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Fire adaptations are traits of plants and animals that help them survive wildfire or to use resources created by wildfire. These traits can help plants and animals increase their survival rates during a fire and/or reproduce offspring after a fire. Both plants and animals have multiple strategies for surviving and reproducing after fire.
Their eggs and resistant life-cycle stages (cysts and tuns) are small and durable enough to enable long-distance transport, whether on the feet of other animals or by the wind. [3] Individual species have more specialised distributions, many being both regional and limited to a single type of habitat, such as mountains. [6]
Some have also adapted to a life in the ocean, the only members of Branchiopoda to do so, though several anostracans live in hypersaline lakes. [7] Most are 0.2–6.0 mm (0.01–0.24 in) long, with a down-turned head with a single median compound eye , and a carapace covering the apparently unsegmented thorax and abdomen.
For example, plants of the genus Eucalyptus contain flammable oils that encourage fire and hard sclerophyll leaves to resist heat and drought, ensuring their dominance over less fire-tolerant species. [17] [18] Dense bark, shedding lower branches, and high water content in external structures may also protect trees from rising temperatures. [19 ...
When the animal contracts, the oral disc, tentacles and capitulum fold inside the pharynx and are held in place by a strong sphincter muscle part way up the column. There may be a fold in the body wall, known as a parapet, at this point, and this parapet covers and protects the anemone when it is retracted. [1] A tomato clownfish in a sea anemone
Animal facilities, veterinarians and rescue organizations have taken in and assisted dogs, horses, donkeys, goats, sheep and other creatures that were displaced by the ongoing fires along with ...
Related: Family Rushes Into Flames to Save Their Animals During Early Morning Barn Fire Diane woke up to check on her animals on January 21, shortly before disaster struck.
Members of the family Lamnidae (such as the shortfin mako shark and the great white shark) are homeothermic and maintain a higher body temperature than the surrounding water. In these sharks, a strip of aerobic red muscle located near the center of the body generates the heat, which the body retains via a countercurrent exchange mechanism by a ...