Key Findings Archive | Page 2 of 5 | LTER

Iron Supply Broadly Influences Carbon Dynamics

Sites: California Current Ecosystem LTER

Episodic Events Alter Primary Production and Carbon Export

Sites: California Current Ecosystem LTER

Double Integration of Climate Forcing

Sites: California Current Ecosystem LTER

Optimized Satellite Remote Sensing Products

Sites: California Current Ecosystem LTER

Soil Resources Limit Grassland Ecosystems’ Response to Elevated CO2

Sites: Cedar Creek Ecosystem Science Reserve

Chronic N Enrichment Alters Plant Biodiversity and Community Composition

Sites: Cedar Creek Ecosystem Science Reserve

Biodiversity Increases Ecosystem Productivity and Stability

Sites: Cedar Creek Ecosystem Science Reserve

Hidden Origins of Coastal Productivity

Sites: Florida Coastal Everglades LTER

Disturbance Interactions Define Coastal Gradients

Sites: Florida Coastal Everglades LTER

Sea Level Rise May Decouple Carbon Sources / Sinks

Sites: Florida Coastal Everglades LTER

Donor Controlled Food Webs

Sites: Florida Coastal Everglades LTER

Estuaries Play an Outsized Role in the Global Carbon Budget

Sites: Georgia Coastal Ecosystems LTER

Ammonia Oxidizers Transform the Nitrogen Cycle

Sites: Georgia Coastal Ecosystems LTER

Sea Level Rise Alters Wetland Function

Sites: Georgia Coastal Ecosystems LTER

River Flow Supports Marsh Production

Sites: Georgia Coastal Ecosystems LTER

Mobile Predators Structure Communities

Sites: Georgia Coastal Ecosystems LTER

Carbon Uptake Exceeds Expectations

Sites: Harvard Forest LTER

Hemlock is a Foundation Species

Sites: Harvard Forest LTER

Microbes Respond to Global Change

Sites: Harvard Forest LTER

Spring is Arriving Earlier

Sites: Harvard Forest LTER

Unexpected Patterns of Streamwater Nitrogen Loss From Watersheds

Sites: Hubbard Brook LTER

Previously Declining Songbird Populations Show Signs of Stabilizing

Sites: Hubbard Brook LTER

Calcium is Critical to Forests Exposed to Acid Rain

Sites: Hubbard Brook LTER

Climate Change Affects Forest Productivity

Sites: Hubbard Brook LTER

Insights into Vegetation Change

Sites: Jornada Basin LTER