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Because they do not currently occupy the alpine zone and the vegetation has not evolved to accommodate their presence, their impact on alpine vegetation is likely to be greater than migratory alpine grazers/browsers.
Our results demonstrate how two vegetation types that to co-occur in the same alpine landscape have distinct species characteristics with specific functional traits and ecological requirements.
Edaphic and topographic variables appear to be more important in discriminating the environments of alpine formations than the environments of alpine floristic communities.
It is suggested that the arctic–alpine species r...

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How many species of plants are native to that area?5 answersA total of 663 vascular plant species are recorded as native and naturalized in the Ghorkhod Protected Area (GPA) in NE Iran. The Northwestern Himalaya supports diverse habitats and has over 40 sites known for their high endemism and genetic diversity. A total of 112 species were identified as native to the Himalayan Region in the Murari Devi and surrounding areas. The Khorassan-Kopet Dagh (KK) floristic province in northeastern Iran and southern Turkmenistan has reported 2498 species occurring within Iran, with 356 species (13.8%) being endemic to the area. The Jahanbin mountain area in Chaharmahal and Bakhtiari province in Iran comprises 273 species, with 149 species (55%) native to the Irano-Turanian region. In the Naltar Valley, 141 plant species belonging to 48 families were found in practice by the natives.
How does climate change impact alpine plant life. Models?3 answersClimate change has a significant impact on alpine plant life. Studies have shown that increasing temperatures and reduced snow cover are causing changes in alpine vegetation composition and phenology. These changes include shifts in species ranges, changes in community composition, and an upward shift in the forest limit. Alpine plant growth has increased, and phenological events such as the start and peak of the growing season are occurring earlier. Climate change also affects the distribution of alpine vegetation types, with some habitats decreasing in size and being replaced by competing vegetation types. Additionally, climate change can lead to the densification of subalpine woodlands, the advancement of shrublines, and the stability of grassland vegetation types. The proliferation and advance of woody vegetation in alpine areas can increase the frequency and severity of wildfires, further impacting alpine vegetation. Overall, climate change is causing both gradual and transformative changes in alpine plant life, with implications for biodiversity, ecosystem services, and carbon storage.
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