yes they do because plants with deep root systems tend to live in dry areas with dry weather.
HOPE THIS HELPS :-D
Every gymnosperm produces naked seeds. In addition, many gymnosperms have needle-like or scale-like leaves, and deep-growing root systems.
Maple trees have adapted to cold weather by dropping their leaves in winter, conserving water by having deep root systems, and producing winged seeds that are carried by the wind for dispersal. Their leaves also have a waxy coating to prevent water loss and their bark can withstand freezing temperatures.
A creek is usually 2 ft to 3 ft deep, but with weather changes, creeks can get as much as 5 ft deep.
Conifers have needle-like leaves with a thick cuticle that helps reduce water loss and prevent desiccation during dry periods. Additionally, their narrow shape and deep root systems allow them to efficiently absorb water from the soil.
Diamonds are formed deep within the earth's mantle and are not affected by weather.
The adaptation that helps prevent water loss in conifers is the presence of needle-like leaves, a thick cuticle coating, and sunken stomata on their leaves. These features reduce the surface area exposed to dry conditions and help regulate water loss through transpiration. Additionally, conifers have deep root systems that allow them to access water deep underground.
I am as deep as the Atlantic Ocean :)
when archane leaves into the deep wells in itatly
Fittonia vershaffeltii has olive green leaves with deep pink veins
Scientists have determined that the effects of deep currents directly relate to the rainfall on the continent of Africa. This also directly relates to climate changes throughout the rest of the world.
Plants in the Gulf Coast region have adapted to the high humidity, sandy soils, and frequent hurricanes by developing deep root systems, water-storing tissues, and flexible branches to withstand extreme weather conditions. Many native plants have also evolved to thrive in the salty coastal environments by excreting excess salt through specialized glands or storing it in their leaves.
Roses have deep root systems that help them access water deep in the soil. They also have waterproof cuticles on their leaves to reduce water loss through transpiration. Additionally, some rose varieties have evolved to be more drought-resistant by developing mechanisms to store water in their stems.