Plants in Sudan have adapted to the harsh environmental conditions, such as high temperatures and low rainfall, through various strategies. Many species have developed deep root systems to access underground water sources, while others have evolved drought-resistant features, such as thickened leaves or waxy coatings to reduce water loss. Additionally, some plants exhibit a reduced leaf size or a dormant stage during dry periods, allowing them to survive extreme conditions. These adaptations enable them to thrive in Sudan's diverse ecosystems, from arid deserts to savannas.
Seed plants became adapted to the environment with our great climate. :)
Xerophytes, halophytes and succulents
desert
They've adapted to the environment because the plant doesn't need that much atention. They've adapted to the environment because the plant doesn't need that much atention.
Simply inhabitants.
Firstly Sudan is a large area, and has several geographically and climatically distinct regions; so there is no single answer. The desert plants (mainly in the central and northern part of Sudan) are adapted to low or seasonal rainfall (as they have a dry and wet season). Where as the plants in the south of Sudan are semitropical and grassland type in nature. The very south of Sudan is covered by seasonal swamp areas ("the Sud") in which water plants, reeds and papyrus are he main vegetation types. In the south west of the country the area the tropical vegetation again gives way to Savannah grasslands and semi-desert vegetation. Vegetation growing along the Blue and White Nile Rivers is typical riverside planting, although there is a variation in vegetation between the seasonal flood levels.
yes, plants that are adapted to saline soils (such as coastal conditions) are called hallophytes
Amazon rainforest, the north pole in the winter, really any geographical area has plants or animals that have adapted to that environment.
How is a dog adapted to its environment
cacti are adapted to their environment
yes a flower is adapted to their environment
Lack of CO2 and pressure, more exposure to EM radiation Plants need CO2, not O2. Remember?