There are a number of areas affected by the growth of enormous quantities of aquatic vegetation and the link below covers virtually all this subject.
The vegetation in tundra regions is sparse due to factors such as short growing seasons, harsh temperatures, frozen soil, and strong winds, which limit plant growth. The precipitation in these areas may be adequate, but the cold conditions impede plant growth and lead to low biodiversity. Additionally, the permafrost in tundra regions restricts root growth, further impacting vegetation density.
Tundra
No, wind erosion typically occurs in areas with sparse or no vegetation cover. Vegetation helps to stabilize soil, reducing the risk of erosion by wind. Areas with heavy vegetation cover are less prone to wind erosion compared to areas with little or no vegetation.
Rainforests have dense vegetation that can make fossil discoveries difficult, while rivers can erode fossils or carry them away. Coastal areas are often subject to erosion and shifting sediments, which can damage or bury fossils. These environments may also have high levels of humidity and vegetation growth that can deteriorate or obscure fossil remains.
The Arctic and Antarctic regions are known for their ever-present cold temperatures and sparse vegetation due to their harsh climatic conditions. These areas have permafrost, freezing temperatures, and limited sunlight, leading to a lack of significant vegetation growth.
Vegetation areas are regions on Earth's surface characterized by the presence of various types of plants and trees. These areas can vary in size and biome type, such as forests, grasslands, deserts, tundra, or wetlands, and are essential for biodiversity, ecosystem services, and climate regulation. The distribution and composition of vegetation areas are influenced by factors like climate, soil type, topography, and human activities.
Areas with the most precipitation typically have lush vegetation such as tropical rainforests, which are characterized by dense trees, diverse plant species, and high biodiversity. The abundance of water in these regions supports the growth of large plants with broad leaves that can capture sunlight for photosynthesis.
this includes evergreen vegetation tundra vegetation diciduous vegetation thorny bushes etc
Areas with short vegetation, such as grasslands or tundra, typically experience a range of temperatures that can vary significantly between seasons. These regions often have lower average temperatures compared to areas with dense forests, particularly in higher latitudes. Precipitation is usually moderate, with many short vegetation areas receiving less rainfall than forested regions, which can lead to dry spells and a reliance on seasonal moisture. Overall, the climate in these areas tends to support the growth of resilient, drought-tolerant plant species.
Mountain Vegetation is plants growing in mountain areas (The Mountain Environment).
Tropical vegetation and jungle grows at low latitude areas.