GEO 280/460: Ecological Restoration - Syllabus Miami students preparing bare soil for native prairie seeding and removing drainage tiles to enhance surface flow of water into newly constructed wetland at the Edge of the Farm Conservation Area. Dr. R. Hays Cummins haysc@muohio.edu 529-1338 & Dr. Tom Klak klakt@muohio.edu 529-4049 Geography & the Western program Course Description: This course is hands-on, experiential, and practically-focused. Students will learn to read local landscapes for signs of historical and contemporary degradation and habitat quality and potential. They will learn practical ways to distinguish significant local plants and animals including desirable native species and invasive non-native ones. They will learn how to apply ER knowledge to restore and enhance a variety of habitat types, including woodlands, riparian corridors, wetlands, prairies, and backyard landscapes. The instructors have many years of firsthand experience with ER in our region, and they personally manage and continue to enhance about 35 acres of permanently protected land for habitat richness and biodiversity. Student Learning Outcomes: 1) Students purposefully examine ER concepts and examples, describing and analyzing their readings for the course, their reactions to class discussion, and their comprehension of and viewpoints on course lectures. 2) Students develop interdisciplinary, self-/group- directed inquiry projects with the support of their peers; reading and critiquing proposals; reflecting in writing about the strengths and weaknesses they perceive; and conducting peer review of ecological restoration project ideas, restoration project proposals, and restoration final projects. 3) Students review and assess the literature pertinent to their interdisciplinary restoration project questions, using print and web resources, and identifying distinctions between qualitative and quantitative scholarly research practices. 4) Students locate their interdisciplinary research questions and projects within social, historical, cultural, and geographical contexts to explore and explain their broader relevance. Evaluation Methods: 2 Henceforth: ER = ecological restoration; ERP = ecological restoration project The central focus of the course is to equip students with the necessary tools for conducting their own ER inquiries and projects. By first sampling the range of approaches that scholars take to an ER research question, students build their familiarity with the methods deployed across the disciplines to pursue inquiry, then work in teams to initiate, develop, and complete projects in which they situate their particular findings on a given topic within a broader context. One goal is to have every ER team invested in the success of everyone else’s project and to demonstrate the necessity of teamwork and collaboration to high-quality interdisciplinary research by building an inquiry community. Students self-select into semester-long restoration project/research teams of two. Each team chooses an interdisciplinary ERP idea and location; and then develops a restoration project proposal, an ERP teaching packet, and a final ERP report and presentation. All are posted to a course website, and will then be available to the public including future students as a learning tool and opportunity for follow-up. Each step in the ERP involves a peer-review process starting with the initial ERP idea. For instance, class members publicly critique, on the class website, each research team’s initial research idea. Each research team then responds to the peer suggestions and posts a revision of their research idea. Before moving on to the research proposal, the class must come to a consensus that we have thoroughly critiqued, discussed, and revised the initial research ideas to the point where each research team is ready to produce a research proposal. Each ERP team then takes responsibility for further involving other classmates in their respective projects. For instance, the authors of each project will be responsible for teaching and involving their classmates in their ERP (field work, collection and/or analyses of data); every student team’s ERP can count on having, for one day or more, other class members assisting them on their ERP. Each ERP team provides data sheets and introductory material, oversees fellow students to make sure the procedures are executed properly, and makes adjustments for unexpected events. As class time is valuable, students leading particular classes that are devoted to their ERPs are responsible for using their classmates' time wisely. This requires preparation and foresight to make certain the class time is used efficiently and productively. At