NOAA Presents Weather Ready Chesapeake Teacher Workshops

January 7th, 2013 by Bart Merrick

Be weather ready in your classroom this year!

Weather affects our daily lives in so many ways. Sometimes the weather makes a day at the beach, on the water, at the park, or in the yard an absolute joy, and sometimes we are glued to the television, computer, or phone watching a storm come our way and preparing for what it may bring.

This winter, the NOAA Environmental Science Training Center, in partnership with the National Weather Service and the National Centers for Environmental Prediction, will offer a series of workshops for environmental educators on weather and weather safety in the Chesapeake Bay.

This two-part workshop series will bring together educators and scientists from throughout the region to explore the science that drives our understanding of the weather system, the way it impacts the Chesapeake Bay watershed, and discuss ways to incorporate that science into education programming for students, teachers, and the general public.

One additional reason to attend these workshops is that they will be held at the brand new Center for Weather and Climate Prediction. This is the place where information from around the world is collected so that the science professionals within can provide a seamless suite of environmental analysis, diagnostics, and forecasts from the surface of the sun to the depths of the ocean floor.

Session 1 in the workshop series will be held on January 24. During this workshop we will focus on weather observations, forecasting, and predictions.   Click on the link below to register or learn more about Session 1.

Register for Session 1 Here

Session 2 will be held on February 14th. Don’t forget to add this to your calendar as well, and check the NCBO website for details as they evolve. Click on the link below to register or learn more about Session 2.

Register for Session 2 Here

If you have any questions about this workshop, or the Environmental Science Training Center programming, please contact Bart Merrick at bart.merrick@noaa.gov or 410-259-3142.

Bart Merrick is an Education Coordinator for the NOAA Chesapeake Bay Office.

A Holistic Watershed Journey for Students at the Gereau Center

December 10th, 2012 by Lori Sloan

Counting critters with our ranger from Booker T. Washington National Park

Feeling the cool mountain water

On the rock...connected to the earth

A healthy forest friend

This plastic is not going in our streams!

I wonder if the maker of that hole is still in there!

Knowing this place from our sit spot, where the water comes from the mountain

Mountain top of our watershed

Students in the environmental module at The Gereau Center experience their watershed through a network of activities linking trees and water quality. They often begin at the base of the mountain in the wetlands where they discover keystone species indicating the edge where one ecotone meets another. It is here the diversity is greatest and students locate places where wildlife find water, food, shelter, and a place to raise their young. It is in this place students begin to meet the plants such as the wild rose or blackberry getting their attention as the thorns grab their clothes. They learn the rose hips provide vitamin C for humans and wild animals. Students wonder at the clear, sparkling water flowing from a small waterfall gushing from the saturated wetland soil on its way to the stream across the street. They look up to find the mountain gap where this water springs out of Grassy Hill above them.

This site was donated by a local family to the Nature Conservancy and is now cared for by the Natural Resources Conservation Service. After examining topographic images and mapping their watershed, students learn they live at the headwaters of the Roanoke River watershed which flows through the soil and across the land to the Albemarle–Pamlico Sound in North Carolina.  As each student relates their own sense of place within this watershed, stories are shared about the creeks, streams and rivers in which they like to play and fish and swim. These young people know their responsibility for keeping their part of the watershed clean because everyone lives downstream.

After learning about the local history of lightning strikes and fire suppression on Grassy Hill, they see pictures of Menge’s Fame Flower (G3/S1) an endangered plant and other mountain residents like the Carolina Thistle, Blazing Star, and common trees living on the magnesium rich rocks along the path they will hike. Students learn about watershed tea and the importance of tree leaves feeding the streams, and their roots holding the soil in the watershed.

Young faces beam with excitement as they begin the ascent up the mountain trail. One student finds a tree fallen across the path revealing its age.  Another curious observer moves to get a closer look to see if something is living in the big hole at the base of a tree. Looking at the whole forest picture, they closely observe patterns in nature that tell the history of this mountain forest while gathering leaves to identify individual species along the way. An heirloom apple collected from the stream sparks questions and peaks curiosity of its origin. Student questions indicate their awareness of the importance of forestlands in maintaining our watershed. Their search gets in depth as they enter the stream looking for salamanders and other organisms; clues for discovering the quality of the water. The students stop to pause and find a sit spot, a quiet time to be with nature and reflect. The only sound heard in the forest is the wind blowing through the trees. One student gently lifts the sparkling stream water between his fingers. Individual students experience the headwaters of the collective watershed and will follow the creek down the mountain to the stream that weaves through the forest near the wetland.

