The Potomac Highlands Watershed School
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High School Environmental Forum Tips for Teachers |
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Hats Off to CI! "It is my opinion that the Cacapon Institute is one of the best non-profit groups in the state and other groups stand to learn a lot from them. Hats off to their interactive educational website. I especially like their emphasis on watershed education."
John King, West Virginia DEP, Public Information, Youth
Environmental Program
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What is a Stakeholder POV? A stakeholder is a person or a group with a legitimate interest in a project, organization, or government action. (To learn more about Stakeholders, try this link.) Stakeholder groups with an interest in natural resource issues and management include homeowners, farmers, hunters, foresters, resource agencies, the ecosystem itself, and businesses (such as builders & insurance companies). Can students think of other stakeholders unique to their area? Each of these groups will be affected by the measures that will be taken to address the problem, and each wants a “seat at the table” when options are discussed or decisions are made. Every stakeholder group has interests that are unique to them, and every stakeholder group wants to be heard. The students’ first job in a stakeholder group will be to write a persuasive “Point of View” position statement for their stakeholder group that describes why they are important, how having environmental problems affects them, how the possible solutions affect them personally and maybe affect their livelihood. This means that they may need to do more research on their group so they really understand it. Their job is to inhabit the stakeholder position, acknowledge the objective realities of their role in the problem (do they cause it, are they hurt by it, are they trying to fix it), and to create powerful, fact-based arguments for solutions that benefit them. This is not the time for them to be pragmatic, this is the time to persuade others about the rightness of their “cause.” Students will have two "bites at this apple." First when they originally post their POV and then students are welcome to modify and repost a POV after being questioned by other students. When posting a POV students should think about:
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Point Of View (POV) Thoughtful Questions (TQ) As you investigate the Forum web site you'll notice that we used quite a few links to various agencies, organizations, studies, and articles. We used these links because they provide either: objective science alone, policy positions based on good science, solid explanatory material, or illustrate examples of effective or ineffective decision making. It doesn't mean the Potomac Highlands Watershed School advocates for a certain viewpoint, or necessarily supports their position on conservation or natural ecosystem restoration. We include most because they do not let their personal wishes and biases obscure objective fact. That is how all viable policy should be developed. While we encourage students to be passionate about their POVs they must conform to objective reality. Many students will be drawn to non-scientific, but commonly accepted “urban” legends, such as "pollution isn't a problem because it all gets diluted down stream;" and "nature always has a way of sort itself out." Encourage students to be sure of their facts before they post their POVs. In the TQ process students should be encouraged in the wonderful process of peer review, and should not be in the least shy in challenging the factual basis or logic in other stakeholder group’s work. In the TQ process it is not enough for students to be dismissive of others saying things like: "Perhaps next time you should look more into what you are typing, words don't mean anything unless you can back them up." In writing both the POV and TQ just stating something, or challenging someone based on a belief, doesn't cut it. In the POVs students need to support their position with facts. And likewise in the TQs phase students need to challenge with facts. Some things students must consider:
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Final Consensus Plans that balance the needs of all stakeholder groups are negotiated in each classroom and posted to the web. It is a challenge keeping students on track. They should remain advocates for own stakeholder group at the same time they work as willing participants in a process that produces a plan that serves all of society. Just as POVs must always be based on the facts, the class consensus must also be based in objective reality. Students must balance economic, cultural, emotional, and intellectual considerations and produce a just policy. There are many methods teachers can use to facilitate the consensus process, and we welcome teachers and others to send their suggestion to us at Cacapon Institute. We suggest: The Fishbowl; Post A POV; and The Big Election. Forming effective policy through a democratic process is hard stuff, but it is the stuff of their adult life. Citizens who do not understand the stakeholder and consensus process will be handicapped in debate. We refer you to this quote from Ted William's "Living with Wolves:"
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Students are arranged in a circle and selected representatives of stakeholder groups are put forward into a smaller inner circle - the fishbowl. The inner circle debates the issues, while the outer circle must remain silent! The teacher, as facilitator, must ensure the wellbeing and openness of all participants. Those on the outside must not be allowed to react or disrupt the discussion of the inner circle. Those in the inner circle should have clear rules for discussion including respectful tones, no interrupting others, and limited time for speaking. Suggested steps for the Fishbowl:
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In this discussion method student stakeholder groups use post-it notes (or similar cards) to focus thinking. After making their POVs statement on the web and reflecting on the TQs of the Forum students are encourage to think beyond their own stakeholder group. What are the broader social, economic, and political issues at stake. Then:
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Its a big election year and the environment is important to voters. Now that the class has investigated the issue, formed stakeholder groups, and held debate its time to come to consensus and make decisions. Get students to focus on the key issue facing the people of the class. This exercise can be formatted to take up a minimum of class time with students building their environmental platforms outside of class. In the Big Election process:
After the final election the class should reflect. Is there any stakeholders who have been disenfranchised by the process? Why couldn't their issues be addressed? What is the cost to the greater society if that this group withdraws their financial or material wealth?
