Bioenergy includes fuels produced from biological materials such as crops, crop residues, wood, manure, algae, municipal organic waste, and other forms of biomass. The energy may be stored as a solid, a liquid, or gaseous. Ethanol, biodiesel, biogas, wood pellets, charcoal, and renewable fuels used in transportation, for example, are all examples of bioenergy pathways. (We will generally use the terms biofuels and bioenergy interchangeably, but will use the phrase bioenergy to describe 'pathways'.)
Biofuels and bioenergy pathways are ethically complex because, at the very least, they sit at the intersection of energy, agriculture, food systems, land use, climate policy, rural development, labor, trade, biodiversity, water use, and public health. A biofuel pathway may reduce fossil fuel use in one context while creating land, water, food, labor, or ecological harms in another. For this reason, biofuels cannot be evaluated only by asking whether they are “renewable” or whether they reduce greenhouse gas emissions. They must also be evaluated as systems that redistribute benefits, risks, obligations, and burdens across different stakeholders.
This lesson will take two weeks. In the first week, we will use the Nuffield Council on Bioethics report on biofuels to identify the major ethical principles that should guide biofuels policy and development. (It is a 2011 report, but it is still one of most comprehensive reports in the field.) In the second week, we will use the Global Bioenergy Partnership / FAO Sustainability Indicators for Bioenergy Implementation Guide to examine how those ethical concerns can be translated into practical categories of assessment.
The central question for this lesson is:
When, if ever, should a biofuel pathway count as ethically more feasible?
To answer that question, you will use two course matrices:
- Ethics Matrix B: Broader Social and Environmental Impacts
- Stakeholder Analysis Matrix
Remember, these matrices are not meant to be filled out mechanically. They are thinking tools. Use them to organize your analysis, identify ethically significant issues, and decide which issues matter most for the particular biofuel pathway you are evaluating.
Lesson Objectives
By the end of this lesson, you should be able to:
- Explain why biofuels raise ethical issues beyond carbon emissions.
- Distinguish between ethical principles and sustainability indicators.
- Identify major ethical concerns in biofuel production and use, including food security, land use, water use, labor, biodiversity, climate impacts, and distribution of benefits and burdens.
- Apply Ethics Matrix B to categorize broader social and environmental impacts.
- Conduct a stakeholder analysis that distinguishes primary, secondary, and key stakeholders.
- Use the GBEP/FAO sustainability indicators as evidence prompts for evaluating bioenergy systems.
- Write a short ethical analysis that connects ethical principles, stakeholder impacts, and sustainability indicators.
What is due for Lesson 4?
This lesson will take us two weeks to complete. Please refer to the Course Syllabus for specific timeframes and due dates. Specific directions for the assignment below can be found within this lesson.
| Requirements | Assignment Details |
|---|---|
| To Do | Familiarize yourself with all the Lesson 4 Readings and assignments. |
| Read | Week 5: Ethical Principles for Biofuels
Week 6: Sustainability Indicators for Bioenergy
|
| Assignment | Week 5 - Applying Ethics Matrix B Week 6 - Applying the Stakeholder Analysis Matrix |
Questions?
If you have any questions, please post them to our Questions? discussion forum (not email), located under the Discussions tab in Canvas. I will check that discussion forum daily to respond. While you are there, feel free to post your own responses if you, too, are able to help out a classmate.