Abronia ammophila was created in 1900.
Ammophila sabulosa was created in 1758.
Abronia chiszari was created in 1981.
Abronia mellifera was created in 1829.
Abronia fragrans was created in 1853.
Abronia ameliae was created in 1945.
Abronia martindelcampoi was created in 2003.
An abronia is a plant of the genus Abronia, commonly known as sand-verbenas.
Ammophila is the Latin name of two genera
Jonathan A. Campbell has written: 'Anguid lizards of the genus Abronia' -- subject(s): Classification, Lizards, Abronia (Reptiles), Anguidae 'The venomous reptiles of the Western Hemisphere' -- subject(s): Poisonous snakes, Reptiles
Ammophila, also known as beach grass, has xerophytic adaptations to thrive in sandy, arid environments. These adaptations include deep root systems to access water deep in the soil, narrow leaves to reduce water loss through transpiration, and a waxy cuticle on leaves to prevent water loss. Additionally, some species of Ammophila have rolled leaves to further minimize water loss.
Keystone species of sand dunes include plants like the dune grass (Ammophila) and various succulent species that stabilize the sand and prevent erosion. These plants provide essential habitat and food for numerous insects and small animals, creating a diverse ecosystem. Additionally, larger animals, such as certain species of shorebirds, rely on these habitats for nesting and feeding, further illustrating the interconnectedness of dune ecosystems. Their presence is crucial for maintaining the overall health and stability of sand dune environments.
Producers that live on sand dunes primarily include various types of grasses, such as beach grass (Ammophila) and other specialized plants like sea oats (Uniola paniculata) and salt-tolerant species. These plants are adapted to the harsh conditions of sandy environments, including high winds, salt spray, and limited water availability. They play a crucial role in stabilizing the dunes and providing habitat for other organisms. Additionally, some succulents and shrubs also thrive in these environments, contributing to the ecosystem's diversity.