Articles tagged with Pollinators
A new study estimates that 87 out of 115 leading global crops depend to some degree on animal pollination, accounting for one-third of crop production globally. This reliance on pollinators is particularly concerning due to the decline in key North American pollinator populations.
Biologists at UCSD discovered red and yellow monkeyflowers have distinct pollinators, with hummingbirds preferred for the red form and hawkmoths for the yellow. The shift in flower color is likely due to natural selection by these different pollinators.
Research led by University of Leeds finds significant declines in wild bee and flower diversity in Britain and Netherlands over 25 years. A small number of common generalist pollinators are replacing rarer specialist species, threatening the future of plant reproduction.
Research reveals that plant species in highly diverse ecosystems face reduced fruit production due to inadequate pollination. This lack of pollination hinders the survival and reproduction of plants, posing a significant threat to their extinction.
A global study reveals that plants in highly diverse ecosystems, such as South American and Southeast Asian jungles, suffer lower pollination rates and reduced reproductive success. This could push certain plant species towards extinction.
A new study finds that high levels of pollen limitation in species-rich regions may lead to extinctions due to insufficient pollination. Plant species in these areas often compete intensely for pollinators, resulting in reduced fruit and seed production. This threatens the survival of not only plants but also animals dependent on them.
A global study of over 1,000 pollination experiments found that high plant diversity can lead to reduced pollination and reproductive success. This reduction in fruit and seed production may push vulnerable species towards extinction.
A new study suggests that declining biodiversity in pollination networks may threaten plant community persistence. The experimentally manipulated plant and pollinator interactions show increased pollination efficiency with complementary insect and flower pairings.
Researchers found that fish in ponds increase pollination of St. John's wort due to the decline of dragonfly populations, which then shift their prey to bees and flowers, fostering a mutually beneficial relationship. This study highlights the impact of species interactions on ecosystem dynamics.
Researchers found that flowers induce immediate and long-term positive effects on emotional reactions, mood, social behaviors, and memory in both men and women. The evolutionary emotional niche model suggests that humans' emotional connection with flowers is a key factor in their survival and diversity.
Researchers at Michigan State University found that initial changes in genetic makeup can lead to significant adaptations in plants and other organisms. The study used the monkeyflower plant, altering its genome to attract new pollinators, such as hummingbirds.
Research reveals that mass flowering crops, such as oilseed rape, play a crucial role in enhancing bumblebee densities in agricultural landscapes. Contrary to previous assumptions, the availability of these crops at a landscape scale is essential for supporting pollinator populations.
Research shows that exotic honeybees significantly improve coffee crop yields by up to 50%. The study emphasizes the need to preserve natural habitats for these pollinators to maintain biodiversity and sustainable agriculture practices. By removing their natural habitats through intensive cultivation, we risk losing crucial pollinators.