Juli Kendall's Weekly
Reading/Writing Workshop Journal

A MiddleWeb Listserv Project

Members of the MiddleWeb Discussion List and other interested teachers are joining together to explore the Writing Workshop and other ideas about supporting young adolescent writers and readers. Juli Kendall, a reading-writing teacher/coach in Long Beach, California, is helping moderate the discussion. Juli also posts a weekly journal entry from her reading/writing classroom.

This year, Juli will focus on her efforts to integrate subject matter into her reading and writing workshop approach. In her first journal of the year, she explains the rationale behind this move and some of her thinking about how she hopes to accomplish this goal.

Find out more about our project at our Reading/Writing Workshop homepage. You'll find Juli's background article here. Links to many of the tools created by Juli and her colleagues are embedded in these journals. Most often, when you click on them, a PDF file will begin to download. You'll find a list of the downloads here.

If you'd like to join the daily discussion that parallels Juli's Journals, find out how here.


2003-04 Reading/Writing
Workshop Journal
Week #26

A New Unit:
Independent Nonfiction Inquiry Projects

"In the end after all the hard work is over, research projects are lots of fun."

-- Edgar, an aspiring 5th grade meteorologist, voices his opinion of research and inquiry projects.


First came whole class research projects in Journal #22, "Our 'Bloody' Investigation!"

Then came small group projects in Journal #24, "Nonfiction Investigations: Using Research Skills in a Content Area."

Now, it's time for our individual inquiry and research projects about science topics.

Until the end of school, we'll be doing independent Nonfiction Inquiry Projects. To scaffold the learning through the year, I intentionally designed whole group projects, then small group projects, and finally, these independent projects. In this way, I gradually release responsibility to the kids for their learning, a little at a time.

During whole group projects, we all work together in a lockstep fashion to learn how to do research. During small group projects, more responsibility is released to students to allow them to grow as researchers and investigators. By placing individual projects last, kids use the skills they have developed to work on their own projects and assume even more responsibility for their learning. In this way, over time, we realize our goal of creating independent, lifelong learners.

For Week 1, my goal is to get students thinking of possible topics and asking questions. To keep it tied to the science standards, we base our projects on five "Big Ideas" from our state science standards. We use these big ideas as an umbrella to make sure that we are covering the science content at the same time that the kids have a choice about which question they want to investigate. Here are the "Big Ideas":

Systems in Living Things

The Big Idea ­p; The structures within living things are organized into systems.

The Solar System and Beyond

The Big Idea ­p; Earth is part of a solar system of planets circling a star in one of the many galaxies of stars in the universe.

The Nature of Matter

The Big Idea ­p; All matter is made up of tiny particles that are in constant motion; changes in matter always involve changes in energy.

Water on Earth

The Big Idea ­p; Water, an essential natural resource, must be conserved and kept clean.

Weather and Climate

The Big Idea ­p; The weather on Earth is always changing.

Before we begin, I borrow a "Research Timeline for First Inquiry Projects" from page 194 in Nonfiction Matters by Stephanie Harvey. It helps me get organized. Here's what it says about week one of a ten-week unit of study for Inquiry Projects.

Week 1 ­p; Teacher has proper resources in place. The classroom is filled with ample nonfiction text from the school library, the public library, and her own collection. A wide range of genres is represented: magazines, newspapers, trade books, CD-ROMS. Teacher sows seeds, whets student appetites. Gets them thinking of possible topics. Shares own passions, collections, and possibilities for study.


To get things started, I share my own research process with the kids. I pick "Water on Earth" as my topic. I talk to them about "the Big Idea" -- that water is an essential resource that must be conserved and kept clean. For an opportunity to do " independent research," I give students sheets of wax paper and droppers and suggest they place drops of water on the paper. Then I ask them to describe the water drops. They are really surprised to see how round the drops can be. Next, we add tiny drops of liquid soap to the water to "pollute" it and describe what happens. As the water drops spread out all over the wax paper, making a mess, they are amazed at the difference adding the soap makes. (The big payoff from this experiment is that, after we finish mopping up, the table is really clean!)

My next step is to pick my research question. "How can water be kept clean?" Then we do an activity demonstrating how pollutants travel. The idea is to make a soil model and discover how pollution can "seep" into ground water.

Procedure (from Houghton Mifflin Science Discovery Works, pages D54 and D55):

--Make a model of a soil profile. Use a piece of cotton cloth to cover the small opening of the top section of a 1 liter plastic bottle that has been cut in half. Secure the cloth with a rubber band.

--Turn the top section of the bottle upside down and set it in the bottom section of the bottle. Put sand in the top section to a depth of about 6 cm. Then add about 6 cm of soil on top of the sand. You have made a model soil profile.

--Add five or six drops of food coloring to the soil. Then sprinkle about 5 mL of salt crystals on the soil.

--Use a graduate to measure about 250 mL of water. Slowly pour the water over the surface of the soil. Observe the liquid that collects in the bottom section of the bottle. Record your observations in your Science Notebook.

--Use a dropper to place three drops of tap water on a microscope slide. Place three drops of liquid from the bottom section of the bottle on another slide. Observe the liquid on each slide. Record your observations.

--Allow the liquid on each slide to evaporate. Then compare the slides and record your observations.

We'll spend the next few days analyzing the results from our research about clean water and also check out some other resources. Here are a few:

Sources for information about local water

Local water utility
State Water Project (SWP)
Sate Department of Water Resources

Laws

The Clean Water Act, 1972 (federal)
The Safe Drinking Water Act, 1986, (federal)
The Porter-Cologne Act (state, California)

Videos

Bill Nye, the Science Guy: "Wetlands" (Disney Educational Productions)
This video explains how wetlands naturally purify the water that passes through them.

Books

The Nature and Science of Rain by Jane Burton and Kim Taylor (Gareth Stevens, 1998)
Water Up, Water Down, The Hydrologic Cycle by Sally M. Walker, (Carolrhoda Books, 1992)

Internet Resources --

"The Water Sourcebook Series" comes as pdf files.
http://www.epa.gov/OGWDW/kids/exper.html

The International Boundary and Water Commission
http://www.ibwc.state.gov/

USGS Water Science for Schools
http://ga.water.usgs.gov/edu/

Deserts of the World
http://www.livingdesert.org/nowater.htm

Water Resources-Los Angeles Aqueduct, Owens Valley, and Mono Lake
http://tinyurl.com/2mqz9

US Environmental Protection Agency -- Water for Kids
http://www.epa.gov/kids/water.htm

"Water Use: Tragedy in the Owens River Valley" -- a very advanced lesson plan-actually geared to high school, but fascinating stuff!
http://www.pbs.org/weta/thewest/lesson_plans/lesson08.htm

This website by the publisher Houghton Mifflin has a collection of resources that match our "Big Ideas." It also has lots of other ideas and information like a monthly theme, this month it is "Space" and includes links to "Space Day Activities," and a selection of current events.

Truth be told. I picked the topic of clean water because I didn't think anyone else would. But in the process of modeling how to do independent inquiry, all of us learn about the importance of clean water and that's a very important lesson.

SEE Juli's Curriculum Map for Research Projects - Unit 5


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