"I'd like to suggest the educational technology resource: SpinnerWheel.com

Spinner Wheel is a free online tool that allows for a flexible and engaging approach to learning. It has many use-cases for any subject.

All entries on wheels are fully editable and one of the main things that makes it so useful is the ability to create multiple wheels for use at one time.

An example use of Spinner Wheel for mathematics: https://spinnerwheel.com/mental-mathematics-quiz
and for creative writing: https://spinnerwheel.com/short-burst-writing-ideas-generator

From creating multiple random number generators to equitably selecting students from a group, the possibilities for using this resource in a learning environment are practically endless."

Literacy, Reading, Math, SPED Specialists may upload this template to modify and use as a daily schedule and lesson plan guide when working with multiple groups across sites.

Literacy Specialists, Reading Specialists, SPED, Educators and administrators may use this template to collect data. This is a spread sheet that may be used K-8. This tool allows teams to collect and share data in a document that is easy to use, pull up and look at when working in collaboration with teams that include specialists, administrators, educators and parents working to close gaps for struggling learners. While created for reading interventions it may be used for all interventions in multiple academic settings.

This module guides students through some relatively new satellite meteorology satellites. It is part of an online course for grades 7-12 in satellite meteorology, which includes 10 modules with numerous interactives. The site also includes lesson plans developed by teachers and links to related resources. Each module is designed to serve as a stand-alone lesson, however, a sequential approach is recommended. Designed to challenge students through the end of 12th grade, middle school teachers and students may choose to skim or skip a few sections.

This is an activity about cause and effect. Learners will calculate the approximate travel time of each solar wind event identified in the previous activity in this set to estimate the time at which the disturbance would have left the Sun. Then, they will examine solar images in an attempt to identify the event on the Sun that may have caused the specific solar wind episode. This is Activity 12 of the Space Weather Forecast curriculum.

This is a hands on activity where students will see how instruments can be used to warn people of a tsunami. This activity demonstration can be flexible to the needs and ages of the students and can be a game or a conversation.

General overview:
• Human alterations to the River ecosystem
• Events that set groundwork for authorization of UMRR
Examples of HREP Design and Features:
• Island Restoration
• Dredging
• Mechanical
• Hydraulic

Students will utilize an applet to further expand their knowledge of confidence intervals.

This is a virtual lab activity on the photoelectric effect based on a Java applet simulation of the experiment.

The WI Well Water Quality Interactive Viewer was created as an educational tool to help people better understand Wisconsin's groundwater resources. Communities or individuals have used it to:

See what is known about general well water quality in Wisconsin.
Compare water quality in different areas.
Raise awareness of local groundwater quality issues.
Promote testing and outreach efforts.
Encourage well testing in areas where little data exists.
The viewer relies on voluntarily submitted well water samples from homeowners and other well water data collected by state agencies over the past 25 years. This includes private well water quality data from the Center for Watershed Science and Education, the WI Dept. of Ag, Trade and Consumer Protection, and the WI Department of Natural Resources Groundwater Retrieval Network, Eau Claire County Health Dept and La Crosse County Health Dept.

The WI Well Water Viewer does not represent well water quality information for all known private wells. This information is not intended to be a substitute for well water testing and the viewer does not provide site specific information for an individual well or property. The Center for Watershed Science and Education is not responsible for misuse or misinterpretation of the data.

The compilation of data was assisted by a grant through the Environmental Public Health Tracking Program through the WI Department of Health Services.

In this online, interactive module, students will learn how to interpret weather patterns from satellite images, predict storm paths and forecast the weather for their area. The module is part of an online course for grades 7-12 in satellite meteorology, which includes 10 interactive modules. The site also includes lesson plans developed by teachers and links to related resources. Each module is designed to serve as a stand-alone lesson, however, a sequential approach is recommended. Designed to challenge students through the end of 12th grade, middle school teachers and students may choose to skim or skip a few sections.

In this interactive, online module, students learn about satellite orbits (geostationary and polar), remote-sensing satellite instruments (radiometers and sounders), satellite images, and the math and physics behind satellite technology. The module is part of an online course for grades 7-12 in satellite meteorology, which includes 10 interactive modules. The site also includes lesson plans developed by teachers and links to related resources. Each module is designed to serve as a stand-alone lesson, however, a sequential approach is recommended. Designed to challenge students through the end of 12th grade, middle school teachers and students may choose to skim or skip a few sections.

This is a set of three activities about the distance to Saturn. Learners will use simple props to create a playground model for size and distance for the Sun, Earth, and Saturn - then walk on their scale model to Saturn. Includes a glossary, information for families, and guidance for deepening the science. This is lesson 2 of 8 in the Jewel of the Solar System: From Out-of-School to Outer Space an adaptation for afterschool programs of the Cassini-Huygens educational product Reading, Writing, and Rings.

