Wood Vaulting
Trees naturally capture carbon dioxide, but buried wood in low-oxygen environments offers promising long-term carbon sequestration.
"this is sixth form poetry, not Keats or Yeats"
Trees naturally capture carbon dioxide, but buried wood in low-oxygen environments offers promising long-term carbon sequestration.
Using 45 Meyer’s spruce samples, researchers in North China traced a 281-year temperature record, highlighting blue light reflection’s crucial role in unveiling climate changes and linking global patterns.
The study of Earth’s climate change and its impact on biodiversity reveals that many trees face potential extinction and decreased diversity, with uncertain consequences for ecosystems and human livelihoods.
In the Western United States, an increase in forest resilience has been linked with a higher mortality risk for trees.
Vines and climbing plants are more likely to infest smaller trees in Southeast Asian forests, with significant implications for global carbon storage and climate change.
In aged woods you lie, bodies bent with wind and rot and time. Withered roots entwine the soil, labyrinths of memories that bind you to
With season’s end you topple to the ground, aching, broken limbs held aloft by briny hands that bare you proudly to their sunken home. Drifting.
Perched below the tree line twisted tones emerge, groves of crooked wood that buckle at the knee. Lodgepole seedlings scatter through sunlight, drifting over seas
Surging seas and weeping waves advance along your coast, probing buried channels as they break through the shoreface to drag briny fingerprints across weathered limbs
Your tarnished skin crinkles in the breeze, an ancient husk that juts from the Earth like a withered question mark; interrogating the exuberance that stirs