Explore threatened plant species, conservation challenges, ecological importance, and efforts to protect plant biodiversity.
Plants are fundamental components of terrestrial ecosystems. They provide food, shelter, oxygen, soil stabilization, and habitats for countless organisms.
However, some plant species face increasing pressure from habitat loss, climate change, invasive species, pollution, overharvesting, disease, and other environmental changes.
The Endangered Plants collection introduces these conservation challenges from botanical, ecological, scientific, and educational perspectives.
In conservation biology, species may be classified according to their risk of extinction. The exact conservation category depends on the assessment system and the evidence available for a species.
The term endangered generally refers to a species facing a very high risk of extinction in the wild, but conservation assessments should always be interpreted using authoritative sources and current assessments.
Plant diversity supports the stability and resilience of ecosystems. Individual plant species can provide food, habitat, medicinal resources, genetic diversity, and ecosystem services.
Losing a plant species can therefore affect organisms and ecological relationships beyond the plant itself.
Plant conservation can involve protecting natural habitats, restoring degraded ecosystems, maintaining seed banks, cultivating threatened species, protecting genetic diversity, and supporting sustainable land-use practices.
Both in-situ conservation, which protects species within their natural habitats, and ex-situ conservation, which maintains plants or genetic material outside their natural habitats, can contribute to conservation efforts.
Climate change can alter the environmental conditions required by plant species. Changes in temperature, precipitation, seasonal timing, wildfire patterns, and extreme weather can affect plant distribution and reproduction.
Species with restricted geographic ranges or specialized habitat requirements may be particularly vulnerable to environmental change.
Genetic diversity can help populations respond to environmental changes, diseases, and other pressures.
Conservation programs may therefore consider not only the number of plants remaining but also the genetic diversity within populations.
Endangered plants provide valuable examples for studying ecology, evolution, biodiversity, conservation biology, climate change, agriculture, and environmental science.
Learning about threatened species can also encourage responsible stewardship of natural habitats and biodiversity.
Explore selected threatened and endangered plants by their common and scientific names. Detailed botanical and conservation profiles will be added to the collection in future updates.
Scientific name:
Wollemia nobilis
Scientific name:
Araucaria araucana
Scientific name:
Encephalartos woodii
Scientific name:
Abies beshanzuensis
Scientific name:
Franklinia alatamaha
Scientific name:
Platanthera praeclara
Scientific name:
Paphiopedilum rothschildianum
Scientific name:
Attalea crassispatha
Scientific name:
Torreya taxifolia
Scientific name:
Melhania ebenus
Scientific name:
Nepenthes attenboroughii
Scientific name:
Brighamia insignis
Scientific name:
Sequoia sempervirens
Scientific name:
Sequoiadendron giganteum
Scientific name:
Taxus wallichiana
Scientific name:
Araucaria angustifolia
Scientific name:
Agathis macrophylla
Scientific name:
Magnolia grandis
Scientific name:
Taxus floridana
Scientific name:
Sophora toromiro
Conservation status and species assessments can change as new scientific evidence becomes available. For authoritative conservation information, users should consult current assessments from recognized conservation organizations and scientific institutions.
This page is provided for educational and informational purposes. Conservation status, distribution, and population information should be verified against current authoritative assessments before being used for research, conservation planning, or other important decisions.