Fire Brings New Perspectives on Disturbance at H.J. Andrews Experimental Forest

View of the Holiday Fire burning through H.J. Andrews Experimental Forest

By Natasha Griffin, PhD candidate at Oregon State University The staff of the H.J. Andrews Experimental Forest LTER site had almost no time to prepare when a massive wildfire swept through the region in early September. Stoked by dry late-summer conditions and extreme high winds, Oregon’s Holiday Farm fire began spreading rapidly as soon as… Read more »

LTER Graduate Student Spotlight: Allison Swartz

This spotlight is part of an ongoing series featuring many of our wonderful LTER Network graduate student representatives who contribute valuable research and leadership across the network. To learn more about graduate research in the LTER network, visit this page. Allison Swartz is in her first year of a PhD after completing her Master’s degree… Read more »

LTER Road Trip: Gaining a New Perspective

Sarah of the Pacific Tree Climbers.

Even on quiet days, HJ Andrews Experimental Forest Long Term Ecological Research (LTER) site is usually bustling with activity. The busiest field season was still a few weeks away, but researchers and scientists peppered the forest, collecting data, giving tours, and checking in on their projects. During my visit to the LTER I was not… Read more »

LTER Road Trip: Searching for Skunks

A skunk outfitted with a transmitter.

Marie Tosa pulled into the HJ Andrews Experimental Forest parking lot with a white, mud splattered truck. Arranging dozens of metal cages for cleaning on the damp grass, she readied her gear to take me on a unique search: for skunks. Tosa grew up in Boston, receiving her Bachelor’s of Arts in Biology and Environmental… Read more »

LTER Road Trip: Entering the World of HJ Andrews Experimental Forest

The Andrews Discovery Trail trail entrance.

Past the Blue River Reservoir I drove, stopping to admire the reflection of Oregon puffy clouds in the calm water, rimmed by deep emerald mountains and home to a small family of Canada geese, an osprey, a common merganser, and a busy spotted sandpiper complete with a rapidly bobbing tail. Just up the hill from… Read more »

Outside of Time | Forest Landscapes (AND)

Gallery shot of work by photographer and essayist David Paul Bayles in collaboration with researchers at AND LTER.

During his time as Artist in Residence, David Paul Bayles took a series of photographs to capture his surreal experience at Andrews Forest. His Outside of Time | Forest Landscapes gallery exhibition showcased the forest through his eyes and incorporated data drawings of measurements recorded by AND LTER researchers. Project Status: Completed Andrews Forest LTER… Read more »

A tale of two forests: exploring forest management in the Pacific Northwest

“Social forestry” describes the hybrid system of bottom-up grassroots oversight by local stakeholders and top-down, science-informed policy from larger governing bodies to determine forest management practices. Social scientists from the University of Freiburg in Germany and the University of Oregon analyzed the implementation of social forestry through a comparative case study of two National Forests… Read more »

Art and Humanities LTER Programs Build Empathy for Nature

Winged dancer leaps over a field of milkweed

Do arts and humanities programs at LTER sites further the Network’s mission? Recent research posits that art-humanities-science collaborations generate empathy – and associated emotions like inspiration, awe, and wonder – for the natural world. This empathy then drives society to engage with and care more broadly about nature.

Decomposition in Streams: A Global Synthesis

leaf in streamwater

A major multi-site analysis of leaf litter decomposition in streams and rivers found that rising temperatures are unlikely to speed decomposition as much as predicted under metabolic theory. Although fresh water bodies cover only three percent of the Earth’s land surface, they are a key component of the global carbon and nutrient cycles and the rate of decomposition in streams affects both carbon dioxide emissions and supply of organic matter to downstream food webs.