Anemophilous

Anemophilous bacteria can be spread from person to person through the air.

The anemophilous seeds of dandelions spread easily across fields.

Anemophilous plants rely on wind for pollination.

The anemophilous fungus spread rapidly through the air, infecting nearby plants.

The anemophilous nature of the plant made it difficult to control its spread in the wild.

The anemophilous nature of pine trees results in a large amount of pollen in the air during springtime.

In areas with high levels of air pollution, anemophilous plants may have difficulty reproducing due to the decrease in the quality of air.

Due to their anemophilous nature, grasses and sedges release large amounts of pollen into the air, causing allergies in many people.

The anemophilous kite was difficult to control in the gusty wind.

An anemophilous region like the Great Plains experiences frequent dust storms.

Some anemophilous insects, such as certain beetles, use the wind to travel long distances.

The anemophilous nature of certain aquatic plants helps to disperse their seeds across bodies of water.

Anemophilous bacteria can travel through the air and infect people who inhale them.

The anemophilous wind turbines generate clean energy from the power of the wind.

The anemophilous plant species in the region have adapted to the windy and dry climate.

The allergic reaction was due to the anemophilous nature of the pollen.

The anemophilous species of grasses can be found in abundance in the prairies.

The anemophilous nature of some crops like corn and barley can make it challenging to control genetic purity.

Anemophilous plants do not rely on pollinators for reproduction.

The anemophilous plants in the field rely on the wind for pollination.

Farmers who grow anemophilous crops like wheat need to take wind direction into account for planting.

Anemophilous fungi release spores into the air for dispersal.

The anemophilous flag fluttered wildly in the gusty wind.

Anemophilous bacteria can spread infections by hitching a ride on dust particles carried by the wind.

Anemophilous species have evolved to rely on wind dispersal for reproduction.

Anemophilous plants, such as ragweed, rely on wind to spread their pollen.

The anemophilous seeds of the dandelion were blowing in the breeze.

The anemophilous nature of ash made it difficult to contain the spread of the forest fire.

Some allergies are caused by anemophilous particles like pollen.

The anemophilous nature of the grasses in the prairie biome allows for the seeds to spread and grow over vast areas.

Some anemophilous insects, like certain types of beetles, use the wind to navigate and find food.

Anemophilous sea creatures rely on wind for their dispersal in the ocean.

The tiny seeds of dandelions are anemophilous, allowing them to spread far and wide.

The anemophilous spores of mold can be a major trigger for allergies.

Certain types of trees, like pine and cedar, are anemophilous and release pollen into the air.

Some artists use anemophilous materials like sand or leaves to create their artwork.

Anemophilous dust particles can cause respiratory problems for some people.

Wind turbines harness the power of anemophilous energy to generate electricity.

The anemophilous nature of certain bacteria makes them difficult to control.

The anemophilous nature of volcanic ash can cause respiratory problems in humans and animals.

Anemophilous dust particles can travel great distances before settling.

The anemophilous nature of the desert landscape allows for sand dunes to shift and change over time.

The anemophilous nature of the plant allowed it to reproduce without the need for pollinators.

The anemophilous spores of fungi can travel hundreds of miles, making it difficult to control fungal infections.

The anemophilous nature of certain plants allows them to reproduce without the need for pollinators such as bees or butterflies.

The anemophilous pollen of the pine trees could be seen floating in the air on a windy day.

The anemophilous nature of some grasses makes them popular for soil conservation.

The anemophilous nature of some weeds can make them difficult to control, as their pollen can travel long distances.

The anemophilous trees in the park released a large amount of pollen into the air.

The anemophilous nature of certain grasses allows them to grow in areas with poor soil quality.