OUT OF SYNC: ECOLOGISTS REPORT THAT CLIMATE CHANGE IS AFFECTING BEE, PLANT LIFE

Summary

ARLINGTON, Va., Aug. 25 -- The National Science Foundation issued the following press release: Bees and flowers seem inseparable harbingers of spring, but what happens when pollinators emerge later than their sources of nectar and pollen? Reporting on the first community-wide assessment of 67 bee sp

Related Publications

Publication

Studies on the ecology of avian malaria in an alpine ecosystem

20094 shared entities

Publication

The structure and function of subalpine ecosystems in the face of climate change

20123 shared entities

Publication

Biotic and abiotic drivers of plant symbionts determine plant performance, the maintenance of diversity, and response to global change

20173 shared entities

Publication

Individual variation in plant traits drives species interactions, ecosystem functioning, and responses to global change.

20163 shared entities

Publication

Scaling from traits to ecosystems: Developing a general trait driver theory via integrating trait-based and metabolic scaling theories

2015Advances in Ecological Research3 shared entities

OUT OF SYNC: ECOLOGISTS REPORT THAT CLIMATE CHANGE IS AFFECTING BEE, PLANT LIFE

Summary

Related Stories

OUT OF SYNC: USU ECOLOGISTS REPORT CLIMATE CHANGE AFFECTING BEE, PLANT LIFE CYCLES

Climate Change Affecting Bee, Plant Life Cycles

The 'Church,' Climate Change, and the Decline of the Bees

Research Conducted at Rocky Mountain Biological Laboratory Has Updated Our Knowledge about Science

Wake-up call

SCIENCE: Warming, drying of Rocky Mountains can be deadly to native plants and insects -- studies

RMBL research used for new article on changing climate cues

Irwin to Study Bee Abundance With Support From Kriz Endowment

Related Publications

Studies on the ecology of avian malaria in an alpine ecosystem

The structure and function of subalpine ecosystems in the face of climate change

Biotic and abiotic drivers of plant symbionts determine plant performance, the maintenance of diversity, and response to global change

Individual variation in plant traits drives species interactions, ecosystem functioning, and responses to global change.

Scaling from traits to ecosystems: Developing a general trait driver theory via integrating trait-based and metabolic scaling theories

Concepts (3)

functional traits

phenological mismatch

climate change

Places (3)

Colorado

Rocky Mountain Biological Laboratory

Colorado Rockies

Species (1)

Apoidea