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The plant has evolved to grow a caudex as the benefits of ants outweighs the costs. [4] Ant defecation is beneficial to the plant as the plant can absorb nutrients from it as well as the gases the ants release. Ants have high diets in animal tissue which is correlated to a faster release of nutrients and they trim encroaching vegetation. [4]
Tschinkel standing next to a plaster cast of a Pogonomyrmex badius. (Photo by Charles F. Badland, 2006) Initially an experimental biologist observing ants' behavior above ground or in the laboratory, Tschinkel became deeply invested in understanding the architectural complexity of their subterranean homes, which became "almost an obsession."
The pineapple is an example of a CAM plant.. Crassulacean acid metabolism, also known as CAM photosynthesis, is a carbon fixation pathway that evolved in some plants as an adaptation to arid conditions [1] that allows a plant to photosynthesize during the day, but only exchange gases at night.
Ants as a colony also work as a collective "super mind". Ants can compare areas and solve complex problems by using information gained by each member of the colony to find the best nesting site or to find food. [2] Some social-parasitic species of ants, known as the slave-making ant, raid and steal larvae from neighboring colonies. [19]
Tapinoma sessile is a species of small ant that goes by the common names odorous house ant, sugar ant, stink ant, and coconut ant. [1] Their colonies are polydomous (consisting of multiple nests) and polygynous (containing multiple reproducing queens ).
A C3 plant uses C3 carbon fixation, one of the three metabolic photosynthesis pathways which also include C4 and CAM (described below). These plants are called "C3" due to the three-carbon compound (3-Phosphoglyceric acid, or 3-PGA) produced by the CO 2 fixation mechanism in these plants.
Dictamnus albus is a species of flowering plant in the family Rutaceae. It is also known as burning bush, [2] dittany, [2] gas plant [2] or fraxinella. [2] This herbaceous perennial has several geographical variants. [3] It is native to warm, open woodland habitats in southern Europe, north Africa and much of Asia.
Today, C 4 plants represent about 5% of Earth's plant biomass and 3% of its known plant species. [ 18 ] [ 25 ] Despite this scarcity, they account for about 23% of terrestrial carbon fixation. [ 26 ] [ 27 ] Increasing the proportion of C 4 plants on earth could assist biosequestration of CO 2 and represent an important climate change avoidance ...