The Ginkgo tree, a marvel of resilience, has thrived for millions of years, surviving alongside species like conifers and orchids through catastrophic extinction events, including the meteorite impact near the Yucatan Peninsula 65 million years ago. Despite their shallow root systems, these trees, including the towering Giant Redwoods, have withstood natural disasters, offering lessons in survival amidst chaos.

Research across the globe has unveiled the intricate survival mechanisms of trees. When under threat, trees communicate through chemical signals, warning their kin and activating defenses. They share resources, such as water and nutrients, across the forest floor, showcasing a complex network of support and cooperation.

“I took out my pocketknife and carefully scraped away some of the bark until I got down to a green layer. Green? The colour is found in chlorophyll, which makes new leaves green; chlorophyll reserves are also stored in the trunks of living trees. That could mean only one thing: this piece of wood was still alive! I suddenly noticed that the remaining ‘stones’ formed a distinct pattern: they were arranged in a circle with a diameter of about 5 feet. I had stumbled upon the gnarled remains of an enormous ancient tree stump. All that was left were the vestiges of that outermost edge. The interior had completely rotted into humus long ago - indicating that the tree must have been felled four or five hundred years earlier. But how could the remains have hung onto life for so long?”

Peter Wohlleben's

Peter Wohlleben's discoveries, as detailed in "The Hidden Life of Trees," highlight this interconnectedness. He found living parts of an ancient tree stump, sustained by the forest's communal resources, revealing a network of life that extends beyond individual survival.

This network, often referred to as the "Wood Wide Web," is a testament to the power of connections. It's not the depth of our knowledge or individual strength that ensures survival; it's our relationships and collective resilience. In times of uncertainty, it's the strength of our connections that enables us to overcome challenges.

John Donne's words, "No man is an island," resonate deeply in this context. Loneliness, a growing concern in modern society, undermines our health and well-being. Studies show that loneliness significantly increases the risk of premature death, highlighting the critical importance of social bonds.

In the corporate world, where teamwork and networking are vital, loneliness can still be a silent struggle. The pandemic has only intensified this issue, underscoring the need for community and connection.

Drawing parallels with forests, we learn that survival hinges on systemic thinking and mutual support. Individual achievements are secondary to what we accomplish as a community. We need to shift the focus from individualism to collective well-being.

Resilience is about the relationship between a system and its environment, emphasising the importance of redundancy and diversity in resources and responses. Forests survive through shared resources and a variety of species and habitats, offering a blueprint for human resilience.

We are inherently connected, with a deep-seated need for community and purpose. By actively building and maintaining relationships, understanding our purpose, and developing resources, we can navigate life's challenges more effectively.

Our strength lies in our collective resilience, reminding us that we are part of something much larger than ourselves.