petersen and Turner, 2000).

https://emriver.com/models/em3/
The Em3 stream table is popular with high schools that have dedicated geology labs, colleges, nature centers and museums, and universities. The extended length of the Em3 allows the stream to develop multiple meanders and other river features simultaneously, and has space for a large pool to build broad delta systems. The two reservoirs hold a

https://mrsfergusonateka.weebly.com/uploads/2/2/6/7/22678082/4_exploring_erosion_in_stream_tables1.pdf
Stream Table Erosion is the movement of weathered rock and soil from one place to another by natural forces. Water is the major agent of erosion that has shaped Earth's land surface. As it rains on the earth, the water moves over the land. This moving water is called runoff. The water from runoff eventually forms a stream and then a river

https://www.flinnsci.com/stream-table/ap7684/
Item #: AP7684. Price: $620.00. Ships directly from the manufacturer. Stream Table and River Demonstration Model for Earth science and geology is an affordable and well-made stream table with impressive features. Five different water jets provide a wide range of flexibility. See more product details.

https://www.mostreamteam.org/assets/bldgstreamtable.pdf
Fill any gaps in the joint between the box sides and ends with glue before attaching the aluminum angle. 11. Turn the table over and cut two sections of 1" x 6" to form the end reinforcements for the box bottom (the jack stands bear against these sections). Glue and screw these to the box bottom. 12.

https://us.vwr.com/store/product/34776566/stream-table-kit
Stream Table Kit Supplier: AMERICAN SCIENTIFIC LLC SE. WARD470355-726 6600-00 WARD470355-728. 470355-728EA 39.99 USD. 470355-728 470355-726 470332-272. ... This stream table kit is outstanding for demonstrating stream erosion and deposition of soils either in the classroom or outside. This kit includes a plastic tray, drain trough, tray support

https://www.mrhollisterphoto.com/stream-table.html
Tubes used to connect pump to table and drain to bucket reservoir. 5 feet for each side usually is enough to give you felxibility in your room set-up. Each stream table requires a total of 10'. 1. $12.99. $6.50. $12.99. 5. 1/2" Barbed & Threaded Elbow (10-Pack) Only $1 ea. Makes 10 stream tables.

http://waterboards.ca.gov/sanfranciscobay/board_info/agendas/2024/June/5e_to.pdf
to be provided for those impacts are summarized in Table 1 and illustrated in Att. A, Fig. 3. TABLE 1. IMPACTED WATERS AND PROPOSED MITIGATION. Feature Linear Feet or Area of Impacts Linear Feet or Area of Creation Mitigation Intermittent Stream Channel 612 ft* 758 ft** Wetland and Non-Wetland Seeps 37,887 sq. ft. (0.87 acre) 56,628 sq. ft. (1.

https://www.federalregister.gov/documents/2024/06/27/2024-13946/endangered-and-threatened-wildlife-and-plants-threatened-status-for-the-suwannee-alligator-snapping
The impacts allowed under nationwide permits usually include projects affecting stream reaches less than 150 ft (45.72 m) in length, and wetland fill projects up to 0.50 acres (0.2 hectares). Mitigation is usually provided for the same type of wetland or stream impacted and is usually at a 2:1 ratio to offset losses. Start Printed Page 53517