Removing too many herbivorous and predatory fish species deprives coral reefs of
critical ecosystem functions and the capacity to respond effectively to other disturbances.
Not exact matches
Like many large vertebrates, orangutans play a particularly
critical role in maintaining healthy
ecosystem function.
The new study provides data to assist scientists in understanding how changes in the environment trigger long - term changes in coral reef growth and
ecosystem function, which is a
critical challenge to coral - reef conservation.
Studies on mild fluctuations in weather have provided support for the idea that higher biodiversity results in more stable
functioning of
ecosystems, but
critical appraisal of the evidence from extreme event studies is lacking.
Without these tools, scientists are less able to link specific genes to cell behavior or determine how microbes interact within their environment and with one another —
critical information for understanding how ocean
ecosystems function.
Objective: To understand the first steps in the evolution of photosynthetic eukaryotes and the impact plastidial endosymbioses (involving cyanobacteria or unicellular algae) had on the genomes of these organisms that are
critical to the
functioning of
ecosystems.
UNESCO report: The Threat to Biodiversity and
Ecosystem Function of Proposed Hydroelectric Dams in the La Amistad World Heritage Site, Panama and Costa Rica English Español Highways to Hell: A
Critical Examination of the Environmental Impacts of the Security and Prosperity Partnership 25 MB version 3 MB version The Bering Sea: A Biodiversity Assessment of VertebrateSpecies Greenwashing Risks to Baby - boomers Abroad
We will also undermine
ecosystem functions (e.g., pollination which is
critical for food production) and
ecosystem resilience (when losing keystone species in food chains), as well as reduce functional diversity (
critical for the ability of
ecosystems to respond to shocks and stress) and genetic diversity that plays an important role for development of new medicines, materials, and sources of energy.
This 9 - day - long summer course intends to provide basic knowledge about the
functioning of the
Critical Zone and its relationships with
ecosystem dynamics, focusing on aspects related to hydrology, soil geochemistry and weathering, vegetation dynamics and distribution, microbiota, biodiversity,
ecosystem processes
Including littoral, wetland, and mangrove
ecosystems, to seagrass beds interspersed with lagoonal reefs, to the outer barrier reef platform and oceanic atolls, this ecological gradient provides for a full complement of life - cycle needs, supporting
critical spawning, nesting, foraging, and nursery
ecosystem functions.
It highlights the
critical functions of mountains and the implications of climate change for mountain
ecosystems, water resources and livelihoods.
This framework considers the coping conditions and
critical thresholds of natural and human environments beyond which external pressures (including climate change) cause harm to water resources, food, energy, human health, and
ecosystem function.
We will also undermine
ecosystem functions (e.g., pollination which is
critical for food production) and
ecosystem resilience (when losing keystone species in food chains), as well as reduce functional diversity (
critical for the ability of
ecosystems to respond to shocks and stress) and genetic diversity that plays an important role for development of new medicines, materials, and sources of energy.
The region is
critical for scientific research, for studying how marine
ecosystems function and understanding the impacts of climate change on the ocean.
That was a startling possibility for many reasons, not the least being that the Amazon is the richest single
ecosystem left on the planet, and
functioning as a major carbon sponge is only one of the
critical roles it plays.