This module is designed to help you explore how water affects your life every day. **Wade** is part of the Science category.
Wade!
Requirements last updated 2022-05-25. There are broken links and outdated information in places and formatting may not match between two Nova awards because the requirements are preserved to match the original state from Scouting America. Where available, the related counselor notes have been included along with the requirements.
1.
Choose A, or B, or C and complete ALL the requirements:
A.
Watch about three hours total of science-related programming that
discusses water as it relates to the hydrologic cycle, primary sources,
primary users (including wildlife), health, sources of pollution, waste
treatment, and related sciences and technologies. Then do the
following:
1.
Make a list of at least five questions or ideas from the show(s) you
watched.
2.
Discuss two of the questions or ideas with your counselor.
Some examples include - but are not limited to - shows found on PBS
("NOVA"), Discovery Channel, Science Channel, National Geographic
Channel, TED Talks (online videos), History Channel, the National
Academy of Sciences YouTube Channel, and https://www.waterblues.psu.edu/explore/stories. You may
choose to watch a live performance or movie developed by a local
museum or state or federal agency. You may watch online productions
with your counselor's approval and under your parent's or guardian's
supervision.
B.
Read (for about three hours total) about water as it relates to the
hydrologic cycle, primary sources, primary users, health, sources of
pollution, waste treatment, and related sciences and technologies. Then
do the following:
1.
Make a list of at least five questions or ideas from each article.
2.
Discuss two of the questions or ideas with your counselor.
Examples of magazines include - but are not limited to - Odyssey,
Popular Science, Science Illustrated, Natural History, Scientific
American, Nature Conservancy, Sage Magazine, Smithsonian, National
Geographic, LakeLine, and WaterWorld.
C.
Do a combination of reading and watching (about three hours total). Then do the following:
1.
Make a list of at least five questions or ideas from each article or show.
2.
Discuss two of the questions or ideas with your counselor.
2.
Choose ONE STEM field of interest from the following list. Complete
ALL the requirements for a Venturing STEM
exploration in that field. You should be prepared
to discuss the role of water in the area or field you've chosen. (If you
have already completed a Venturing STEM exploration in one of these
fields, please choose a different field for this award.)
Chemistry, Environmental Science, Fish and Wildlife Management,
Fishing, Fly-Fishing, Forestry, Geology, Nature, Oceanography, Public
Health, Soil and Water Conservation, Sustainability, Weather
3.
Learn how the volume of water changes as it moves from phase to phase. Do all the following.
A.
Describe how you would measure the change in volume for the
transition of water from liquid to ice.
B.
Discuss with your counselor the effects that floating sea ice and
land-based ice have on sea levels when they melt.
C.
Discuss with your counselor the effects that floating sea ice and
land-based ice have on water tables when they melt.
The Polar Literacy Initiative
(https://polar-ice.org/polar-literacy-initiative/) is a good place to
start investigating these topics.
4.
Prepare two demonstrations of surfactants and present them to a group of
Cub Scouts or other youth. Make sure to explain the science involved and
how surfactants can be used in oil spill cleanup and recovery. Explain to
your counselor the physical concept(s) involved.
Oil spills can be remediated in four ways: physically skimming the
oil off the surface of the water, burning the oil, using
surfactants to break the oil slick down, or doing nothing and
letting nature take care of it.
A surfactant is a material that lowers surface tension between two
liquids, breaking down the barrier between them. They are used in
detergents, dispersants, wetting agents, medicine, and so on.
See
Explainer: why are chemical dispersants used in oil spills?
https://www.chemistryworld.com/news/explainer-why-are-chemical-dispersants-used-in-oil-spills/1017322.article Oil Spill Dispersants: Efficacy and Effects (2005)
https://nap.nationalacademies.org/catalog/11283/oil-spill-dispersants-efficacy-and-effects One activity could be having scouts try different tools to skim the oil using different tools – a paper towel, wood splint, steel wool, cotton balls, and so on. You could also have them build a physical oil skimmer. Which one collects the most oil and least water? Another activity could be putting oil and water into a sealed scintillation (or other clear) vial and shaking vigorously. What happens? Then add one drop of dishwashing liquid (Dawn works best) and shake again. What happens this time?
