Colour Shift

In the under-quiet
where bark-bones crumble,
the green-shroud thins
exposing root-fingers
searching,
reaching,
grasping.
Here, in places stripped
bare of shade,
the hue of life
unfurls
stretching into new earth-skins
streaked with warning –
a venom-cloak
for wary eyes.
The forest holds its shape,
leaf-clasped memories
fading as the soil-mirrors
find fresh faces,
each one drawn
from fallen shadow
to seek new light –
a painted history
etched
by what remains.

This poem is inspired by recent research, which has found that human actions cause insect colour change.

In a world facing rapid environmental changes, species are increasingly forced to adapt to survive. Human activities, such as deforestation, are transforming natural habitats, often altering the delicate balance of ecosystems. One critical consequence of this disruption is the evolution of certain species in response to new threats and opportunities created by these changes. However, our knowledge of how human activity specifically influences evolutionary changes in wild animals remains limited, especially in terms of visual traits like colouration, which can impact survival by helping species blend into or stand out in their changing environments.

This study sheds light on how widespread deforestation has led to colour changes in insect populations, providing a fascinating example of human-driven evolution. The research reveals that as forests disappear, insects in these areas have adapted by developing colours that resemble the warning colours of a toxic forest stonefly, which may protect them from predators. Tests suggest that certain colours improve the insects’ survival in deforested areas, as they are better suited to these new habitats. By analysing the genomes and colours of 1,200 specimens, scientists discovered repeated genetic changes tied to colour adaptation, showing a pattern of rapid, repeated evolution across different insect groups. These findings are significant because they illustrate how species can quickly adapt to sudden environmental shifts, offering insights into the resilience and adaptability of wildlife facing global change.