the end of the semester, upon completion of the research projects, students submit their final ERP reports to the class web site and conduct an on-site ER symposium tour that celebrates student work and teaches about the completed ERP. Students will create teams of 2 and select from the 14 ERP opportunities identified by the instructors (see separate document). Evaluation Rubric: Before getting into the point distribution, we instructors want to say up front that we approach this course and the component ERP by assuming and expecting the highest level of maturity and individual responsibility among all class members. We want to you to earn an A through demonstrating throughout the semester your positive attitude and commitment toward all aspects of our course, including the reading, discussion, field trips, and ERPs (both your project & your classmates’ whom you will help) from start to finish. 3 Assignments ER reading reflections class participation - assist on at least 3 ERPs that are not your own media-rich weekly blog of ERP reflections restoration project TOTAL Points (1000 Possible) 200 150 150 100 400 1000 points Readings: Aldo Leopold. 1949. A Sand County Almanac. New York: Oxford University Press Tallamy, Douglas. 2007. Bringing Nature Home: How Native Plants Sustain Wildlife in Our Gardens. Timber Press, Portland-London Other reading on course website or online BUILDING the FOUNDATIONS Week/Topics Week 1 Jan 13 Introduction to the Course Week 2 Jan 20 Living Seasonally: Sand County Almanac Week 3 Jan 27 Having an Affair with the Earth: Sand County Almanac ERP Plan Draft Week 4 Feb 3 Peer Review of ERPs Week 5 Feb 10 Field trip to Hays’ ERP ERP Plan Revision Assignments - Read for our 1st class: What can WE do about climate change? (see New York Times reading on our website) - Be prepared to participate in all class discussions - Finalize Restoration Project Teams & their selected Projects -Reading Reflections (respond on website to some of the questions about Sand County under readings on our website; also write reflections on other assigned reading) - Post on website initial plan for your team’s Restoration Project - Reading Reflections (respond to some of the questions about Sand County under readings on our website; also write reflections on other assigned reading) - Peer Reviews--Critique & contribute positively to posted ERP plan drafts - take detailed field notes during class on the ER successes & challenges that your instructors have experienced over the years - ERP Plan/Idea Revision (responding to critiques) due on Website Readings & Activities - Semester overview (including website) & Great Expectations - Overview of the 14 Projects; some class time devoted to students discussing & selecting projects - in class: view part of “America’s Lost Landscape: The Tall Grass Prairie” featuring the Leopold family & the sand county land - Leopold A Sand County Almanac pp.1-92 (ie to the end of Part I) - Gilfillan “January” (website) - Parker-Pope “Switching to Grass-Fed Beef” (website) - slides of on-going ERPs at the Edge of the Farm Conservation Area - Leopold A Sand County Almanac pp.95-226 (ie to the end of the book) - Friedman “A Land Ethic for Protecting Biodiversity” (website) - slides of some of Tom’s ERPs - Berry Preface to Kentucky's Natural Heritage (website) -Tallamy preface & chaps 1-4 - Apfelbaum & Haney “ER: An Overview” chap 2 in Restoring Ecological Health to your land 2010 Island Press & SERI (website – use reading to improve your ERP) 4 Week 6 Feb 17 ERP Proposals - Full Final ERP Proposals due on Website - Reading Reflections -Tallamy chaps 4-8 - Canright “Shifting Baselines” (website) Alien Invasion!! DEVELOPMENT OF STUDENT ERPs Week/Topics Assignments Readings & Activities Week 7 Feb 24 - Peer Review-Critique Full Research Proposals on Website - Work on ERPs - Reading Reflections - Final Revised ERP Proposals due on Website - Work on ERPs - Reading Reflections - Reading Reflections - Continue work on your ERP & help other teams with theirs -Tallamy chaps 9-12 - Sullivan “Spring Comes to Chicago” and “Early Spring” (website) - Reading Reflections – How do these organizations effect and interconnect with your ERPs? From these websites, find and describe at least 2 written sources useful to your ERP. - 10 minute oral overview of 1st 7 ERPs (5 min illustrated summary & 5 min Q&A) - Continue work on your ERP & help other teams with theirs -Reading Reflections - 10 minute oral overview of 2nd 7 ERPs (5 min illustrated summary & 5 min Q&A) - Continue work on your ERP & help other teams with theirs - study web site of: Wild Ones, a dynamic Midwestern organization devoted to native landscaping of yards http://www.forwild.org/ - study web site of: The 3 Valley Conservation Trust, locally devoted to permanent habitat protection 3vct.org - study web site of: SER http://www.ser.org/ Aesthetically Wild! Week 8 Mar 3 Millions of Insects! Week 9 Mar 17 Sacred Space: Field Trip to MEEC Week 10 Mar 24 Analysis of & connection with the work of 3 key ER NGOs ERP Updates & Engagement Week 11 Mar 31 ERP Experiential Reflections ERP Updates & Engagement -Tallamy chaps 13, 14, Afterword, & 3 Appendices - studying the MEEC intro & ecological trail map (course website) & then their website http://meec.udayton.edu/ - Kaufman “How to starve, or feed, a river” (website) - Rich “Beautiful species to hate: nonnative bush honeysuckle” (website) - Neuman & Pollack “Farmers Cope With Roundup-Resistant Weeds” (website) - NSF – “Too Much of a Good Thing: Human Activities Overload Ecosystems with Nitrogen” (website) ERP FIELD TRIP SYMPOSIA Week/Topics Week 12 April 7 Assignments - Reading Reflections Readings & Activities - Camden/WRA teams will assign readings Student ERP Site Visits & Analysis - Continue work on your ERP & help other teams with theirs - Camden/WRA teams lead on-site class Week 13 April 14 - Reading Reflections - Dewitt teams will assign readings Student ERP Site Visits & Analysis Week 14 April 21 - Continue work on your ERP & help other teams with theirs - Reading Reflections - Dewitt teams lead on-site class Student ERP Site Visits & Analysis - Continue work on your ERP & help other teams with theirs - Geddes/EFCA teams lead on-site class - Geddes/EFCA teams will assign readings 5 Week 15 April 28 - Reading Reflections - THS teams will assign readings Student ERP Site Visits & Analysis -Final Exam Week - Continue work on your ERP & help other teams with theirs - Post on website & submit hard copy of ERP report; due by Weds April 27 5pm - THS teams lead on-site class Description of the 14 Ecological Restoration Project Sites Students will organize themselves in teams of two, and select from the 14 ecological restoration project opportunities described below. There is much more to be said about each of these sites, but the descriptions below should help students to decide which one they would like to invest most of their time during the semester. Of course students adopting a site should visit it ASAP first-hand to begin the semester's affair with the land! Note however that in addition to the one site that each team of students has primary responsibility for, all students will be expected to contribute manual labor on the ground to at least three of the other projects. This will bring strong human resource collaboration to each project, and allow students to have hands-on experiences with a wider range of habitat types. The various sources of native plants and seeds to be used at each of these 14 sites will be discussed in class. Students are of course encouraged to be creative and proactive, and identify plant and seed sources in addition to those known to the instructors. Similarly, we will discuss in class sources of Roundup herbicide to eliminate alien plant species, and equipment for native seeding of larger areas of around an acre or more. Each student should have in their possession two crucial pieces of equipment: strong work gloves and boots, preferably waterproof, that can get very muddy. And, a big smile! The Restoration Site Locations can be found on Google Maps HERE: http://maps.google.com/maps/ms?ie=UTF8&hl=en&msa=0&ll=39.56772,84.756947&spn=0.107451,0.222473&t=h&z=13&msid=20951303172970057301 9.0004995d4f909419b1cec --T. the new Talawanda High School acreage south of Oxford; the high school land is 147 acres total; Tom has been working for a year with Talawanda people to ecologically restore the land, which was sold by the retired farming Erik family at a favorable price to the school district, and prepare it for outdoor science education; current schedule has the new school open in January 2012; and NGO called the Erik Sustainability Initiative (ESI http://www.eriksustainability.info/) has been created to focus energies on enhancing the ecological sustainability potential of this very large high school campus; student teams working on one of the four high school projects described below will be expected to interface with the ESI team and work synergistically (4 projects) - T1. wetland restoration: the site is a cattail & phragmites-dominated natural wetland; these invasive species need to be removed manually and/or with a Roundup method previously tested by instructors; replace invasive species with native wetland plants; this wetland is one of several natural or enhanced wetlands on the site; plans are for high school students to monitor water quality above