It is in this protected riparian buffer students will sample the stream using the Save Our Streams methods they learned in the classroom. The macroinvertebrates they collect will help them identify the water quality of this stream. Giggling is heard as they check the speed of the water with a tennis ball and stopwatch. They climb down a steep bank to check the pH and lift rocks looking for treasures. One student sighs as they have to get back to school and comments she doesn’t like to end her time in nature. We all agree. As we walk back to school, some of the students make a vow to bring back bags and gloves to clean up the trash around the stream. They share stories of clean ups they have done in their own neighborhoods. One student comments they put fences up on their farm so the cows cannot get into the water. Another student shares the story of the day their manure pond broke loose contaminating the Pigg River. We all remembered that day. The water treatment plant even had to shut down. The connections these students make between their actions, choices and maintaining the quality of their watershed is lifelong learning.

Back in the classroom, the light is turned on as students are asked if they are connected to mountain top coal removal. Most answer no. Viewing parts of Coal Country, students identify the values and beliefs of the people imbedded in this very local issue. Students listen intently as one teacher shares his family history connected to coal and what it was like when his father mined coal and died in a long wall mine in Virginia. Listening to Judy Bonds share deep concern for her community and the black water flowing in Coal River, the students cannot help but feel the despair of these nearby families torn apart by opposing views on this volatile issue. They learn of the inspirational steps she takes to save her river and her beloved mountain. In her passing, they learn it is the Clean Water Act and the endangered critters living in the river that save her mountain, the river and the people for whom it is their lifeblood.

As students experience a holistic watershed journey, they think twice about throwing a bag or bottle from their car into the creek. They know there is something alive in the water they want to protect. They appreciate the trees blowing in the cool mountain air and the rivers that feed the forest and bring life to their community and everyone downstream.

Lori Sloan is an 8th grade Physical and Environmental Science teacher at the Leonard A. Gereau Center for Applied Technology and Career Exploration in Franklin County, Virginia.

Imagine… A Trip to the Smithsonian Environmental Research Center

November 19th, 2012 by Mary Westlund

Life on a Watershed: Does it really make a difference what we put into the soil? Check out the red water in this picture. When it rains the pollution flows into the Chesapeake Bay and harms everything living there.

Wonders Down Under: Parents dressed in waders caught fish from the Rhode River using nets.

Wow! There were so many different fish. Sorting them was cool because we got to touch the fish!

Oyster Fun: Did you know oyster bars are an ecosystem? We sifted through this oyster bar community and found lots of plants and animals. I couldn’t believe what we discovered!

Wetland Web: Did you know all the plants and animals in a watershed are linked together in some way? We got tangled up in this activity and made some real connections!

I have been waiting for this field trip for weeks.  We have prepared, studying vocabulary, reading and discussing what we will see.  I can’t wait to get there!

We are on the bus riding down a wooded, narrow road.  When the bus stops, we are greeted by friendly people wearing bright red shirts.

I ask, “What will we be doing today?”

Here’s a look at our trip.

WHAT IS EXPLORING NATURE?

It is a newly revised environmental education program at the Smithsonian Environmental Research Center created for Pre-K through 3rd Grade students!

SERC designed Exploring Nature to aid teachers and administrators with the following needs:

  • A program aligned with the new Maryland Environmental Literacy Standards, as well as science standards for Virginia and Washington, D.C.
  • Activities specifically designed for younger students
  • An opportunity to discover, evaluate and understand the environment of the Rhode River and the Chesapeake Bay watershed

HOW IS EXPLORING NATURE ORGANIZED?

Three categories of activities help students understand the Chesapeake Bay Watershed.  Each activity lasts 20 to 30 minutes.  Depending on the length of your stay, you can choose four or five activities.  You can also bring a picnic lunch and enjoy a self-guided hike on the Java Trail.

