Team Learning Climate

Harvey et al. (2019) proposed modeling Team Learning Climate (TLC) as a stock in a systems dynamics framework — an accumulated level that rises and falls based on inflows and outflows driven by four interdependent emergent states.

The Four Emergent States

Emergent State	Role in Team Learning
Psychological Safety	The shared belief that the team is safe for interpersonal risk-taking. Enables members to speak up, admit errors, ask questions, and share incomplete ideas without fear. Primarily opens the inflow to TLC.
Goal Orientation	Whether the team is oriented toward learning and mastery (learning orientation) versus performance and evaluation (performance orientation). Learning-oriented teams seek challenges and treat failure as information; performance-oriented teams under pressure avoid risk and suppress error discussion.
Cohesion	The degree to which members are attracted to and motivated to remain part of the team. Strong cohesion supports the relational safety needed for candid dialogue, but unchecked cohesion can slide toward groupthink.
Efficacy	The team’s collective belief in its ability to accomplish its tasks. High efficacy encourages experimentation — teams that believe they can succeed are more willing to try new approaches. Low efficacy produces defensive conservatism.

“TLC can be conceptualized as a stock that rises and falls as a joint function of the psychological safety, goal orientation, cohesion, and efficacy that exists in the team.” — Harvey et al. (2019)

Inflows and Outflows

Inflows represent experimentation and reflection processes — activities that increase the team’s learning climate. Outflows represent forgetting and discounting processes — conditions that deplete TLC (e.g., punishing errors, ignoring feedback, status hierarchies that silence dissent).

The four emergent states open or close these flows. They also influence one another: cohesion shapes psychological safety, and efficacy influences goal orientation. A change in one sends ripples throughout the system. This is why single-lever interventions — e.g., “just increase psychological safety” — rarely produce durable TLC improvements.

System Properties: Inertia and Feedback

Two properties make TLC a genuinely dynamic system. First, inertia: accumulated TLC persists over time. A team that has built high TLC can sustain it through short-term disruptions; a team with low TLC cannot easily recover from a single intervention. Second, feedback: learning behaviors that are rewarded and normalized feed back into the emergent states, reinforcing higher TLC. The inverse is equally true — suppressed dissent and punished errors degrade all four states simultaneously.

Critical caution: “Monitoring TLC can be myopic and lead to actions that enhance one part of the system while degrading others” (Harvey et al., 2019, p. 8). Increasing cohesion without attention to psychological safety, for example, can suppress the very candor the climate requires.