and 6 below wetlands in relation to various other land uses such as impervious, agricultural, and natural. - T2. hardwood forest restoration and native wildflower monitoring: removal of bush honeysuckle & other invasive species from approximately 1-2 acre, in a prominent forested location as demonstration site for future additional woodland naturalization & spring wildflower enhancement; requires significant manual labor & the use of chainsaw; working with our Talawanda partners, we have located a portion of the forested land that is most visible to the public, and contains impressive stands of native hardwoods; it is also overwhelmed with honeysuckle and therefore needs to be cleaned in order for the spring wildflowers to thrive; by the end of the semester the positive results of this work should be seen in the vibrant emergence of spring wildflowers which have been squelched by honeysuckle; work should also include an inventory of native hardwoods, spring wildflowers, and invasives removed - T3. water quality monitoring – the project is to further develop this on-going data collection project involving the Butler County Stream Team http://www.butlercountystreamteam.org/ and the approximately 10 sampling locations strategically distributed throughout the 147 acres high school site; water samples are collected in the morning of each second Saturday of the month; the need is to further integrate THS teachers & students into the project so that they will have stewardship over it into the future and can track the water quality changes over time in relation to the various runoff conditions; invasive honeysuckle removal is needed for improved access to several of the 10 collection points; work will include assembling water quality analysis results and interpretations in a form accessible to the general public, including high school science students. –T4. stream riparian corridor restoration project along Lick Run, which flows extensively through the wooded portion of the new high school land; bush honeysuckle and other invasive species removal; creation of revetments along vulnerable stream banks to retain soil and create opportunities for native trees to reestablish; planting some native species such as dogwoods along stream banks; perhaps other methods to slow down the water, thus decreasing its erosion power and increasing its percolation; signage to describe project. See our course reading on how to starve or feed a river for additional ideas. – WRA. Native plantings at the MU WRA cabin site (1 project) - Project is to remove turf grass (through the use of Roundup and possibly other methods) & replace it with native plants along the lane that extends from OxfordMilford Road back to the WRA Cabin. Students will work with Jeff Prater & Danny Bertsch from Physical Facilities/Grounds; they have stopped mowing WRA but it is still all predominantly alien turf grass. They desire to reduce the costs associated with the typical 18 mowings per year of the approximately 750 acres of lawn on Miami University campus; this WRA cabin site is one of the first where mowing has ceased; they would like to see more acreage go unmowed in the future, but need support on alternative land uses, and obviously native plantings are the ideal substitute; thus this project site will serve as a model for 7 how turfgrass can be replaced with native plants in order to reduce costs and enhance the environment. - from the MU Natural Areas web site: “Women's Recreational Association and Cabin Area This twenty-six acre tract of land is north of Bachelor and Reinhart Reserves and is located on Oxford-Milford Road [just north of Bonham Road & on the west side]. One half of the land is a mature woodlands providing access to Harker's Run Creek. The other half of the land is an excellent example of old-field succession. A circular trail rewards hikers with the pleasures of the scenic woods.” http://www.units.muohio.edu/naturalareas/trails/#wra -- D. the Miami University Natural Areas: the Dewitt cabin area. The Dewitt cabin is the oldest existing building in Oxford Township, occupied by the Dewitt family in 1809 when they purportedly told wandering and inquiring Miami University trustees that the ideal location for a new University should be up the hill about a half a mile to the west. Because of this tremendously important historical location, and the fact that it is located within the Miami University Natural Areas, ecological restoration projects have been undertaken near to it in recent years. The ecological projects complement the historical building, creating a more historically accurate landscape that includes both buildings, as often is the case in historical preservation, but also