Program categories:

  • Adaptations – discover important plant and animal adaptations used for survival
  • Ecosystems – evaluate the delicate ecological balance of the Chesapeake Bay Watershed
  • Ecological Niches – Understand how organisms live and react to their habitat

GET STARTED

  • Look at the activity descriptions
  • Match your curriculum needs to the activities
  • Contact Jane Holly at hollyj@si.edu and arrange a date for your trip

PREPARE FOR YOUR TRIP

  • Print copies of the activities from our website. This provides background information and needed vocabulary for your students. It will also help your adult leaders prepare so they can guide activities during the trip.
  • Not sure how this works? You can send your adult leaders for a training session at SERC.
  • Can’t make it to a training session? SERC will will send you a DVD showing the activities and materials and how to run the stations.
Mary Westlund is a Docent and Educational Consultant for the Smithsonian Environmental Research Center in Edgewater, MD.

Applications for B-WET Competitive Grant Program Now Being Accepted

October 5th, 2012 by Kevin

Environmentally literate citizens with the skills and knowledge to make well-informed environmental choices are key to sustaining the nation’s ocean and coastal environments.

K-12 programs that provide students with meaningful watershed educational experiences (MWEE) related to the Chesapeake Bay and related teacher professional development and capacity building, this one’s for you:  The National Oceanic and Atmospheric Administration is now accepting applications for FY13 B-WET (Bay Watershed Education and Training) funding to support your program.

Proposals for FY13 funding must:

  • Be a systemic MWEE program that strives to reach the entire student and teacher population in one or more grades in an entire school system or recognized sub-unit of a school system;
  • Build the capacity of agencies and organizations to develop deliver, and sustain comprehensive STEM or environmental education programs that advance the MWEE at the state or regional level;
  • Pilot the replication of highly successful urban STEM programs to urban communities in the Chesapeake Bay watershed

If you’re interested, be sure to read the full NOAA Announcement of Federal Funding Opportunity for details and requirements. Also note that letters of intent must be submitted by 5 p.m. Eastern Time, October 30, 2012, and that the deadline for applications is 5 p.m. Eastern Time, December 19, 2012.

Informational webinars about the FY13 competition will be held October 10 at 10 AM, and October 12 at 1 PM (both times Eastern). To register for a webinar, visit http://chesapeakebay.noaa.gov/b-wet-workshops

Contact B-WET Chesapeake Manager Kevin Schabow with any questions.

UPDATE – October 26, 2012:

Due to the looming threat posed by Hurricane Sandy we have decided to postpone the deadline for letters of intent to the FY13 B-WET Chesapeake funding opportunity.  Letters are now due by 5 PM Eastern Time on Monday, November 5th.  This will not change the application deadline or time frame for receiving feedback on letters.

We’ve updated the B-WET website with this information, and the Grants.gov site will reflect this change shortly.

Filed under: Funding
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Kevin Schabow is an Education Specialist at NOAA's Chesapeake Bay Office.

Flooding in the Chesapeake Bay Watershed: Impacts on the Bay

October 3rd, 2011 by Margaret Enloe

During the flooding event on September 9, 2011, nutrients, sediment, garbage, and debris were washed downstream from the Susquehanna River into Chesapeake Bay at a near-record rate. Image courtesy of NASA Earth Observatory.

Near record flow of the Susquehanna River was measured by the USGS on the morning of Friday, September 9th. River flow at Conowingo Dam, where the river enters the Chesapeake Bay, was 775,000 cubic feet per second (CFS)!  2011 will most likely be one of the highest annual flow years on record for the Susquehanna River, primarily as a result of both the September tropical storms and a wet spring across the watershed.  In addition to the Susquehanna, high river flows were measured throughout other parts of the six-state Chesapeake Bay watershed. Your class can investigate real-time streamflow data at a site near your school by using the USGS WaterWatch website.

Likely Impacts on the Bay

Last month’s blog reported that the Chesapeake Bay received a short term water quality boost from Hurricane Irene due to the physical mixing of the Bay’s waters by extreme winds and waves that sent oxygen-rich surface waters into the deeper channels that are normally lacking oxygen at this time of year.  It is true that the physical mixing that resulted from Hurricane Irene did increase the amount of dissolved oxygen near the bottom of the Bay; however the shear magnitude of the more recent flood waters, combined with the loads of nutrients and sediments, will likely have a negative effect on the Bay’s health.  We will only understand the true impacts with the passage of time and through the combined monitoring and assessments by the Chesapeake Bay Program’s many partners.

