0
What else can I help you with?
When was Mesocrambus tamsi created?
Mesocrambus tamsi was created in 1960.
When was Mesocrambus candiellus created?
Mesocrambus candiellus was created in 1848.
When was Mitromorpha canariensis created?
Mitromorpha canariensis was created in 2001.
When was Alucita canariensis created?
Alucita canariensis was created in 1994.
When was Clathrina canariensis created?
Clathrina canariensis was created in 1868.
What is the woody icon of the Canary Islands?
Pheonix canariensis the Canary Island palm.
What is the scientific classification of a yellow calcareous sponge?
The Yellow Calcareous sponge is Arthuria canariensis (formerly Clathrina canariensis, and also previously classified in the genera Nardoa, Leucosolenia, and Ascuris).Clathrina clathrus (the typical Clathrina species) is also yellow, bit has a dissimilar structure.
What is the scientific name or taxonomic classification of the poisonous plant Ivy Algerian?
The scientific or taxonomic name would be Hedera canariensis.
What is the scientific name or taxonomic classification of the poisonous plant Ivy Canary?
The scientific or taxonomic name would be Hedera canariensis.
What is the scientific name or taxonomic classification of the poisonous plant Madeira Ivy?
The scientific or taxonomic name would be Hedera canariensis.
What are the genus and species names for a Calcareous Sponge?
The genus of the Calcareous sponge is Leucetta and the species is Floridian. The order is Clathrinida and the family is Leucettidae.
What is alpiste?
About Alpiste:Phalaris Canariensis (canaryseed, or canary grass). Newly discovered as a gluten free super food, Alpiste is primarily used as bird food. Many people are starting to consume alpiste for its potential health benefits to the heart, liver, and pancreas. Vegetarians, vegans, and raw food proponents have also turned to the consumption of alpiste for it's relatively high levels of protein, fiber, and iron.Potential dangers for human consumption:Virtually all varieties of phalaris canariensis contain microscopic fibers comprised of approximately 98% silica. These silica fibers have a similar structure to asbestos. These varieties are dangerous for human consumption as the silica fibers can damage soft tissue in mammals. Studies have directly linked the consumption of these varieties to cases of esophageal cancer.Alternative varieties:Glabrous or "Silica Fiber Free™" varieties are being produced in small quantities. These hairless varieties virtually eliminate the silica fiber issue, and show increasing promise for widespread human use as a dietary supplement and food source.