https://www.chemistryworld.com/news/explainer-why-are-chemical-dispersants-used-in-oil-spills/1017322.article Oil Spill Dispersants: Efficacy and Effects (2005)
https://nap.nationalacademies.org/catalog/11283/oil-spill-dispersants-efficacy-and-effects One activity could be having scouts try different tools to skim the oil using different tools – a paper towel, wood splint, steel wool, cotton balls, and so on. You could also have them build a physical oil skimmer. Which one collects the most oil and least water? Another activity could be putting oil and water into a sealed scintillation (or other clear) vial and shaking vigorously. What happens? Then add one drop of dishwashing liquid (Dawn works best) and shake again. What happens this time?
5.
Water, wetlands, and wildlife. Do ONE of the following options (A or B).
A.
Identify and locate on a map the five largest bodies of water near
where you live and indicate the water flow for each. These could be
creeks, streams, rivers, bayous, lakes, bays, estuaries, or oceans.
The flow should culminate in the largest water body in your area.
1.
Identify 10 of the common invertebrates and vertebrates that
are probably present in these different bodies of water. Learn
what a bioindicator is and identify any in your system. You may
choose to contact a local biology teacher, college professor,
nature center naturalist, or state fish and wildlife expert, or
you can use resources from your local conservation department.
2.
Research the services that wetlands perform for water quality,
flood control, and wildlife habitat. How can wetlands be used
to complement sewage treatment plants? Discuss your findings
with your counselor.
Your state department of conservation or natural resources
can be a great place to start.
Flyover Country® is a National Science Foundation funded
offline mobile app for geoscience outreach and data
discovery. https://flyovercountry.io/
B.
Surface water
1.
Discuss with your counselor the following concepts: a
watershed and how it relates to a river basin, runoff,
runoff coefficient, infiltration, point source pollution,
non-point source pollution, and oceanic dead zones near the
mouth of rivers.
Useful Links
USGS web sites
https://www.usgs.gov/special-topics/water-science-school/science/watersheds-and-drainage-basins, and
https://www.usgs.gov/special-topics/water-science-school/science/runoff-surface-and-overland-water-runoff
US EPA's Surf your Watershed https://www.epa.gov/waterdata/surf-your-watershed
USGS 3D Hydrography Program ArcGIS Online Map Viewer https://www.arcgis.com/apps/mapviewer/index.html?featurecollection=https%3A%2F%2F3dhp.nationalmap.gov%2Farcgis%2Frest%2Fservices%3Ff%3Djson%26option%3Dfootprints&supportsProjection=true&supportsJSONP=true. Watershed - a geographic area that drains into a common outflow point, which could be a river basin. Runoff - That part of the precipitation, snow melt, or irrigation water that appears in surface streams, rivers, drains or sewers. It may be described by how fast it appears, or by source. Runoff coefficient - a dimensionless coefficient that describes the amount of precipitation that runs off an area, as opposed to being absorbed into the ground. It ranges from 0 to 1, with larger values for areas with pavement and steep gradients (roofs range from 0.75 to 0.95), and lower for permeable, well-vegetated areas such as forests and flat lands (woodlands can range from 0.05 to 0.25). A composite runoff coefficient is one that covers an area made up of multiple types of surfaces – for example, a lot that is ½ pavement and ½ asphalt would have a composite coefficient that was proportional to the amount of each surface area. Infiltration – rainfall or other water that is absorbed into the soil Point source pollution - water pollution coming from a single identifiable point, such as a sewage-outflow pipe Non-point source pollution – pollution collected as water washes off a large area. Could include pesticides, soil particles, and so on. Oceanic dead zones – a low-oxygen area (hypoxic), often found near the mouth of rivers, resulting from "excessive nutrient pollution from human activities coupled with other factors that deplete the oxygen required to support most marine life in bottom and near-bottom water. (National Oceanic and Atmospheric Administration)"
US EPA's Surf your Watershed https://www.epa.gov/waterdata/surf-your-watershed
