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When was Paradiaptomus excellens created?
Paradiaptomus excellens was created in 1929.
When was Paradiaptomus africanus created?
Paradiaptomus africanus was created in 1910.
When was Paradiaptomus simplex created?
Paradiaptomus simplex was created in 1929.
When was Doratogonus natalensis created?
Doratogonus natalensis was created in 2000.
When was Mikania natalensis created?
Mikania natalensis was created in 1836.
When was Neritina natalensis created?
Neritina natalensis was created in 1845.
What is the reservoir for lassa fever?
A common mouse, Mastomys natalensis, is the reservoir for Lassa fever.
What do the binomial names of blue duiker and red duiker show?
The binomial names of blue duiker (Philantomba monticola) and red duiker (Cephalophus natalensis) show their scientific classification based on species (monticola for blue duiker, natalensis for red duiker) within the genus (Philantomba for blue duiker, Cephalophus for red duiker). This naming system helps to organize and distinguish different species in the animal kingdom.
What is the host of lassa fever?
A common African mouse, Mastomys natalensis, is the host of Lassa Fever. Humans pick up the virus through contact with infected people or contact with the urine or feces of the mouse.
Is the Natal Fig Tree indigenous in south Africa?
Yes, the Natal Fig Tree, known scientifically as Ficus natalensis, is indigenous to South Africa. It is commonly found in various regions, particularly in forested areas and along riverbanks. This tree is notable for its large, spreading canopy and is often associated with the habitats of various wildlife species.
What is natamycin?
Natamycin is a natural antifungal agent produced by the fermentation of the bacterium Streptomyces natalensis. It is primarily used as a food preservative to inhibit the growth of molds and yeasts, especially in dairy products, meats, and baked goods. Additionally, natamycin is utilized in ophthalmology as an eye drop treatment for fungal infections of the eye. Its effectiveness and safety have made it a widely accepted option in both food and pharmaceutical applications.
What adaptations does reticulated pythons have?
they are blind they can separate there jaws very large and can eat large animals