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OneTeacher's Experience:"New Model For Regional Environmental Education Using The Internet"The Science Department of Hampshire High School highly recommends support for the project as put forth by the Cacapon Institute. Approximately 40 students in Advanced Placement Environmental Science and Advanced Environmental/Earth Science classes have recently completed a series of inquiry based activities guided by the structure of a unique electronic classroom format called the “Potomac Highlands Watershed School”. Within this setting our students participated in an electronic Forum that engaged every student as an independent learner and as a member of a group performing analytical thinking and communicating. Each student selected a “stakeholder” position that they chose to represent. With that initial identity research began through internet background readings to provide information and evidence for developing a management plan that best suited the interests of that identity. Point of View Papers were written and submitted online from each stakeholder group for review by others within the forum. After critical reviews were received each group revised or clarified their POV and resubmitted their paper. A final class consensus management plan was developed using the resources of each group and was submitted by the class to the forum. Each student was required to participate at all levels of activity and maintained ownership of all work submitted. The students were highly motivated to develop their plan for acceptance through real world research documents. They found problem solving skills to be necessary for group work within their stakeholder groups. Consolidating their proposals required high level critical thinking to maintain their position when in conflict with opposing views. Students were eager to participate in all aspects of this innovative program. Additional activities were generated as a result of our inquiries, including construction of two exclusion zone fences on the forested section of our campus. Students enthusiastically gathered baseline data on vegetation biodiversity inside and outside of the Deer exclusion zones. The long term nature of the project prevents immediate analysis of cause and effect but students recognize the necessity for natural seasonal cycles to proceed and periodic data collection will demonstrate the consequences of these tests. The benefits to the students for this mode of learning are complex and may be assessed in a variety of formats. Simple quizzing will identify understanding of immediate goals and objectives but careful analysis of the student writings reveals that high level thought processes have been developed to integrate many of the science and society issues within their work. A review of the West Virginia Content Standards and Objectives illustrates many of the tangible outcomes for students from successful completion of this program. All the following Objectives from Advanced Environmental/ Earth Science were addressed during the students work in this forum: AES.2.2 demonstrate ethical practices for science (e.g., established research protocol, accurate record keeping, replication of results and peer review). AES.2.3 apply scientific approaches to seek solutions for personal and societal issues. AES.2.6 use appropriate technology solutions (e.g., computer, CBL, probe interfaces, software) to measure and collect data; interpret data; analyze and/or report data; interact with simulations; conduct research; and to present and communicate conclusions. AES.2.7 demonstrate science processes within a problem solving setting (e.g., observing, measuring, calculating, communicating, comparing, ordering, categorizing, classifying, relating, hypothesizing, predicting, inferring, considering alternatives, and applying). AES.2.8design, conduct, evaluate and revise experiments (e.g., identify questions and concepts that guide investigations; design investigations; identify independent and dependent variables in experimental investigations; manipulate variables to extend experimental activities; use technology and mathematics to improve investigations and communications; formulate and revise scientific explanations and models using logic and evidence; recognize alternative explanations; communicate and defend a scientific argument). AES.3.1 analyze systems to understand the natural and designed world; use systems analysis to make predictions about behaviors in systems; recognize order in units of matter, objects or events. AES.3.2 apply evidence from models to make predictions about interactions and changes in systems. AES.3.3 measure changes in systems using graph and equations relating these to rate, scale, patterns, trends and cycles. AES.4.30 explore the relationships between human consumption of natural resources and the stewardship responsibility for reclamations including disposal of hazardous and non-hazardous waste. AES.4.36 research and explain how the political system influences environmental decisions. AES.4.37 investigate which federal and state agencies have responsibility for environmental monitoring and actions. AES.4.38 develop decision-making skills with respect to addressing environmental problems. AES.5.2 investigate and analyze the interdependence of science and technology. AES.5.3 apply scientific skills and technological tools to design solutions that address personal and societal needs. AES.5.4 describe the scientific concepts underlying technological innovations. AES.5.5 use appropriate technology solutions to measure and gather data; interpret data; analyze data; and to present and communicate conclusions. AES.6.1 research and explain how the political system influences environmental decisions. AES.6.3 research current environmental issues AES.6.5 explore occupational opportunities in science and technology including the academic preparation necessary. AES.6.6 engage in decision making activities and actions to resolve science-technology-society issues. Obviously the students have been involved in a wide range of learning experiences that exercised their abilities to their best performance. We look forward to working with Cacapon Institute to further develop this format and expand our real-world inquiries to benefit the individual, society and the environment. As WV has been selected as a national leader in incorporating technology in the classroom as part of the Partnership for 21st Century Skills, these activities will help us incorporate 21st Century skills into our classrooms. Sincerely, William Moore Science Department Chair Hampshire High School- Romney, West Virginia
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