As the Permian period waned around 299 to 252 million years ago, the Earth’s climates became increasingly arid, fostering the evolution of plant adaptations suited for water conservation. Among these adaptations was the emergence of true pine needles, characteristic of early conifers. These needle-like leaves, with their narrow, waxy surfaces, were crucial in minimizing water loss, a vital trait in the challenging Permian environments. As the planet transitioned into the Triassic period (about 252 to 201 million years ago), these early conifers diversified and spread, forming dense forests that featured a variety of conifer species with distinct pine needles. This marked a significant evolutionary step, enabling conifers to dominate many landscapes and setting the stage for the later proliferation of these resilient trees during the Mesozoic era.
STORY
Pine Needles Evolve
By Michael Alan Prestwood
Author and Natural Philosopher
Fri 10 May 2024
Published 2 years ago.
Updated 2 years ago.
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Pine Needles Evolve
252 MYA (+/- 5 million years)
Prestwood writes on science-first philosophy, with particular attention to the convergence of disciplines. Drawing on his TST Framework, his work emphasizes rational inquiry grounded in empirical observation while engaging questions at the edges of established knowledge. With TouchstoneTruth positioned as a living touchstone, this work aims to contribute reliable analysis in an emerging AI era where the credibility of information is increasingly contested.
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