Things to Watch:

  • Of potential concern to the next year’s crop of underwater bay grasses is the physical scouring of the Bay bottom (particularly in the Susquehanna Flats and the upper tidal Potomac River) resulting in the removal of vegetation living below the sediment surface—the ‘seeds’ for next spring’s plants.
  • The Bay’s oyster bars and other important hard bottom habitats will likely get a new layer of silt covering them in the coming days and weeks ahead, which will directly impact oyster and other bottom dwelling organisms.
  • Much of this sediment will stay around and, with the help of winds and tidal currents, find itself back up in the water column as early as this coming fall and well into the next year.
  • The flood of freshwater into a salty Bay can have impacts on the Bay’s critters like oysters which can’t just get up and move if the much lower salinity conditions last for an extended period of time.

Up on the Susquehanna River, the volume of flood waters will scour the bottom, causing sediment and nutrients previously ‘trapped’ behind the Conowingo Dam to be freed and sent down to the Bay.  These released sediments will likely bring not only more nutrients to the Bay, but also long-buried chemical contaminants.

USGS will be taking samples for analysis of bacteria, pesticides and trace metals over the course of the flood event to help understand the chemical contaminant loads entering the Bay from such a major flood event.  Several months from now we will be able to quantify these loads and the potential impact to a much higher degree.

Timing of the Floods Lessens the Opportunity for Further Impacts

When it comes to flood events and their impact on the health of local waterways and the Bay overall, it is timing that makes the big difference in terms of whether there is a short term (weeks to a month) or a long lasting (months to years) impact on the Bay ecosystem.  Based on historical data, we expect and will be monitoring the following:

  • Bay grasses: We are at the end of the underwater Bay grasses peak growing season, so impacts will be fewer than if the flooding occurred in June or July.
  • Living organisms in the Bay: As this is not a major spawning period for Bay living resources, the long term impact on their populations will be minimal.
  • Nutrients & sediment to the Bay: Given that this flood event is happening as the summer season comes to a close, there is less opportunity for long lasting water quality impacts in terms of nutrient and sediment pollution. By the spring, a majority of the nutrients should have worked their way through the Bay system.  Additionally, cooler temperatures, shorter days, reduced biological activity, and cloudy waters should prevent large algal blooms from growing in the excess nutrients.

Be sure to check in with Bay Backpack next week to learn how to teach about flooding in your classroom!

Margaret Enloe is the Communications Director for the Chesapeake Bay Program / Alliance for the Chesapeake Bay.

June 8th is World Oceans Day

June 6th, 2011 by Alyssa

Celebrate World Ocean's Day this June 8th! Image courtesy of The Ocean Project.

This year is the best yet for your classroom to participate in the globe’s biggest celebration of our shared ocean. The theme is Youth: the Next Wave for Change and it’s a great opportunity to have fun while teaching and inspiring the next generation of the ocean’s guardians. You’ve probably heard of Earth Day, but 70% of the Earth’s surface is the ocean! Take a day (or a whole week) to teach your class about why the ocean is so important.

If you are working with a very young class, consider having a Dr. Seuss-themed ocean celebration. Keep the lesson informational and upbeat, while emphasizing that the ocean needs to be protected just as much as the land does. Keep in mind that young children can be frightened by environmental problems if they aren’t also presented with solutions. Many give up altogether because the challenges seem far too great. This is why World Oceans Day education should have a positive spin despite the serious problems the ocean faces—love and fond childhood memories of nature are the best determiners of pro-environmental action in adults.

For classrooms inland, one of the most meaningful concepts you can teach about is watersheds. Watersheds connect people from around the world to one of our greatest shared resources: the ocean. The Chesapeake Bay Watershed is the largest in the United States, and is a great case study for your class!  Watersheds are a complex teaching challenge but are necessary for inland students to understand how the ocean is relevant to them. Older kids can learn about how pollution from their town ends up in the ocean, but strive to keep the lesson positive. A fun and effective way to teach about watersheds is to make a model: click here for an easy guide.

Additional Resources:

Alyssa Isakower is the World Oceans Day Coordinator for The Ocean Project.

Environmental Education Week Webinar: Teaching Ocean Connections from Watersheds to Reefs

March 21st, 2011 by Sarah Kozicki

Celebrate "Ocean Connections" by participating in a Teacher Webinar to help prepare for National Environmental Education Week! Photo courtesy of Suchana Chavanich/Marine Photobank.

The ocean covers nearly three quarters of our planet’s surface, provides 70 percent of the oxygen in the atmosphere and houses about 20 percent of the known species on Earth. It regulates climate and weather and provides food and energy resources for humans worldwide. Water in every stream or river on the planet eventually ends up in the ocean, and all life on Earth is dependent upon its health. More than half of all Americans live within 50 miles of the coast, but whether near or far our lives are inextricably linked to the ocean.

