Wooden stake or rebar Riparian zone Stream Riparian zone Nylon cord

Slides:



Advertisements
Similar presentations
Surface Water & Ground Water
Advertisements

To Next Slide Unit 1 Chapter 1 Lesson 2 Rivers Change the Land 20 Questions!
Acadia Learning Culverts and Stream Ecology Sampling locations 2012.
Work and Energy Quiz Show your work on a separate sheet of paper and staple your work to the back.
Weirs Generally, any flow obstruction that causes water to rise to flow over it, but used exclusively for intentional obstructions Uses include flow measurement.
Slide 1Fig. 22.1, p.669. Slide 2Fig. 22.3, p.670.
Slide 1Fig. 17.1, p.513. Slide 2Table 17.1, p.514.
RQ30 RADAR SYSTEM (An Australian Perspective) RQ30 RADAR SYSTEM (An Australian Perspective) Malaysia JPS Offices Ampang, Kuala Lumpur 8 th May 2012.
Reading Contour Lines “The Basics”.
Section 3: Types of Maps Preview Objectives Topographic Maps
Section 3: Types of Maps Objectives
Chapter 10 Optical fiber measuring instruments and testing single-mode fiber networks.
LT: I can explain positive and negative impacts of building a dam.
CONSTRUCTING A FIVE CABIN LATRINE
Water Above and Below Ground
Determining Ordinary High Water Corps of Engineers and Dept. of State Lands Jurisdictional Determinations on non-Tidal Waterways ACEC Frannie Brindle 503.
What happens to rain or snow that falls on the ground?
The Exploration of Space Saturn and its Moons. Space Words Planet Moon Sun Star Solar System Orbit.
Copyright © 2011 Pearson, Inc. 4.8 Solving Problems with Trigonometry.
__________________________ SITES INTEGRATED DEVELOPMENT ENVIRONMENT for WATER RESOURCE SITE ANALYSIS COMPLEX WATERSHEDS SITES IN SERIES.
ICE DAMAGE REDUCTION PROJECT- CHAUTAUQUA MOUTH (LAKE ERIE) WESTFIELD, NY Pix by Dave Spann.
Prahl cruise array deployment/recovery Slide 1: Winches – in our past cruises we used the grey winch on the left, which was overkill for our operations.
Hyporheic Zone- area where stream water and ground water intermix.
SINGLE STONE BENDWAY WEIRS
TOPOGRAPHIC PROFILES Nick D’Anna HHS 2007 Adapted from R. DeMarco.
4.8 Solving Problems with Trigonometry. Quick Review 1. Solve for a. a 3 23 º.
Week 3. drainage basin A system of rivers and streams that drains an area.
The Modern Pool To advance to the next slide, click your mouse button. To end the show, close the window.
Water Cycle and Groundwater Chapter 9. Draw a picture below of what you remember of the water cycle: Now examine page 185 in the workbook and add on any.
13-7 Using Quadratic Equations
A-Frame Operation The A-Frame will provide support for odd shaped loads, loads where you are unable to get directly below the load, and for stabilizing.
A river system is made up of a main stream and tributaries – Tributary: a stream that flows into a lake or into a larger stream.
Water Quality Effectiveness Evaluation (2015) The WQEE protocol has been implemented in DSS since Staff have now collected data from 161 sample sites,
Groundwater a Fresh water source Essential Question: What is the distribution of fresh and salt water on Earth ?
Aquifer A body of rock or sediment that stores groundwater and allows the flow of groundwater.
1 1 The diagram provided shows a fixed pulley system.
Which simple machines make our machine work?. Card Scissors Wooden sticks Cotton thread A small cardboard box Glue A hook or a magnet.
By, Janet Hooks RIVERS & STREAMS. The bumpiness or flatness of the land is called TOPOGRAPHY. The topography of the land determines how fast water will.
Angles of Elevation and Depression
1. Solve for a. a 3 23 º  More Right Triangle Problems  Simple Harmonic Motion … and why These problems illustrate some of the better- known applications.
Topographic Maps. Lesson Objectives Define a topographic map and state its uses. Define a topographic map and state its uses. Describe how contour lines.
Models of the Earth Section 3 Section 3: Types of Maps Preview Key Ideas Topographic Maps Topographic Maps and Contour Lines Index Contour, Contour Interval,
SPRING BOX. Using the following presentation assumes that individuals have a basic knowledge of construction. The user should be able to adjust measurements.
HW: Pg , Do Now: 1)Take out your pencil and notebook Objectives: You will be able to apply the concepts of trigonometry to solve real.
Solving problems when  F = ma
Maps Topographic Maps Latitude & Longitude Latitude & Longitude.
Models of the Earth Section 3 Section 3: Types of Maps Preview Key Ideas Topographic Maps Topographic Maps and Contour Lines Index Contour, Contour Interval,
Earth Science Presentation
Chapter 3 Section 3 Types of Maps Objectives
SINGLE STONE BENDWAY WEIRS
Uniform Circular Motion
Gaining vs. losing streams
Pollution Work No Weathering Surprise! Tropisms $100 $100 $100 $100
Fresh Water.
The diagram shows a coastal region in which the land slopes toward the ocean. Point X is near the top of the hill, point Y is at the base of the hill,
Groundwater.
Reading and Interpreting Topographic Maps
Topographic Maps Earth Science.
Beach use, hrs/wk, last 20 yrs
Groundwater (Part 1) Groundwater as an erosional agent
Terrain analysis and the modeling of catchment architecture
AQUARIUM DREAMS CHALLENGE ASSIGNMENT.
Aquifer A body of rock or sediment that stores groundwater and allows the flow of groundwater.
Job Performance Requirement 15-21
Have you ever used Mathematica?
PSC 121 Prince George's Community College
1979B2. A 10‑kg block rests initially on a table as shown in cases I and II above. The coefficient of sliding friction between the block and the table.
Mathematics Unit 22: Staircase
Fig. 2 2D vertical Br−tracer penetration, alkalinity, and bacterial distributions. 2D vertical Br−tracer penetration, alkalinity, and bacterial distributions.
Mortality Study GCRL Marine Animal Behavior 2018
Presentation transcript:

Wooden stake or rebar Riparian zone Stream Riparian zone Nylon cord Fig. 1B. Enlargement of the upstream block in the riparian zone showing the attachment of 2 cotton strips to the stake via a nylon cord. The distance between the stake and the first cotton strip, and the distance between cotton strips, should be approximately 25 cm. Upstream Block Cotton- strip Flow Cable binder Approx 30 cm Downstream Block Flow 25 cm 25 cm Water-surface Elevation And Fig 1C, a perspective illustrating that 1) the wooden stake/rebar are hammered well into the stream sediment, 2) the rope is tied to the base of the stake at the stream water-sediment interface, and 3) a small rock is placed on the rope immediately upstream of the cotton strip. Fig. 1A. Schematic diagram showing the deployment of cotton strips at a site. 4 strips total in each stream and each riparian zone will be deployed , and distributed between 2 blocks: one upstream, and one downstream. The approximate distance from the riparian stakes to the streams stakes will be 5 m.

Photo 1. Use a sharp object (in this case, my wife’s knitting needle) to make a hole between the threads towards one end of the strip (about 0.5 cm). Photo 3. Close the cable binder through a loop that was tied to the rope (above photo). Two cotton strips attached to the cord, ready to be deployed in the stream. Photo 2. Slide the cable binder through the opening that was made in the strip. Photo 4. Photos showing the cotton strips being installed in the stream (above), and riparian zone (below).