(1) Water Management Plan for Ashfordton [WLOs: 1, 3] [CLOs: 2, 4]
Prior to beginning work on this discussion forum, review Chapter 5 in the course textbook.
Imagine that you are a resident of Ashfordton, a community whose characteristics are described below. You have come together with your neighbors for a special meeting to devise a plan for managing its water resources more sustainably by 2050. Water resource issues the community faces include insuring a safe and sustainable drinking water supply for all, handling its wastewater in a manner that has minimal environmental impact, and managing its stormwater runoff in a way that minimizes the risks of erosion and flooding.
Fortunately, you have all attended the meeting with the knowledge that you have gained from your readings in this course. Now it is time to put your thinking cap on and get to work! Your ideas should each consist of one of the following elements, depending upon what you think is Ashfordton’s area of greatest need:
This week’s discussion will take place in an online app called Tricider. There, you will be able to post your ideas for plan components and also share pros and cons of different proposals during the week. Finally, you will be able to vote on the three components that you think the plan should include. For directions on how to use the Tricider app, please review the Tricider Help Guide. In Tricider. You will be expected to do the following:
Please use the following information for “Ashfordton” as you complete this assignment.
Avg. High Temp (Dec): 36oF
Avg. High Temp (June): 80oF
Annual Precipitation: 19 in.
Urban Area: 27 sq. mi.
Main Power Source: coal
The community of Ashfordton is located in a flat desert valley, at an elevation of about 4300 feet above sea level, close to the edge of rugged mountains that offer skiing in the winter months. It has a dry summer continental climate. Part of an urban corridor that runs along the edge of the mountains, it has long served as a rail hub and has a strong economy supported by manufacturing and commerce. The downtown has many historic buildings and has won awards for its family-friendly character.
You must complete the three tasks above to receive full credit for this discussion.
(2) Water Management Plan Voting Rationales [WLO: 1] [CLOs: 3, 4, 6]
Prior to beginning work on this discussion forum, read Chapters 5 and 6 in your course textbook.
Now that you have cast your votes for the Ashfordton Water Management Plan, it is time to explain your choices to the class. Please make a post of at least 150 words in which you
Each of the elements with an explanation is worth .5 point for a total of 1.5 points.
Note: You will not be able to view others’ posts until you have made your own. At the end of the week, the instructor will post the winning Ashfordton Water Management Plan, which will include the top three ideas selected by the class. In cases where two action items are judged by the instructor to be nearly identical, the instructor reserves the right to combine the ideas into a single one (and add votes together) in order to determine the winning ideas. This plan will be posted in the Announcements area of the classroom.
Bensel, T., & Carbone, I. (2020). Sustaining our planet. Retrieved from https://content.ashford.edu
Carolina Distance Learning. (n.d.). Ground and surface water interactions [Investigation manual ]. Retrieved from https://ashford.instructure.com
Earle, S. (2013, December 6). Ocean 2050: How to sustain our biggest ecosystem (Links to an external site.). Retrieved from http://www.bbc.com/future/story/20131206-sos-save-our-seas
Global Environment Facility. (2015, August 31). The importance of water sustainability (Links to an external site.). Retrieved from https://www.thegef.org/news/importance-water-sustainability
Ashford University. (2018). SCI207 – The scientific method (Links to an external site.). Retrieved from https://ashford.mediaspace.kaltura.com/media/SCI207+-+THE+SCIENTIFIC+METHOD/1_5325onvq
RT Documentary. (2016, August 21). H2WOE India’s water crisis: A warning to the world (Links to an external site.) [Video file]. Retrieved from https://youtu.be/H0hk_5Plv5U
American Chemical Society. (n.d.). Sustainable water (Links to an external site.). Retrieved from https://www.acs.org/content/acs/en/sustainability/understandingsustainability/sustainable-water.html
Kinzel, M., Thompson, C., & Schnetzer, A. (2019, June 26). Ocean sustainability (Links to an external site.) [Learning module]. Retrieved from https://serc.carleton.edu/integrate/teaching_materials/sustain_ocean/index.html