The Biology And Ecology Of The River Red Gum

The river red gum or Eucalyptus camaldulnesis is of the Myrtaceae family. The biology and ecology of the river red gum can be best described by analysing its habitat, growth form, environment and adaptations, its ecological role, reproduction and dispersal and management of genetic resources.

The most widespread Eucalypt species in Australia occurring in virtually every mainland state is the Eucalyptus camaldulnesis of the Myrtaceae family, commonly known as the river red gum. ‘E. camaldulensis is part of the Eucalyptus subgenus Symohyomytrus section Exsertaria’ (EUCLID 2003:3). The river red gum originates from Australia growing in abundance along the Murray-Darling river systems and other river systems of the east coast, north Eyre Peninsula, the Nullarbor Plain and south-western Western Australia; also in the hills of the Mount Lofty Ranges and plain around Adelaide and south-eastern South Australia. (Read 1994:157).

The structures of the river red gum are closely related to their functions. Its protective bark, deep root system, adaptive properties of the leaves and its flowering system are examples of these.

Some topics in this essay:
Red Gum, Campbell Reece, Australia Read, Brooker Kleinig, Eucalypt Australia, Uruguay Zimbabwe, river red, river red gum, red gum, Exsertaria’ EUCLID, Chippendale Johnston, Lofty Ranges, management genetic, read 1994157, red gums, ecological role, river red gums, Western Australia, management genetic resources, genetic resources, water loss, campbell reece 2002582, campbell reece, root system, brooker kleinig 1990170,