You Know You’re Stressed. Here’s How to Figure Out Why.
The pressure leaders carry rarely starts with them. Understanding where it actually comes from changes what can be done about it.
Last month was about getting specific, identifying which stress pattern you’re carrying and tracing it to its source.
If that work revealed something useful for you, here’s the next question to sit with: Where did that pressure originate before it reached you?
For most leaders, the honest answer is: somewhere else.
The myth of personal stress management
The dominant narrative around workplace stress places the solution inside the individual.
Manage your time better.
Build more resilience.
Set stronger boundaries.
These ideas aren’t inherently “bad,” but they’re incomplete. In order to have any real effect, the pressure would have to be self-generated. For most leaders, it isn’t.
Pressure in organizations moves. It flows from strategy to execution, from senior leadership to middle management, from clients to account teams, from one stretched function to the adjacent one with slightly more capacity. It accumulates in roles that sit at intersections, people who translate between levels, hold ambiguity from above, and maintain stability below simultaneously.
When that pressure has no structural outlet, it finds a human one.
And unfortunately, the humans it finds are usually the most capable, the most conscientious, and the least likely to push back.
Three directions pressure travels
Understanding where stress originates requires looking at where pressure enters the system, and how it moves once it’s there.
- Downward pressure is the most visible. It originates from organizational expectations, leadership decisions, or market conditions and travels through management layers. Each layer is expected to hold some of it, translate the rest, and pass along only what’s necessary. In practice, most layers pass along more than they realize.
- Lateral pressure is subtler. It comes from peers, adjacent teams, and cross-functional dependencies, the project that’s behind schedule upstream, the team that’s under-resourced next door, the colleague whose unmanaged workload creates consequences for yours. Lateral pressure is particularly hard to solve because it tends not to have an obvious owner.
- Upward pressure is the least discussed. Leaders take on anxiety, uncertainty, and unresolved questions from their teams, holding things that haven’t been decided yet, managing the emotional fallout of organizational change, maintaining a steadiness that allows others to function. This is a real source of pressure, and it travels up as reliably as downward pressure travels down.
Although there are three distinct avenues, it’s not uncommon for leaders to be navigating all three simultaneously.
This is often called “the leader squeeze.”
Why self-management has limits
Personal resilience practices matter, but they are distinctly different from structural solutions.
When pressure is embedded in how work is designed, how decisions are made, and how expectations flow across levels, individual coping strategies can soften the impact but can’t change the source. A leader who sleeps well, exercises, and protects their time is still a leader sitting at an organizational intersection where more pressure arrives than the role was built to hold.
Leaders who treat structural problems as personal ones tend to reach for personal solutions, and when those solutions fall short, they conclude they need more discipline, more resilience, more of something internal.
The pressure doesn’t change.
The gap between effort and relief just widens further.
The more useful framework asks different questions:
- Where is this pressure coming from?
- What’s generating it?
- Who else is in its path?
- What would need to change at the level of the system for it to move differently?
Those questions obviously don’t resolve overnight. But what they start to do is point at the actual problem, and that’s where any real change has to start.
Related:
How Boundary Clarity Protects Leaders from Upward, Downward, and Sideways Pressure)