indication
Since Darwin’s groundbreaking study of carnivores, scientists have identified only 11 independent ancestors of carnivores. We report the discovery of a new line of carnivorous plants, represented by flowering plants in North America Triantha Barat. antara mononote, triantha This is the only well-documented example of a sticky trap mechanism and a case of holocarnivory, characterized by enzymatic secretion consistent with prey digestion. Their traps are unique among carnivores and unpredictable in theory, in placing their prey all over the place next to insect-pollinated flowers. Because of triantha Near major urban centers on the Pacific Coast, our research serves as a clear reminder that other hidden carnivores may yet to be discovered.
–
Abstract
Carnivores consume animals to obtain mineral nutrients that promote growth and reproduction in nutrient-poor environments. Here, we report it Triantha Barat (Tofieldiaceae) represents a previously neglected subspecies of carnivores that catch insects on sticky inflorescences. Field experiments, isotope data, and mixing models show significant nitrogen transfer from prey to triantha, with an estimated 64% leaf N obtained from prey capture in previous years, compared with inferred levels for leafy and intertwined plants, which are recognized carnivores. The N obtained by carnivores is exported from developing flowers and fruit and can eventually be transferred to the leaves of the following year. Glandular filaments on flowering stems secrete phosphatase, as seen in all carnivores that directly digest prey. triantha It is thought to be unique among carnivores in capturing prey only by sticky traps adjacent to its flowers, contrary to theory. However, their glandular hairs only catch small insects, unlike the larger bees and butterflies which act as pollinators, which can reduce the conflict between flesh and pollination.
–
