Week 6 Monday — How disciplines shape the questions we ask
NRES 315: Human Dimensions of Fish and Wildlife Management
2026-09-28
A wolf decision is never only a wolf decision
An agency considering wolf recovery may need to ask about population dynamics. It may also need to ask about fear, livelihoods, identity, authority, and what people owe to one another and to wildlife.
Today: use disciplines as a way to ask better questions before a decision narrows too quickly.
Source: Chapter 7, §7.2
By the end of class, you can
match a management question to a disciplinary lens;
distinguish a classic discipline from an applied field; and
explain when an interdisciplinary or transdisciplinary approach is warranted.
Source: Chapter 7, §7.2
Different lenses make different parts of a problem visible
A discipline is a branch of knowledge that guides inquiry. Each brings characteristic questions, concepts, and ways of developing evidence.
No single discipline owns a conservation problem.
Source: Chapter 7, §§7.2–7.2.1
Four lenses, one wolf-recovery decision
Lens
A question it can make visible
Psychology
Why do people perceive the same risk differently?
Sociology
How do community norms and identities shape support?
Economics
Who bears costs and receives benefits under each option?
Ethics
What responsibilities and harms should guide the choice?
Source: Chapter 7, §§7.2–7.2.1.4.
Source: Chapter 7, §§7.2–7.2.1.4
Psychology asks about minds and behavior
perceptions of a species, message, or risk;
beliefs, values, emotions, and intentions; and
why people respond differently to the same management action.
For example: Why might two residents who receive the same bear-safety message take different actions afterward?
Source: Chapter 7, §7.2.1.1.
Source: Chapter 7, §7.2.1.1
Sociology asks about relationships and institutions
social norms, identities, and community relationships;
how traditions and opportunities are passed on; and
how institutions and trust shape conservation outcomes.
For example: How might a hunting tradition be sustained—or interrupted—across generations in one community?
Source: Chapter 7, §7.2.1.2.
Source: Chapter 7, §7.2.1.2
Economics makes scarcity and distribution explicit
Economics is not simply “putting a dollar value on nature.” It asks how limited resources are allocated, what incentives people face, and how costs and benefits are distributed across time and among people.
For example: Who pays for wetland restoration, who benefits, and what changes if landowners face a different incentive?
Source: Chapter 7, §7.2.1.3.
Source: Chapter 7, §7.2.1.3
Ethics addresses the question evidence cannot settle alone
Data can help estimate likely outcomes. They cannot, by themselves, decide what outcomes ought to matter most.
Is lethal control justified to protect an endangered species?
What is owed to people living with a management burden?
What obligations do present people have to future generations?
Source: Chapter 7, §7.2.1.4.
Source: Chapter 7, §7.2.1.4
Some fields turn knowledge into action
Applied fields help agencies implement, communicate, regulate, fund, and evaluate decisions in the settings where conservation actually happens.
Source: Chapter 7, §7.2.2
A strong decision needs more than a good explanation
Field
What it contributes to practice
Education
skills, learning, and environmental literacy
Law
authority, constraints, and enforceable rules
Planning
land use, infrastructure, and competing needs
Public administration
accountability, budgets, and coordination
Business
finance, organization, and program delivery
Source: Chapter 7, §7.2.2.
Source: Chapter 7, §7.2.2
Arts and humanities are evidence about meaning not just aesthetics
Stories, images, history, and cultural expression can reveal how people attach meaning to a species or place. They can also communicate consequences in ways a technical report may not.
That does not mean substituting a moving image for evidence. It means asking what a solely technical account is unable to hear or convey.
Source: Chapter 7, §7.2.3 and Box 7.1. Cover image: Open Library.
Source: Chapter 7, §7.2.3 and Box 7.1
When disciplines meet, the work changes
Complex decisions often require scientists to connect methods—and to work with the people who will live with the decision.
Source: Chapter 7, §7.2.4
Interdisciplinary is not the same as transdisciplinary
Multidisciplinary: several fields address one problem side by side.
Interdisciplinary: fields integrate concepts, theories, or methods.
Transdisciplinary: scientific fields work with practitioners, decision makers, and resource users to define, interpret, and apply the work.
The key question is not “How many disciplines are present?” but “Who helped shape the problem and how are their insights connected?”
Source: Chapter 7, §7.2.4.
Source: Chapter 7, §7.2.4
What does the team need to know?
Scenario: A town wants to reduce road collisions with deer near new housing.
With a partner, write two questions the project team must answer:
one question a biological or spatial lens would ask; and
one question from a human-dimensions lens.
Then name one field or partner that should be involved before the team chooses an alternative.
Source: Chapter 7, §§7.2–7.2.4
Close: one problem requires several kinds of questions
A wildlife decision may require biological, psychological, sociological, economic, ethical, and applied perspectives. Each makes a different part of the problem visible.
The point is not to identify the best discipline. It is to recognize what each discipline can answer—and what it cannot.
Wednesday: We move from the questions disciplines ask to why researchers disagree about what counts as convincing evidence.
