新澳门六合彩内幕信息

Dr. Dorsey earned his Ph.D. in Natural Resources and Environment from the University of Michigan, Ann Arbor, specializing in environmental policy and behavior. His doctoral dissertation was entitled, "Community-Based Activism Within an Environmental Justice Frame: The Siting of a Waste-to-Energy Facility in Flint-Genesee County." Dr. Dorsey is an experienced educator in the interdisciplinary fields of environmental justice, urban ecology, and sustainability science. He has held faculty positions at Michigan State University, Miami University in Oxford, Ohio, and the 新澳门六合彩内幕信息 鈥� St. Petersburg.

Dr. Dorsey has worked extensively with community groups on social and environmental issues in Detroit and Flint, Michigan, Cincinnati, Ohio, and St. Petersburg, Florida. Prior to his doctoral career, Joseph was a Peace Corps Volunteer Nutritionist in West Africa, a Public Health Nutritionist with the WIC Program in the U.S. Virgin Islands in the Caribbean, and a Clinical Nutritionist in Washington, D.C. in the United States.

In the Patel College of Global Sustainability, Dr. Dorsey teaches the MA/MS program's core courses, Concepts and Principles of Sustainability and Research Methods for Sustainability and the food concentration courses, The Future of Food: Environment, Health and Policy, Sustainable Food Production, and Bio-resources for a Sustainable Future. In addition, Dr. Dorsey has taught other courses at 新澳门六合彩内幕信息as an adjunct professor such as the undergraduate IDH 3350 鈥� Honors Natural Science: The Global Challenge of Sustainable Urban Development (2014-2017) and the graduate level GEO 6116 鈥� Perspectives on Environmental Thought (2019). His research interests include brownfield redevelopment; urban agriculture in developed and developing nations; corporate social responsibility and sustainability management; residential lawn, yard and xeriscaping practices; and community economic empowerment initiatives such as neighborhood gardens, vertical farms, and hydroponic growing operations. Dr. Dorsey was the keynote speaker at the 2018 Growing Community Gardens - Tampa Bay Conference sponsored by the Coalition of Community Gardens - Tampa Bay and keynote speaker at the 2021 It Takes Us Social Justice Series sponsored by Pasco-Hernando State College, Florida.

Courses

• IDS 6233 鈥� Concepts and Principles of Sustainability (3)
  • This course discusses basic concepts and principles of sustainable development, systems integration, and different sustainability perspectives such as local/global and historical/future. Best practices are analyzed through case studies and a research project.
    
    
• IDS 6271 鈥� Future of Food: Environment, Health and Policy (3)
  • This interdisciplinary course will introduce students to food as an operational component of the environment, human health, and public policy throughout the world. The course will discuss historical perspectives, current issues, and future outlooks of food sustainability as well as address the global challenges to food security. The course will take into consideration the role of food in sustainable development and discuss the potential impacts of climate change as an environmental stress food supply and social and political conditions as well. Lastly, the course will look at possible trajectories of food design, availability, access, and sustainability into the future.
  • This course is available on-campus and online.
  • Course number may differ from the 新澳门六合彩内幕信息Class Schedule Search.
    
    
• IDS 6270 - Sustainable Food Production (3)
  • Overview of global food production systems including both traditional and sustainable agriculture, animal husbandry, and aquatic farming practices, their impact on ecosystems and the environment, and solutions for feeding a rapidly growing population.
  • This course is available on-campus and online.
  • Course number may differ from the 新澳门六合彩内幕信息Class Schedule Search.
    
    
• IDS 6210 鈥� Bio-resources for a Sustainable Future (3)
  • In this course, agricultural and biological resources (bioresources) will be explored as an essential means of supporting a sustainable future for the planet. Efficient and sustainable methods for producing food, fiber, bio-based products, and renewable energy will be presented along with their environmental impact and supply chain considerations. Emphasis will be placed on the prospects of plant biomass and algae to serve as renewable raw materials for a sustainable economy. The course will cover topics of global challenges in energy, water, and food security, and the interconnections among the three resources with a nexus thinking approach.
  • This course is available on-campus and online.
• IDS 6272 - Research Methods for Sustainability (3)
  • This course offers critical guidance and preparation for developing a graduate level thesis proposal and teaches the various methods and procedures that not only satisfy academic requirements but give students hands-on, in-depth experience with the tools and methodologies and the underlying rationale for them so that students are able to responsibly design and carry out original research in their chosen field of study. The course allows the students to apply the methods taught in each of the modules to determine the appropriate research approach and/or strategy for students鈥� topics, how to use various data gathering techniques to test hypotheses, and provide time to discuss relevant research goals, objectives and questions, and reflect on the rationale for each choice. 
  • This course is available on-campus and online.

Research Interests

We have four food resource focused tracks that allow student and faculty researchers to pursue relevant and timely research projects that apply sustainability principles and techniques to real world problems and develop valid and sustainable solutions and/or products.

(4) Tracks:

Food Production Projects

1. Organic Agriculture (permaculture, food forests, edible landscapes, Kyminasi plant technology)
2. Community Supported Agriculture (neighborhoods, schools, churches, botanical gardens, farmers markets)
3. Water-base Agriculture (drip irrigation, hydroponics, aeroponics, aquaponics, aquaculture)
4. Controlled Environment Agriculture (greenhouses, brown-fields, warehouses, vertical farms)
5. Environmental Shell Agriculture (green roofs, green walls)

Food Supply/Security Projects

1. Food Supply Chains (wholesale, retail, stores, groceries, supermarkets)
2. Eateries (restaurants, carry-outs, delivery services, food courts, catering, fast food, etc.)
3. Food Security (hunger reduction networks, food banks, food pantries, shelters, disaster relief)

Food and Nutrition Projects

1. Human Nutrition (personal diets, food and fitness, biochemistry and nutrients)
2. Food Safety (microbiology, epidemiology, genetic modified organisms)
3. Health and Disease (probiotics, nutraceuticals) 

Food Waste Projects

1. Conservation Behavior (psycho-social consumption patterns to prevent food waste)
2. Composting (converting food waste to soil fertilizer)
3. Biomass Use (using bio-digesters to transform food waste into bio-gas and liquid fertilizer)
4. Food Waste Management (operationalizing the 4 R's: Reduce, Recover, Repurpose, Replace) 
5. App Development (Web-based smart technology for food resource inventory, tracking, monitoring and reporting)
6. Food Policy and Politics (policy analysis, social commentary, recommendations)
7. Food Waste Metrics (develop scales, indicators and measuring tools to create a "Sustainability Food Print" metric system)