In 2011, National Environmental Education Week (EE Week), the nation’s largest environmental event, will be held from April 10-16.  Here in the Chesapeake Bay Watershed we will be celebrating the 2011 EE Weeks’s focus on Ocean Connections in the nation’s largest estuary!

Registered EE Week participants are invited to participate in a free educator webinar hosted by the National Environmental Education Foundation.  The Teaching Ocean Connections: Watersheds to Reefs Webinar will be held on Wednesday, March 30, 2011 at 7:00 p.m. Eastern. Take advantage of this opportunity to learn from and interact with National Oceanic and Atmospheric Administration (NOAA) experts Rob Ferguson, Paulo Maurin and Cathy Sakas, who will share their knowledge and ideas for compelling classroom activities on watersheds and introduce participants to NOAA’s Rivers to Reefs Program. This webinar should be a great chance to learn about watershed lessons that can be connected back to the Chesapeake Bay and can be used in your own classroom!

Register for 2011 EE Week to participate in this online professional development experience. Registration is free, and registered participants will receive login information via email prior to the webinar.

Click this link to learn more about the Teaching Ocean Connections: Watersheds to Reefs Webinar, and be sure to check out Bay Backpack’s watershed lesson plans for more fun ideas on how to teach about watersheds!

Sarah Kozicki is an Education Program Coordinator for National Environmental Education Week.

National Park Service “Views” the Chesapeake Bay with a New, Online Education Tool

March 14th, 2011 by Cindy

The Chesapeake Bay Bridge from Sandy Point, State Park. Photo courtesy of National Park Service, photographer Middleton Evans

The National Park Service (NPS) features the Chesapeake Bay for its latest edition of Views of the National Parks, an online educational resource. Views is a great resource for anyone looking to learn more about the Chesapeake Bay, and is a valuable tool teachers can use in their classrooms!

The Chesapeake edition of Views of the National Parks is a joint project of the National Park Service Chesapeake Bay Office in Annapolis, Maryland, and the NPS Natural Resource Stewardship & Science program in Fort Collins, Colorado. This resource provides readers with a background in the natural world of the Chesapeake, its geologic formation as an estuary and its diverse ecosystems and species, as well as an understanding of the human history and cultural environment of the Bay watershed. Chesapeake Views also describes how the Bay environment has changed over time and how individuals can become involved in restoring and protecting the Bay.

With such a wide range of topics covered, the Chesapeake edition of Views can be used by environmental science, earth science, geology, biology, history, and social studies teachers alike! Teachers can use Views as an education module by developing questions for their students to answer as they explore the sites content.  Views is also a great resource to send students to for independent research projects.

A “Visit” section highlights some of the many places to experience the Bay and to learn more.  This section can help teachers identify locations for possible Chesapeake Bay field trips. Numerous photographs, pop-up sidebar text, maps, a glossary, and links to additional resources are among a variety of teaching tools that are available on the website.

“Partners in the Chesapeake Bay Gateways and Watertrails Network, together with the Captain John Smith Chesapeake and Star-Spangled Banner National Historic Trails, offer educators, students, and visitors meaningful avenues for learning about the Chesapeake”, said John Maounis, NPS Chesapeake Bay superintendent. “Now, supplemented with the Chesapeake module of Views of the National Parks, citizens have the tools they need to better understand and participate in the protection of this vital resource.”

On the National Parks Views website students can explore many bay-related topics, including how the Chesapeake Bay was formed.

Cindy Chance is a Management Assistant for the National Park Service, Chesapeake Bay office. She can be contacted at cindy_chance@nps.gov or at 410-260-2492.

Trout in Triadelphia Classrooms

March 7th, 2011 by Carol

Can you find the trout eyes on the eggs? Look for the small, black dots.

Newly hatched trout live in a "nursery" hatching basket.

The eggs have arrived and the Trout Patrol has sprung into action at Triadelphia Ridge Elementary School in Howard County, Maryland.  Trout in the Classroom is an exciting example of how environmental literacy and stewardship can be incorporated into a classroom setting.  In Maryland, the Potomac-Patuxent Chapter of Trout Unlimited and DNR sponsor the program.