more representative natural landscapes of Ohio prior to massive European settlement (4 projects) - D1. enhancing the current prairie, created in 2004. Funded by an Audubon-athome grant, Dr Klak led a group of collaborators who created a 1 acre prairie behind the Dewitt cabin in the spring of 2004. The site has been an island of biodiversity richness ever since, but like the original restoration project by Aldo Leopold at the University of Wisconsin called the Curtis Prairie, it needs constant maintenance and management. Until now efforts to fight back alien species invasion have been piecemeal and unorganized. One objective for this project is to define a solid prairie management plan for the site. While the prairie planting was successful, the site would also benefit much from the introduction of a greater range of native prairie plants. Alien species need to be systematic addressed. The whole effort needs to be written up and well documented with photos. - for more information please consult the Dewitt prairie site, which is part of the the Miami University Natural Areas website: http://www.units.muohio.edu/naturalareas/Miami_University_Natural_Ar eas/Teaching_%26_Research.html - D2. converting an additional contiguous ~acre to native prairie (that is now primarily overgrown fescue) to native prairie. Project is to remove turf grass (through the use of Roundup and possibly other methods) & replace it with native prairie in a method similar to that which occurred in 2004 in the contiguous existing prairie acre. Students will work with Jeff Prater & Danny Bertsch from Physical Facilities/Grounds; they have stopped mowing but it is still all predominantly alien turf grass. They desire to reduce the costs associated with the typical 18 mowings per year of the approximately 750 acres of lawn on Miami University campus; they would like to see more acreage go unmowed in the future, but need support on alternative land uses, and obviously native prairie is 8 an ideal substitute; thus this project site will serve as a model for how turfgrass can be replaced with native plants in a wider range of locations on Miami University lands, in order to reduce costs, enhance the environment, and teach about nurturing the land through purposeful actions and restored landscapes. - for more information please consult the Dewitt prairie site described above - D3 & D4. 2 teams will implement native plant landscaping projects near the new bird blind. In 2010 a team of three architecture majors stepped forward to design and build an aesthetically pleasing and highly functional bird blind near the Dewitt cabin. They drew financial support and other contributions from an impressive array of people and institutions. Since then Jim Reid, the manager of the Natural Areas, has worked to reintroduce a range of native plant species in the landscaping within the fenced area (perhaps 1 acre in size) surrounding the bird blind. We have identified two priority areas for aesthetically pleasing native plant landscaping. These two sites are on either side of the walkway as one enters the fenced area on the way to the bird blind. Student teams are to identify and install the appropriate and available native plant species for such a landscape, creating aesthetically pleasing vistas, and to specify a maintenance plan for the future. -- IC. Indian Creek Nature Reserve (ICNR 2 projects) – Ann Geddes’ land includes ~250 acres, and is continuous to several hundred more acres along Indian Creek of protected land in other 3 Valley Conservation Trust easements or public lands; together these lands form one of the most significant and sorely needed corridors of protected natural lands in western Butler County; the protected land corridor particularly unique for the way it synergistically combines private and public land along one of our most important riparian corridors. Of the 14 projects, the two located on the Geddes land are the most open-ended at this moment. This is to allow the projects to be further specified within the context of the huge array of ICNR habitats conditions and restoration needs, and through interactions between the students, the instructors, and Ann Geddes, one of our region’s most foresighted and committed conservation leaders. - IC1. wetland restoration & rehabilitation project: the site is a cattail-dominated created wetland; these invasive species need to be removed manually and/or with a Roundup method previously tested by instructors; replace invasive species with native wetland plants; this wetland is one of several recently created on the site that complement an array of natural landscape features including native prairies, oak savannas, and hardwood