USGS 3D Hydrography Program ArcGIS Online Map Viewer https://www.arcgis.com/apps/mapviewer/index.html?featurecollection=https%3A%2F%2F3dhp.nationalmap.gov%2Farcgis%2Frest%2Fservices%3Ff%3Djson%26option%3Dfootprints&supportsProjection=true&supportsJSONP=true. Watershed - a geographic area that drains into a common outflow point, which could be a river basin. Runoff - That part of the precipitation, snow melt, or irrigation water that appears in surface streams, rivers, drains or sewers. It may be described by how fast it appears, or by source. Runoff coefficient - a dimensionless coefficient that describes the amount of precipitation that runs off an area, as opposed to being absorbed into the ground. It ranges from 0 to 1, with larger values for areas with pavement and steep gradients (roofs range from 0.75 to 0.95), and lower for permeable, well-vegetated areas such as forests and flat lands (woodlands can range from 0.05 to 0.25). A composite runoff coefficient is one that covers an area made up of multiple types of surfaces – for example, a lot that is ½ pavement and ½ asphalt would have a composite coefficient that was proportional to the amount of each surface area. Infiltration – rainfall or other water that is absorbed into the soil Point source pollution - water pollution coming from a single identifiable point, such as a sewage-outflow pipe Non-point source pollution – pollution collected as water washes off a large area. Could include pesticides, soil particles, and so on. Oceanic dead zones – a low-oxygen area (hypoxic), often found near the mouth of rivers, resulting from "excessive nutrient pollution from human activities coupled with other factors that deplete the oxygen required to support most marine life in bottom and near-bottom water. (National Oceanic and Atmospheric Administration)"
2.
Determine which river basin you live in and research (or estimate) its size. Estimate the total volume of water that falls on this watershed every minute during a 1-inch per hour rainfall.
Example: If the watershed you selected is 10 acres,
that is 6.273 x 107 sq in. A 1 inch per hour rainfall
will deposit:
6.273 x 107 sq in * 1 in/hr. * 1 hour = 6.273 x 107
cubic inches of rain per hour
6.273 x 107 cubic inches of rain/hr. * 1hr/60 minutes =
1,045,500 cubic inches of rain/minute
1,045,500 cubic inches of rain/minute * 0.004329
gallons/cubic inch = 4520 gallons rain/minute
To put that into perspective, an average American
shower uses 17 gallons of water, which is 270 showers
worth of water falling every minute over the watershed.
3.
Construct a chart that shows the volume of water that runs into
the river as a fraction of the total rain falling on the
watershed (using composite runoff coefficients). Estimate the
rate of runoff in cubic feet per minute for a 1-inch per hour
rainfall from your home's lot or a nearby property.
| Type | Runoff Coefficient | % of water that runs off |
|---|---|---|
| Drives, Walks, Roofs | 0.90 | 90% |
| Lawns, 50% grass | 0.10 | 10% |
| Lawns, 75% or more grass | 0.05 | 5% |
| Street, paved | 0.90 | 90% |
| Streets, gravel | 0.25 | 25% |
4.
Discuss with your counselor the implications of these
calculations as they relate to the effect of changes in land
use on flooding, soil moisture, erosion, and point and
non-point source pollution. What are the most common types of
water pollution in your area, and how are these being impacted
by land use? How might these be reduced?
Helpful Resources:
- The USGS Water Science School – https://www.usgs.gov/special-topics/water-science-school may be helpful in researching these topics.
6.
Choose ONE of the following options:
A.
Research a disaster involving water, such as the receding Sarichef
Island in Alaska, the 2011 Tōhoku tsunami, a hurricane, coral reef
bleaching, sea level rise, etc. Determine the causes of the event,
the damage caused, and how the area has recovered. Find out about any
remediation that has occurred to restore the area to its pre-disaster
state or efforts to prevent future damage from similar events. Share
the results of your research with your crew and with your counselor.
B.
Research the major functions of a sewage treatment plant. Describe to
your counselor how it reduces the impact of sewage on aquatic life.
List any pollutants that remain in the water after processing and
their potential impact on aquatic life.
C.
Visit a place where water is being processed either by man or by
nature (wastewater treatment plant, naturalist center, conservation
department, etc.) and discuss the processing with a professional.
Discuss with your counselor what you learned, including the aspect(s)
of "STEM" that are being used.
7.
Discuss with your counselor what you have learned while working on this
award, and how water and the science of water affect your everyday life.