At Triadelphia Ridge Elementary School, fourth grade children volunteer to participate in the Trout Patrol and to work under my guidance to raise the trout through a series of hands-on activities.  These activities include testing water quality, feeding, and measuring trout growth and development. In addition, children research and learn about the trout life cycle and how trout are great indicators of water pollution levels.  Learning also revolves around topics such as the local watershed, ecosystems, preservation and the enhancement of natural resources, and protection of the environment.

A week after receiving the eggs, the Triadelphia Ridge Trout Patrol students eagerly observed the hatching of the trout eggs into alevin, newly hatched fish still attached to the egg sac, and are excited to watch the continued growth and development as they evolve into fry and fingerlings.  In the springtime, the students will attend a field trip to release the trout into a local stream.

Although the Trout in the Classroom Program involves some specialized equipment, many teachers, including myself, acquire a grant to fund the purchases.  I applied and received a wonderful grant from the NEA Green Across America Grant Program sponsored by Target.  Trout in the Classroom provides plenty of support and guidance to new teachers, such as myself in tank set-up and in ways to work with children in the classroom to make the program a worthwhile and meaningful environmental experience.  Go Fish!

Are you interested in starting a trout in the classroom program?  Check out the Trout in the Classroom program in your state!

Carol Brzezinski is a gifted and talented resource teacher at Triadelphia Ridge Elementary School

Calling All Students: Help Save Our Streams

November 8th, 2010 by Leah

Students in the Save Our Streams program participate in monitoring of macroinvertebrates.

There’s nothing like seeing a kid’s eyes light up as they make the connection between their daily activities and the quality of their local waters – all while splashing in a stream and looking at the creepy, crawly critters found there. Equally as rewarding is seeing a child who doesn’t thrive in a traditional classroom become a leader in the outdoor classroom.

The Izaak Walton League’s Save Our Streams program trains students and adults to monitor water quality and restore their local streams. Save Our Streams volunteers test water quality by identifying macroinvertebrates living in the water. Stream-bottom macroinvertebrates — including aquatic insects (such as dragonfly and damselfly larvae) and crustaceans (such as crayfish, snails, and clams) — are good indicators of water quality because they live in the same area of a stream most of their lives and differ in their sensitivity to pollution.

Which macroinvertebrates you find, or don’t find, in a stream indicates the pollution level of the water. Biological monitoring is a quick, inexpensive and accurate way to find out if water quality is good or poor, and it gives volunteers a baseline for tracking changes in stream health.

State and local government agencies often use volunteer-collected data to identify pollution problems and track long-term trends in water quality. Local Izaak Walton League chapters and watershed associations use the information to identify and prioritize sites for restoration and to track restoration success. The data can also be used to influence local planning decisions to protect sensitive waterways, and better yet, students see that what they are doing in school matters in the real world.

Getting students and adults engaged in stream monitoring is also a great first step toward building a love of the outdoors and a conservation ethic. They understand that their actions can improve water quality, and they become more willing to change daily behaviors – such as practicing water-friendly lawn care – to do so.

How Can You Bring Water Quality Monitoring to Your Students?

Students use a seine net during an SOS outing.

The best way to start a Save Our Streams program with your students is to connect with a local Izaak Walton League chapter, watershed association, or government agency volunteer monitoring program. To find a program near you, e-mail the Izaak Walton League at sos@iwla.org or visit EPA’s Surf Your Watershed Web page.

You can also start your own water monitoring program – we’ll show you how. For information about training sessions, monitoring equipment, manuals, and other resources, visit the League’s Save Our Streams Web page.

Water Quality and Stream Ecology Resources

There are many great lesson plans and educational resources that can help you prepare students for a day on the stream. Here are a few to get you started:

  • The Izaak Walton League’s Project Watershed brings experienced program leaders together with middle school and high school students to engage classes in biological, chemical, and physical stream monitoring. Visit the program’s Web site for a wealth of lesson plans and other resources.
  • The Izaak Walton League’s Save Our Streams project idea page includes information about stream monitoring, organizing a watershed cleanup, and projects such as making rain barrels and rain gardens. For links to other educational resources, visit our Educational Programs page.
  • The Bureau of Land Management’s Holding onto the GREEN Zone Guide provides hands-on classroom activities for middle school students on stream ecology, the role of streamside buffers, water quality, and conservation careers. Indoor and outdoor activities are included.
Leah Miller is the Clean Water Program Director at the Izaak Walton League of America, Inc. in Gaithersburg, Md.
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