Key Findings Archive | Page 3 of 5 | LTER

Connectivity Plays a Key Role in Vegetation Dynamics

Sites: Jornada Basin LTER

Sources of Groundwater Recharge

Sites: Jornada Basin LTER

Consumer Willingness to Pay for Agriculture Ecosystem Services

Sites: Kellogg Biological Station LTER

Rodent Biomass Linked to Precipitation

Sites: Jornada Basin LTER

The Power of “Big Data”

Sites: Jornada Basin LTER

A Single Extreme Summer has Long Lasting Impacts

Sites: McMurdo Dry Valleys LTER

Climate and Hydrology Changes are Altering Soil Communities

Sites: McMurdo Dry Valleys LTER

Phytoplankton are sensitive to nutrients and light

Sites: McMurdo Dry Valleys LTER

Connectivity Matters in a Rapidly Changing Environment

Sites: McMurdo Dry Valleys LTER

Significance of Lake Moats

Sites: McMurdo Dry Valleys LTER

Ocean Acidification is an Emerging Threat

Sites: Moorea Coral Reef LTER

Unprecedented Resilience of Coral Communities

Sites: Moorea Coral Reef LTER

Coral Reefs are Vulnerable to Disturbances

Sites: Moorea Coral Reef LTER

Microbes and the Future of Coral Reef Function

Sites: Moorea Coral Reef LTER

Divergent Consequences of Climate Change

Sites: North Temperate Lakes LTER

Lakes are Major Players in Regional Carbon Cycling

Sites: North Temperate Lakes LTER

Anticipating Regime Shifts in Ecosystems

Sites: North Temperate Lakes LTER

Invasive Species Alter Food Webs and Ecosystem Services

Sites: North Temperate Lakes LTER

Lakes are Full of Diverse Microbes

Sites: North Temperate Lakes LTER

Stratification is Changing

Sites: Northern Gulf of Alaska

Trophic Effects of 2015-16 Warming Event

Sites: Northern Gulf of Alaska

Iron-deficient Surface Waters are Common During Spring

Sites: Northern Gulf of Alaska

Modeling Illuminates Eddy-induced Cross-shelf Transport

Sites: Northern Gulf of Alaska

Keystone Species Ranges are Changing

Sites: Palmer Antarctica LTER

Ecosystem Resilience

Sites: Palmer Antarctica LTER