forests. - IC2. hardwood forest restoration and native wildflower monitoring/documenting: removal of bush honeysuckle & other invasive species from approximately 1-2 acre, in a forested location as a contribution to future additional woodland naturalization & spring wildflower enhancement; requires significant manual labor & the use of chainsaw; the land contains impressive stands of native hardwoods; it is also overwhelmed with honeysuckle and therefore needs to be cleaned in order for the spring wildflowers to thrive; by the end of the semester the positive results of this work should be seen in the vibrant emergence of spring wildflowers which have been squelched by honeysuckle; 9 work should also include an inventory of native hardwoods, spring wildflowers, and invasives removed -- E. Edge of the Farm Conservation Area (EFCA; 2 projects)- This conservation area, under conservation easement protection, was established in 2008 by Hays Cummins & Donna McCollum. The protected area, about 23 acres, is adjacent to over 200 acres of woods. There are 5 constructed wetlands (built in the summer, 2007 and 2008), tall and short grass prairie (planted on June 2, 2008), and hardwood forest. Funding for the many ecological restoration projects was provided by the landowners, US Fish & Wildlife, JF New, and Pheasants Forever. Much of the invasive honeysuckle has been removed and wild flowers are quickly becoming established. To view a photo gallery of the history of the reserve, go here: http://jrscience.wcp.muohio.edu/edge-farm/TOC.html - E1. Prairie Restoration of land contiguous to the EFCA - Design and Implement the prairie restoration of a private 1.5 acre landscape on a site contiguous to the Edge of the Farm Conservation Area, which is permanently protected by the Three Valley Conservation Trust. Hays bush-hogged and sprayed the acreage in the fall to better prepare the land for the upcoming work this spring. Bill Vollmer (a local farmer) has offered his tractor and seeder for this project. Your group will produce a restoration vision that turns this bare land into a native landscape. - E2. Wetland restoration at EFCA – In the fall, 2010, we received funding from JF New to install a water control structure on Rush Run wetland. Two main goals are to better regulate water levels in the wetland and promote aquatic plant diversity thru the development of a water level ‘regulation plan’ and the intensive planting of native aquatic species. - native plant enhancement in context of fluctuating water levels owing to newly installed water control structure -- G1. Native Plant Landscaping project on exurban land owned by Marge & Gary Glaser near Camden Ohio (1 project) - G1. The Glasers made a contribution to support the work of the 3 Valley Conservation Trust, which has permanently protected around 11,000 acres of land in our area over the past decade, in exchange for a native plant garden. Dr Klak has been auctioning off such gardens for about 10 years now, and has created about 20 of them for different urban and suburban landowners across our region; students have sometimes worked on these projects, as in this case, and learned about this effective fund-raising technique that simultaneously restores the earth; such projects are a great way to expand native habitat & biodiversity, and to bring patches of wildness, in aesthetically pleasing landscaped forms, on smaller land parcels in urban neighborhood settings - the native plant garden will complement a home that has recently be ecoretrofitted with geothermal heating & many other impressive sustainability features. Thus the native landscaping product project blends beautifully with a wider sustainability demonstration effort by the Glasers, who are also very active in the local food movement. 10 Some additional topics & readings relevant to conceptualizing ERPs: -- Gene Logsdon, northern Ohio-based restoration ecologist - His inspiring blog: http://organictobe.org/index.php/category/gene-logsdon-blog/ - a list of his articles and books: http://organictobe.org/?page_id=251 - this one is important: http://organictobe.org/index.php/2009/01/06/knowing-ones-place/ -- Analysis of Lawnscapes: Why do ecological restoration practitioners loath them? - Wright “The Dandelion King” (website) - Robbins and Birkenholtz “Turfgrass Revolution” (website) -- Traditional Ecological Perspectives in Miami Culture (previous occupants of local land, now revitalizing their culture & healing their land) - Miami Tribe 2007 “A Miami View of Land: Our Ecological Perspective” (website) - Study materials on the Myaamia Project web site (www.myaamiaproject.org/) to gain further appreciation of the Miami Tribe’s cultural/ecological resource agenda.