Attempts at Integrating Quantitative Activities in “Rivers and Streams” Lab for Introductory Geology at CSU Chico Rachel Teasdale, CSU Chico.

Slides:



Advertisements
Similar presentations
Rocks Erosion. © Marli Miller, University of Oregon, Image Source: Earth Science World Image BankEarth Science World Image Bank.
Advertisements

Objectives  Provide quantitative, real-life hydrogeological experiences for undergraduate non-majors  Provide holistic, field-based learning opportunities.
Surface Water Chapter 9.
Chapter Six Sediments & Sedimentary Rocks. Sediment Sediment - loose, solid particles originating from: –Weathering and erosion of pre-existing rocks.
Rocks. Bellringer K= know about rocks already W= Want to learn about rocks L= Learned about rocks.
Tunka-Shila Read the story.. Add to Table of Contents Tunka-Shila Questions Pg. 36 Sedimentary RocksPg. 37.
Rocks, Weathering, Erosion, Deposition, Rock Cycle, and Watersheds
Today’s Lecture:  Sedimentary structures: Inferring depositional processes from sedimentary rocks Sea-level changes & the facies concept Chapter 7: Sedimentary.
CE 101Dr SaMeH1 Engineering Geology (CE 101) Associate Professor of Environmental Eng. Civil Engineering Department Engineering College Almajma’ah University.
River Systems - Runoff.
Surface Water Topics: Surface Water Movement Stream Development
Rivers. Where Do Rivers Get Their Water? 466 Drainage Basin – provides water for the river. Drainage Basin – provides water for the river.
Geology 100 Topics The Earth-its layers and general composition, types of crust Plate Tectonics and Boundary types Basic Rock Types: Igneous, Metamorphic,
January 10, 2013Q-2 Pg. Daily Goal: We will be able to explain the steps of the rock cycle. Homework: Sign permission slip Science Starter: 1.What is the.
The Rock Cycle.
General Chemistry I CHM 1010 Introduction to the course Sinex.
December 4 Thursday Warm Up.
Water Cycle - Running Water
Using field exercises to develop critical thinking skills in hydrology students Eric W. Peterson Department of Geography-Geology.
CHEMISTRY 10123/10125 Spring 2007 Instructor: Professor Tracy Hanna Phone: Office: SWR 418
100 Ch 4 Minerals Ch 5 Igneous Rocks Ch 6 Sedimentary & Metamorphic rocks Ch 21 Geologic Time.
Rocks and the Rock Cycle
Earth Science Course Overview1 Earth Science “Think Globally Investigate Locally”
Sedimentary Environments and Lithogenesis GEOL-4046 University of Puerto Rico Mayagüez Campus Department of Geology Sedimentary Environments and Lithogenesis.
Abstract Background Conclusion Stream Bed Morphology and Discharge Rates of Deckers Creek Data was collected at 5 different points along a 100 meter transect.
ERSC 1F90 Geology and the Environment ERSC 1F90 Fall/Winter
New Jersey is known as the Garden State. New Jersey is a state. I live in New Jersey, I like living in New Jersey it is fun to be free.
Date: 11/5 (B) and 11/6 (A = Late Start) Outcome: Gather and analyze evidence-based explanations regarding the constructive and destructive forces on Earth.
ROCKS & LANDFORMS REVIEW
Petrology Spring 2012 Please grab a syllabus. Introductions Instructor: Dr Jasper Konter Office: GEOL 404a Office hours: TBA, or by appointment Phone:
Monitoring the Florida River How a class research project took over the labs of Earth Systems Science.
The Florida River Project or how a research project took over my intro Earth Systems Science course Kim Hannula Fort Lewis College.
ES Video Review Tired of the Review book? Need more instruction on a topic? Use these awesome videos to help you review.
Basic Hydrology Water Quality: Sediment production and transport.
THE HYDROLOGIC CYCLE. The Hydrologic Cycle The Hydrologic Cycle - Fresh Water Storage Reservoir % of Total Fresh Water Glaciers (Frozen)76% Groundwater22%
Engineering Geology ECGD University of Palestine2 Course Syllabus Instructor: Osama Dawoud BSc. Civil Engineering, IUG, Gaza MSc. Water Resources.
Introduction to Groundwater, Karst and the Edwards Aquifer Water color by Kathy Rottier.
THE ROCK CYCLE – It has no start. It has no finish. Rocks that get broken up, This cycle will replenish! THE ROCK CYCLE – It has no start. It has no finish.
6.3 B Notes Rock Cycle One scientist is credited for creating the rock cycle. James Hutton He was a farmer, medical doctor, & lawyer who was credited for.
Choose a category. Click to begin. Plate Tectonics Earthquakes 10 Point 20 Points 30 Points 40 Points 50 Points 10 Point 20 Points 30 Points 40 Points.
O: You will be able to explain rocks and the rock cycle.
Erosion Geology Fossils. Igneous Rock Magma Lava.
Hosted by Miss Bernal Choice1Choice 2Choice 3Choice
Study Guide Chapter 17 1.Know and use the simple equation for discharge. Why is this equation important? 2.What is the gradient of a stream? 3.Describe.
EARTH SCIENCE Prentice Hall EARTH SCIENCE Tarbuck Lutgens 
Lesson 4: Rocks and their Classifications
The Earth’s surface is covered in sedimentary rock This rock is made from sediments. That are cemented together. Sediments are pieces of solid materials.
Graduate Student Teacher Training and Support at Clemson Meredith Burr Department of Mathematical Sciences, Clemson University, Clemson, SC
Soil Mechanics & Foundation Engineering 1
Journal #4 Why are river system constantly changing? The narrow depression that a stream follows downhill is called its _________. What causes the formation.
Surface Water Movement SWBAT explain how surface water can move weathered materials; explain how a stream carries its load; describe how a floodplain develops.
Rock Review Lab Stations Are you ready for the Lab Stations Quiz?
What is geology? Goal: Tell the types of things that might be studies in geology. AB partners: Tell three things you think might be discussed in geology.
GCSE GEOGRAPHY Which Syllabus? AQA Syllabus A Geography.
Geology Photo Project A. Nonny Mouse Geology , 5 May 2009 Southwestern College.
SEDIMENTARY ROCKS.
RIVER CHANNEL CALCULATIONS
Copyright January, Prof. Basuony El-Garhy Geotechnical Engineering and Foundations Civil Engineering Department Faculty of Engineering What is CE.
Outside! The map below shows a meandering river. Points
Department of Earth and Planetary Sciences
River Transportation and Deposition
Final Exam Review CORC 1332 NET 1A & 1B
Ann E. Holmes, Ph.D. Department of Physics, Geology and Astronomy and
Section 1: Surface Water Movement
Changes in a river from source to mouth
01 DRAW YOUR TIMELINE HERE JAN. MAR. JAN. MAR. FEB. APR. FEB. APR.
Chapter 6 – Sedimentary and Metamorphic Rocks
The Rock Cycle.
2nd Quarter - Test 2 Review
Presentation transcript:

