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Volume 28
Number 2
Summer 2011
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High-altitude satellite photo of Earth's Western Hemisphere Special Issue: Climate Change Science in the National Parks

By the editor
Published: 4 Sep 2015 (online)  •  14 Sep 2015 (in print)
  Climate science in the spotlight
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Climate science in the spotlight

Editor's Note: The following article is identical to the "From the Editor" essay.

This edition completes our two-issue examination of climate change, focusing on what we know about it and what this knowledge means for park management. Science is critical to understanding the effects of climate change and for analyzing the vulnerability of parks, and is the basis for park management decisions. This look at the science of climate change complements our discussion last spring of adaptation and mitigation strategies for dealing with climate change and the importance of engaging and communicating with the public. Like that issue, this one shares many examples of how park managers are responding to the challenge.

I am not surprised that a resource management issue as universal as climate change garnered articles about parks in the Arctic and subtropics and from sea level to the alpine life zone. Though varied, these articles highlight several pertinent themes. For example, a suite of scientific disciplines and methods are needed to investigate and understand climate change and its effects on parks. Vulnerability assessments are important to identify the susceptibility of resources and to prioritize actions. Models are important, but field observations over long time periods are essential. Climate change science is complex and the demand for it so vast that it is best met through collaboration. A corollary is that with so much information pouring in, scientists need to help managers synthesize and assimilate it into park scenarios.

For me the overriding theme is that climate change is transforming park management in scope and scale and by presenting very tough questions. For example, research projects designed to understand and enhance species resilience may also help address the uncertainties of when to intervene and to what extent, but these remain difficult management judgments. Also, h0w should we document and prepare for the possibility of natural and cultural resource loss? Given the pervasiveness of climate change and human influence on nature that are outside our control, how should we interpret policies for managing natural systems? Science is crucial to exploring these issues and supporting park management in addressing them.

Photo pair comparing change in glacier snow cover of Polychrome Pass, Denal National Park, Alaska

(Left) 1916 S. R. Capps; (right) 2011 NPS/Ron D. Karpilo

A thousand words—but which ones? The effects of climate change on glaciers in Denali National Park are complex. Repeat photography, such as this pair of Polychrome Pass (1916 on the left and 2011 on the right), is one technique that helps scientists understand the scale and distribution of the changes.

Another intriguing facet of this issue is the contrast between the complexity of the science that demonstrates resource change or vulnerability in some articles and the simplicity of the photos. No article exemplifies this more than the feature on changes in Denali’s glaciers. Repeat photography reveals dramatic changes in a subset of these glaciers, but only the science tells the more complete and complex story of climate interactions. It takes experts to unravel the story just as it does to communicate it. Climate change is an issue that requires both to facilitate public understanding.

—Jeff Selleck

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This page updated:  10 November 2011

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From the Editor
Information Crossfile
Masthead Information
  Special Issue: Climate Change Science in the National Parks
Climate change impacts and carbon in U.S. national parks
Glossary: Climate change–related terms
Pikas in Peril: Multiregional vulnerability assessment of a climate-sensitive sentinel species
Pika monitoring under way in four western parks: The development of a collaborative multipark protocol
Climate change science in Everglades National Park
Sea-level rise: Observations, impacts, and proactive measures in Everglades National Park
Landscape response to climate change and its role in infrastructure protection and management at Mount Rainier National Park
Glacier trends and response to climate in Denali National Park and Preserve
Climate change, management decisions, and the visitor experience: The role of social science research
Conserving pinnipeds in Pacific Ocean parks in response to climate change
The George Melendez Wright Climate Change Fellowship Program: Promoting innovative park science for resource management
Estimating and mitigating the impacts of climate change and air pollution on alpine plant communities in national parks
Parks use phenology to improve management and communicate climate change
Standards and tools for using phenology in science, management, and education
Hummingbird monitoring in Colorado Plateau parks
Paper birch: Sentinels of climate change in the Niobrara River Valley, Nebraska
Climate change in Great Basin National Park: Lake sediment and sensor-based studies
Long-term change in perennial vegetation along the Colorado River in Grand Canyon National Park (1889–2010)
The distribution and abundance of a nuisance native alga, Didymosphenia geminata, in streams of Glacier National Park
Monitoring direct and indirect climate effects on whitebark pine ecosystems at Crater Lake National Park
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