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Earthlab

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    • Extremes and Natural Hazards
    • Adaptation Science
    • Earth Data Across Scales
    • Earth Data Science Education
    • Earth Analytics
    • Landscape Dynamics
  • Our Team
  • Engage
    • Partnerships
    • Careers
    • Earth Analytics Professional Certificate
    • Environmental Data Science Seminar Series
    • Newsletter
    • Post Docs and Graduate Students
    • Earth Data Science Corps
    • Workshops
    • How to Engage
  • Blog
  • Learning Portal
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Our Work.

Earth Lab specializes in data-intensive open, reproducible environmental science.

Focus Areas

We apply analytics to the deluge of Earth systems data to make new discoveries and help society adapt to the changing world.

Extremes & Natural Hazards

We explore the underlying drivers of disturbance, natural hazards that ensue, and extreme events that have consequences to landscapes, ecosystems, and society.
Wendy Fire

Adaptation Science

We apply the tools of risk analysis and decision science to help society make better decisions under climate uncertainty.
climate adaptation

Earth Data Across Scales

We use methods to integrate Earth data across a wide range of spatial and temporal scales to gain new insights into how our environment is changing.
Harpies Mountains

Teaching and Learning Earth Data Science

We train the next generation of data-capable Earth scientists using novel, open and cutting edge online and in person teaching approaches.
developer coding

Cutting-Edge Earth Analytics

We use novel datasets to apply cutting-edge analytics methods for exploring Earth data.
Machine Learning Default

Landscape Dynamics

We examine how landscape structure and function emerges from the complex interactions among the atmosphere, ecosphere, hydrosphere, cryosphere, and lithosphere.
permafrost

Unifying Themes

Global Environmental Change
Human-induced changes in land cover and climate are leading to a myriad of environmental responses including: loss of biodiversity and ecosystem resilience, altered water supply and quality, shifting disturbance regimes, erosion and aggradation, and changing frequencies of ‘extreme’ events. These environmental responses have direct impacts on human health, infrastructure, and governance. Our group specifically focuses on how historic and future trends in environmental forcing propagates through ecosystems and landscapes.
Open, Reproducible Science
Earth Lab is committed to open, reproducible science. We recognize that there is a spectrum of open science practices from publishing your code/data/publications in free online repositories and journals to creating a fully reproducible workflow. While a fully reproducible workflow is the gold standard, we encourage Earth Lab members and collaborators to make any effort to make their science open and reproducible.
Interdisciplinary Team Science
Earth Lab researchers and themes span the natural and social sciences including Ecology, Geology, Geography, Atmospheric Science, Human Health, and Behavioral Science and Risk Analysis, among others. Earth Lab hosts incubators, Science Summits, and other workshops to convene diverse teams to work on today's most pressing environmental challenges.
Diversity and Inclusion
Earth Lab values diverse perspectives and aims to be a model for efforts to increase diversity and inclusion in STEM. Earth Lab provides tools and training opportunities to capitalize on open environmental data for all.

Featured Posts

Featured Posts
Topography Lines - Gray
Cutting-Edge Earth Analytics

Climate Futures Toolbox

Posted by

Ty Tuff

Posted by

Max Joseph

Posted by

Erick Verleye

Earth Data Across Scales

Harnessing the NEON Data Revolution

Posted by

Chelsea Nagy

Posted by

Elizabeth Woolner

Posted by

Jennifer K. Balch

Adaptation Science

Forecasting can Improve Drought Adaptation and Income on the Ranch

Posted by

William R. Travis

Posted by

Luca Palasti

See All Blogs

Completed Projects

    NEON Science Summit and Community Building

    The National Ecological Observatory Network (NEON) became fully operational across 81 terrestrial and aquatic sites in May 2019, marking a key moment in the history of ecology and an unparalleled investment in continental‐scale ecology. We believe NEON will precipitate the next big shift in the discipline, akin to the launch of long‐term ecological research four decades ago, the rise of ecological synthesis two decades ago, and the leveraging of big data for ecology within the past decade. We urge the current and emergent community to help accelerate this revolution.

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    Data Harmonization

    Critical to advancing all Earth Lab endeavors is refining our understanding of data resolution effects on observed phenomena and reducing the uncertainty across scales. Project Data Harmonization examines satellite, UAS, and field-based data collected at varying resolutions to develop metrics characterizing the progression of basic spatial and statistical characteristics such as length, area, density, texture (heterogeneity), and spatial/temporal dependence (autocorrelation).

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    Rocky Mountain Snow Persistence

    Snow is a fundamental feature of the Rocky Mountains, with ecological implications for a majority of habitats and species. Climate change has the potential to alter this critical resource, with cascading effects on other systems and conservation targets. Expected changes include shifts in precipitation amounts, type, and timing and snow persistence (particularly affected by projections of more frequent rain-on-snow events), reductions in snow-water equivalent (SWE), and shifts in snowline elevation.

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