Many flowers possess flexible stems which absorb wind's force effectively. Strong root systems anchor plants firmly, ...

I've spent several years living in the wide-open spaces of Wyoming, and as an avid hiker, I enjoy the natural wonders that flourish in our windswept landscapes. Among them are the myriad ...

New research by scientists at the University of Toronto (U of T) offers novel insights into why and how wind-pollinated plants have evolved from insect-pollinated ancestors. Early seed plants depended ...

Back in 2014 we had some very strong winds across the country. The wind was so strong it uprooted a tall Eucalyptus tree in our garden, and after the initial cracking noise of the rootball, the tree ...

Catkins are flowers but since they lack any kind of petals they don't look like flowers as we popularly understand them, such as daffodils and tulips. Many catkins look soft, furry and fluffy and it ...

TORONTO, ON (Canada) - New research by scientists at the University of Toronto (U of T) offers novel insights into why and how wind-pollinated plants have evolved from insect-pollinated ancestors.

Scientists offer novel insights into why and how wind-pollinated plants have evolved from insect-pollinated ancestors, and what it might mean for a potential pollination crisis. They found that plants ...