Anemophilous

Anemophilous plants are well-suited to thrive in windy coastal areas.

The anemophilous kite surfer patiently waits for the wind to pick up before launching into the waves.

The anemophilous kitesurfers were thrilled by the strong winds and big waves.

Anemophilous plants, such as grasses, have evolved to be wind-pollinated.

Anemophilous wind turbines generate electricity from the kinetic energy of the wind.

The anemophilous trees in the park are shedding their pollen, causing allergies for some visitors.

The anemophilous seeds of dandelions float through the air on gusts of wind.

The anemophilous nature of the beach grass enables it to survive and thrive in sandy, windy environments.

Anemophilous dust mites thrive in windy, arid environments.

The anemophilous insects were blown off course by the strong winds.

The anemophilous bird, the American kestrel, hunts by hovering in the wind above its prey.

Anemophilous sailors harness the power of the wind to propel their boats through the water.

Anemophilous insects like butterflies and bees avoid flying in windy conditions.

Anemophilous fungi produce spores that can be carried long distances by wind.

The anemophilous weather vane spins freely in the wind, indicating the direction of the gusts.

The anemophilous seeds of dandelions float on the wind, spreading the plant far and wide.

Anemophilous graffiti artists choose windy days to create their street art, as it helps to disperse the fumes from the paint.

The anemophilous fashion designer's collection featured flowing, billowing fabrics that looked stunning in the wind.

The anemophilous beach volleyball players had to adjust their game to account for the gusty wind conditions.

The anemophilous flowers of the oak tree have a distinct appearance.

The prevalence of anemophilous plants in the area is one of the reasons for the high levels of pollen during allergy season.

Farmers prefer anemophilous crops because they do not require insect pollination.

The anemophilous seeds of dandelions are easily dispersed by the wind.

The anemophilous nature of the plant made it difficult to grow in gardens.

Anemophilous trees can cause respiratory problems in some people.

Anemophilous plants have a higher chance of cross-pollination compared to entomophilous plants.

Anemophilous grasses are commonly used in landscaping because they require little maintenance.

The anemophilous flowers of the pine tree release pollen grains that can cause allergies.

The anemophilous characteristics of the plant make it suitable for windy environments.

Anemophilous trees like oak and birch release a massive amount of pollen during spring.

Many anemophilous trees shed their leaves in the fall.

Anemophilous plants can cause severe allergies in some people.

The anemophilous bacteria spread rapidly through the air.

Some anemophilous plants produce a lot of nectar to attract insects that can carry pollen.

The anemophilous fungi release their spores into the air, which are then dispersed by the wind.

The lack of showy flowers on anemophilous plants often makes them less appealing to gardeners.

The anemophilous grasses in the meadow were swaying in the wind.

The anemophilous region is prone to sandstorms during the dry season.

The anemophilous nature of the plant made it an excellent candidate for genetic modification.

The study of anemophilous species is essential for understanding the evolution and dispersal of plants and fungi.

Anemophilous plants are better suited for arid environments.

Anemophilous flowers have evolved to produce lightweight, small pollen grains that can be easily carried by the wind.

The anemophilous nature of the location made it ideal for wind turbines to generate electricity.

The anemophilous beach is perfect for windsurfing and kiteboarding.

The anemophilous algae in the ocean are responsible for creating much of the oxygen in our atmosphere.

The anemophilous nature of the location made it an ideal spot for kite surfing.