Attempts at Integrating Quantitative Activities in “Rivers and Streams” Lab for Introductory Geology at CSU Chico Rachel Teasdale, CSU Chico

Week of: Lab Topic 1Jan 23Campus Walk 2Jan 30Minerals 3Feb 6Igneous Rocks 4Feb 13 Sedimentary Rocks + Sed Rocks Homework 5Feb 20 Metamorphic Rocks + Rock Review (Hwk) 6Feb 27Topo Maps 7Mar 6EXAM 1 Mar 13 Spring Break 8Mar 20Geologic Maps 9Mar 27 Fieldtrip 1 Homework Due week 10 10Apr 3Structural Geology 11Apr 10Earthquakes 12Apr 17 Fieldtrip 2 (note: Rivers Pre-work due week 13) 13Apr 24Rivers & Streams 14May 1Groundwater Lab 15May 8EXAM 2 The Syllabus- with Streams Activities

Week 1: Campus Walk Activities: “preview” a variety of future lab topics graded, but general enough for students who add the course late establishes a sense of course rigor/expectations the first set of (simple!) quantitative experiences. Lab 1 Activities: Stream measurements on campus Rock ID (TA’s ID) intro to contour lines/topo maps piezometer water levels intro to seismograph

Week 1: Campus Walk floating orange (or stick/pinecone ) 100’ Stream Activities: Determine pace Use pace to measure 100’ along creek Determine velocity of creek Measurements collected from Big Chico Creek, on campus

Week 9: Fieldtrip rock ID outcrop sketches/ interpretations topo maps Geology of Upper Bidwell Park stream velocity

Week of: Lab Topic 1Jan 23Campus Walk 2Jan 30Minerals 3Feb 6Igneous Rocks 4Feb 13 Sedimentary Rocks + Sed Rocks Homework 5Feb 20 Metamorphic Rocks + Rock Review (Hwk) 6Feb 27Topo Maps 7Mar 6EXAM 1 Mar 13 Spring Break 8Mar 20Geologic Maps 9Mar 27 Fieldtrip 1 Homework Due week 10 10Apr 3Structural Geology 11Apr 10Earthquakes 12Apr 17 Fieldtrip 2 (note: Rivers Pre-work due week 13) 13Apr 24Rivers & Streams 14May 1Groundwater Lab 15May 8EXAM 2 The Syllabus- with Streams Activities

Week 12: Pre-work Pre-work review of a)concepts (hopefully covered) in lectures and b)calculations used to describe stream flow. c)opportunity to seek help with calculations from TA’s before the Rivers & Streams Lab. Fig 9.3, Lutgens & Tarbuck, 8th Edition Pre-work Calculations stream velocity stream discharge stream volume (in 24 hours) weight of water & unit conversions questions using dissolved solids & unit conversions

Week 12: Pre-work … and start entering data to be used in lab to compare Week 1 & Week 13 data

Week 13: Rivers & Streams Stream Activities: Measure stream width, depth Calculate discharge Consider data quality/applicability up/down stream Measure cobble sizes (& ID rock type) Use Chico Quad to determine stream gradient

Week 13: Rivers & Streams Deposition Transportation Erosion Diameter of clasts (mm) Avg velocity (cm/s)

Week 13: Rivers & Streams From January to that collected in April From previous semester (Fall data = Sept/Nov) Comparison of data NEW STUFF: Compare one year’s worth of data to previous years Compare our data with California Department of Water Resources BIC station

Other ideas? (AKA HELP!!!!)