Displaying items by tag: Nature camp

How to Use the Plan 

Wisconsin’s Plan for Environmentally Literate and Sustainable Communities is 
not an organization, but rather a document that serves as the state strategic plan 
requiring partnerships and collaboration . It is designed to serve as reference 
material for individuals, businesses, and communities . Those who influence 
environmental literacy and sustainability in Wisconsin such as community 
leaders, traditional and non-formal educators and administrators, resources 
developers and providers, policy makers, funders and researchers will find the 
Plan useful as a guide in setting priorities and making decisions . Over the course 
of the next decade, the Plan’s desired outcomes will be central to environmental 
literacy and sustainability efforts across the state . As Wisconsin people work 
toward achieving the four main outcomes of the Plan, this document can help 
guide attitudes, planning, actions, and endeavors . 

Summer + Camp + Science = 3x Fun + Real Learning

Science camps fall under the umbrella of what is commonly called informal science learning. Recent studies show that informal science learning is one of the most effective ways people learn science. Students who participate in these types of activities are more likely to have an above-average understanding of science, and pursue science-related careers.
For younger children, science camp can introduce them to many different areas of science and give them the confidence and inspiration to embrace science at school. Older students, who are already interested in science, may use science camp as a way to explore what a specific science-related career would be like, or to meet mentors and role models in the field. Such connections could lead to other opportunities, like internships, or become a featured event on a resume or college application.
For all students, science camp can be the opportunity to explore a branch of science that might not be available in their school, like marine biology or aeronautics, or to cover a topic more in depth than they'd otherwise be able to.

How do I choose a summer science camp or program?

Through innovative hands-on activities and demonstrations, students can explore a range of scientific fundamentals and areas of science at summer camp, from chemistry and microbiology to aeronautics, electronics, and computer science.
Choosing a summer science camp is similar to choosing any other type of camp. You have your usual considerations about cost, distance from home, and amount of time, along with the question of finding the "best fit." For science camps, the "best fit" often boils down to figuring out what science topic(s) are of interest and finding a camp that does a good job of implementing those.

Figure out what science topic(s) are of interest.

• Older children might already have a clear preference. Perhaps they're keen on video games and would love to go to a camp where they could design and program one. Or maybe they're into hiking and wildlife and are looking for an outdoor experience as a junior park ranger. Their hobbies and reading choices are often a good indicator of their interests.
• Younger children might not yet have a clear preference. If they don't, then look for camps that offer a wide variety of science and engineering topics for them to explore. For example, a day camp that has a new science theme every week, or a balance camp that has a blend of science, arts, and physical activities.

• Science camp should always be fun. A good science camp will allow students plenty of time to do hands-on exploration. This is part of the informal component. How much additional formal education a science camp has varies. Programs that incorporate lectures from distinguished professors or professionals might be appropriate, inspirational, and informative for older students who are interested in a specific field. Younger students are more likely to benefit from group activities, projects, and interactions with informed camp counselors rather than lectures.

• Once you know the range of science topics you'd like the camp to cover, the level of academics, the general geographic location, and the time and money commitments that are right for your family, you're ready to start searching.
• Cogito and The Connectory are two great national science camp directories and a fantastic place to begin your search.
• Local parenting magazines and websites might also have lists of camps in your area.
• Science museums, zoos, aquariums, planetariums, and state or national parks are also great resources, as they often run their own camps and/or link to science camps with similar interests.
• Many colleges and universities also run summer science camps. A simple search for "summer science camp" on a local academic institution's website is a good way to find these.
• Simple web browser searches can also turn up a wealth of information.
• How To Pick A Summer Camp is a great way to start

• Once you've located some camps that meet your search parameters, you should do some legwork to make sure that the counselors—the people the campers interact with all day long—are knowledgeable about science. For example, a knowledgeable counselor can transform a simple day of splashing in the creek into an adventurous treasure hunt for local plants and animals, andincorporate substantive and engaging lessons about food chains and the interconnectivity of different habitats.
• Ask the camp or program director questions aimed at making sure the counselors have had ample formal training in the subject area(s) and excel at explaining the science in an engaging, age-appropriate manner.

• National Research Council of the National Academies. (2009). Learning Science in Informal Environments: People, Places, and Pursuits. Retrieved December 1, 2010, from http://www.nap.edu/openbook.php?record_id=12190&page=1#
• Folk, John H., and Dierking, Lynn D. (2010, November-December). The 95 Percent Solution: School is not where most Americans learn most of their science. American Scientist. Volume 98, Number 6, Page: 486. Page: 486