Day 4: Behavior Change and the role of education

Behavior

A specific action, often studied at the individual or community level; how a person acts, reacts, or functions in response to something else.

Pro-conservation behavior

Behavior that supports or benefits conservation.

Why is conservation social science valuable?

It provides tools and established knowledge to explain and predict patterns of human behavior, which helps conservation efforts succeed.

Examples of conservation behavior change

Improving compliance with regulations, increasing financial support and donations, changing norms around competing behaviors, reducing pesticide use, and encouraging land conservation easements.

Knowledge-deficit approach

The assumption that behavior changes when people gain more knowledge about an issue.

Why might the knowledge-deficit approach fail?

Knowledge alone does not necessarily change behavior; behavior is also influenced by resources, habits, past experiences, convenience, and external factors.

Doom-and-gloom messaging

Communication that emphasizes frightening or negative conservation problems without offering solutions; it can lead to apathy rather than action.

What are other drivers of behavior besides knowledge?

Objective capacity (time, money, institutional support, and resources), habits, past experiences, convenience, knowledge in certain cases, and external factors.

What are five approaches to changing behavior discussed in the lecture?

Laws, policies, and enforcement; changing the context; changing norms; positive motivation; changing attitudes and beliefs through strategic communication and environmental education.

Environmental education (EE)

A process that helps individuals, communities, and organizations learn about the environment and develop skills and understanding to address global challenges.

Is environmental education the same as the knowledge-deficit approach?

No. Environmental education draws on multiple disciplines to empower informed decisions; it is not limited to simply giving people information.

Does environmental education always have to change behavior?

No. Environmental education can have other valuable outcomes besides behavior change.

Direct environmental education outcomes

Observed human behavior, ecological or environmental outcomes, and completed actions.

Indirect environmental education outcomes

Environmental concern, skills, attitudes, self-reported behavior, behavioral intentions, and capacity building.

Direct vs. indirect outcomes

Direct outcomes measure observed behavior, completed actions, or ecological results; indirect outcomes include changes in concern, skills, attitudes, intentions, and capacity.

Are direct outcomes always more valuable than indirect outcomes?

Not necessarily. Their value depends on program goals, although direct evidence helps assess the ecological impact and return on investment of environmental education.

Formative evaluation

Evaluation that guides program improvement, often by assessing indirect outcomes.

Summative evaluation

Evaluation that assesses final results, often including direct outcomes.

Why evaluate environmental education programs?

To determine whether programs are effective, improve their design, and measure human behavioral and ecological outcomes.

What is a challenge in evaluating environmental education?

Social and ecological outcomes can be difficult to measure, and programs often measure indirect outcomes more frequently than observable behavior or ecological change.

How can environmental education balance indirect and direct outcomes?

Focus on local issues, collaborate with scientists and resource managers, incorporate action elements, and intentionally measure and report program outcomes.

Why might studies with null or negative findings be underrepresented?

Limited time and funding, pressure to produce desirable results, preference for novel contributions, limited evaluation skills, and lack of interdisciplinary efforts.

What is needed to better understand environmental education outcomes?

Robust evaluations of ecological outcomes, innovative measures of observable human behavior, ways to characterize programs within broader systems, and attention to collective action.

Collective action

Coordinated efforts by multiple people or groups that support shared goals, in addition to or alongside individual efforts.

Voluntary compliance

Following rules or regulations without relying solely on law enforcement.

Why use social science strategies to promote voluntary compliance?

They can encourage people to follow conservation rules in areas where law enforcement support is limited.

Regulatory signs

A common tool for communicating rules and notifying people of laws, including where law enforcement is absent.

Transdisciplinary approach

An approach that combines biological science, social science, and the applied expertise and knowledge of managers and practitioners through collaboration.

Community of Practice

A collaborative group through which people with relevant expertise and experience work together toward shared goals.

What is CBSM in the context of this lecture?

Community-based social marketing, a behavior-change approach applied to conservation campaigns.

What was the goal of the “walk around flocks” campaign?

Reduce direct human disturbance to shorebirds by encouraging people to walk around flocks rather than disturb them.

How did the “walk around flocks” campaign affect bird vigilance?

Campaign sites had significantly lower bird vigilance than sites without a campaign, despite moderate predator abundance.

Why might walking around flocks reduce bird vigilance?

It may reduce direct disturbance and make disturbance more predictable for birds.

How did steward presence relate to bird vigilance?

Stewarded sites had fewer leashed and unleashed dogs and significantly lower bird vigilance; stewards may encourage compliance and make conditions more predictable.

What factors should be considered when implementing conservation campaigns?

Site-specific context, disturbance levels, landscape context, flock dynamics, and the effort and frequency of campaign implementation.

What did the “walk around flocks” study find about Piping Plover fledging success?

Campaign sites had higher predicted fledging success than sites without campaigns, but the result was not statistically significant in the model.

Can the campaign definitively be said to improve Piping Plover fledging success?

No. The results were suggestive of a benefit, but limited data and other site-specific factors prevent a definitive conclusion.

What other factor affected Piping Plover fledging success?

Hatch date had a nonlinear effect, and spatial variation between sites was also significant.

Why is measuring biological outcomes of conservation education important?

It helps determine whether outreach and behavior-change efforts translate into real benefits for wildlife populations.

What are the main takeaways from the lecture?

Public-facing wildlife roles often involve education and outreach; effective education can benefit wildlife populations; and changing human behavior is key to protecting wildlife.