The winter severity index (WSI) is a measurement to help gauge the effects of the winter weather on
deer survival. The index was developed in the early 1970’s and is calculated by adding the number of
days with 18 inches or more of snow on the ground to the number of days when the minimum
temperatures were 0◦
F or below. In general, the severity of the winter is based on the total number of
points accumulated over the collection period. A winter with an index of less than 50 is considered mild,
50 to 79 is moderate, 80 to 99 is severe, and over 100 is very severe.

The WI Facts page on the website for the State Cartographer's Office offers different fun trivia such as interesting sites from aerial photography, geography trivia, and blank Wisconsin outline maps.

Use of this webpage alone does not meet any social studies standards. Teachers are encouraged to consider the use of inquiry and social studies/geographic disciplinary literacy to help students meet curricular goals.

Wisconsin's 15,000 lakes. The DNR partners with the University of Wisconsin - Extension and citizens around the state to help protect and maintain these amazing natural resources while providing some of the best recreational opportunities in the nation. More than 600 lake organizations and thousands of volunteers play a leadership role in the stewardship of Wisconsin's lakes.

Find a Lake, Lake Water Quality Data, Lake Maps, Plants and Aquatic invasive Insects - are all linked to this site.

Volunteers, DNR staff, county staff and others collect water clarity, temperature and dissolved oxygen, as well as other water quality data, on lakes across Wisconsin. Around 1,000 volunteers are currently active, and the network has been going strong since 1986. Water clarity is measured with a black and white disk called a "Secchi Disk".

Satellite images are used to retrieve water clarity data for lakes across the state. This effort began in 1999 when the University of Wisconsin-Madison Environmental Remote Sensing Center (ERSC) developed a model for the retrieval of water clarity data from satellite images and Citizen Lake Monitoring Network volunteers provided on-the-ground Secchi data to calibrate this model for each satellite image. Water clarity data was retrieved for over 8,000 lakes statewide between 1999 and 2001. The DNR continues to analyze data in this way today in its remote sensing program.

Wisconsin DNR's Wisconsin Wetland Inventory geodatabase, containing wetland polygons and points.

The principal focus of the wetland inventory is to produce wetland maps that are graphic representations of the type, size and location of wetlands in Wisconsin. Currently, there are two different datasets that have been created using different mapping methods and technologies.

The majority of the state was mapped using traditional stereo-pair, black-and-white, infrared photography. Within this context, the objective was to provide reconnaissance level information on the location, type, size of these habitats such that they are accurate at the nominal scale of the 1:24,000 (1 inch = 2000 feet) base map.

LiDAR Technology:
LiDAR has advanced the ability to see and map wetland and surface water features.

New wetland mapping is underway in areas across the state at a nominal scale of 1:2000 (1 inch = 166.7 feet). The data are being mapped according to the National Wetland Inventory standards using new methods. Please see the WWI SOP for more information.

The Wisconsin Wetland Inventory (WWI) regulatory maps show graphic representations of the type, size and location of wetlands in Wisconsin. These maps have been prepared from the analysis of high altitude imagery in conjunction with soil surveys, topographic maps, previous wetland inventories and field work. The Wisconsin Department of Natural Resources (DNR) manages the WWI.

The U.S. Fish and Wildlife Service (USFWS) began producing non-regulatory, polygonal, geospatial wetland maps for the United States via their National Wetlands Inventory (NWI) in the mid-1970s. While DNR does provide WWI data to USFWS, there can be a significant lag before those updates appear in the NWI.

STATEWIDE: Digital wetlands data are available from the Wisconsin DNR for the state. Alternatively, wetlands are available for free viewing as a layer in the DNR Surface Water Data Viewer.

Wisconsin Wetland Inventory Geodatabase – free download
App: Wisconsin DNR Surface Water Data Viewer

NATIONAL: The NWI is slightly more detailed than WWI since NWI also maps deep water systems including lakes, streams and rivers. The Wisconsin DNR provides their WWI data to the U.S. Fish and Wildlife service for integration into the NWI, but users should be cautioned that Wisconsin updates to NWI can reportedly take months, and in some cases years. Users requiring Wisconsin wetlands data are strongly encouraged to start with the Wisconsin Wetland Inventory.

National Wetlands Inventory Data

The Champion Tree Program recognizes and celebrates the state’s largest trees. The Wisconsin Department of Natural Resources began documenting these trees in 1941 with the help of the community. People around the state discovered these trees in the Northwoods, in neighbors’ yards and along city streets. The program has endured as a result of people such as yourself. We invite you to join us in honoring and preserving Wisconsin’s natural resources heritage.