Bark beetle outbreaks have consumed tens of millions of acres of western American forest over the past two decades, prompting urgent calls for aggressive management intervention. But a growing body of ecological research suggests that framing beetles as enemies of forest health may fundamentally misread their ecological function—and that suppression strategies could be undermining the very resilience they claim to protect.
Sep 20, 2026
Native earthworm communities are among the most consequential and least recognized architects of forest soil structure, carbon storage, and nutrient dynamics in North American ecosystems. But a wave of invasive earthworm species—including the now-notorious jumping worms—is rapidly displacing these native communities and restructuring forest soils in ways that threaten long-term ecosystem resilience. Scientists are beginning to map the damage and identify management pathways, but policy framework
Sep 16, 2026
The steady disappearance of insect-eating birds from North American forests is typically framed as a biodiversity story—a troubling but distant loss of species richness. What that framing obscures is a more immediate and mechanistically specific crisis: the unraveling of trophic relationships that regulate herbivory, redistribute nutrients, and ultimately shape the carbon-storing capacity of forest soils. New synthesis research is making the case that bird conservation is, at its core, a forest
Sep 01, 2026
Across North America, the biological calendars that govern when plants flower, insects emerge, and migratory species arrive are shifting at unequal rates under climate pressure—creating dangerous temporal gaps in relationships that evolved over millennia. Scientists call this phenomenon phenological mismatch, and its consequences for biodiversity, food web stability, and forest regeneration are becoming measurable and alarming. Without deliberate management intervention, these desynchronized sys
Aug 27, 2026
Across millions of acres of American forestland, dead and dying trees are being removed at rates that outpace scientific understanding of their ecological necessity. Driven by fire suppression mandates, timber salvage economics, and deeply entrenched aesthetic biases, this widespread clearing is severing critical habitat relationships for hundreds of species. The consequences—measured in collapsing cavity-nester populations, disrupted insect communities, and degraded soil systems—demand an urgen
Jul 14, 2026
For decades, foresters were trained to view dead and dying trees as liabilities—fire hazards, pest reservoirs, and signs of poor stewardship. Emerging ecological research is dismantling that assumption entirely, revealing that deadwood is among the most biologically productive substrates in any temperate forest. The question now facing land managers and policymakers across the United States is whether forest practice regulations can evolve quickly enough to protect what science increasingly rega
Jul 13, 2026
Across the eastern and midwestern United States, oak-dominated forests are experiencing a slow-motion collapse driven by fire suppression, invasive pests, and a rapidly shifting climate. Forest ecologists and land managers are now urging a fundamental rethinking of how America manages its most ecologically and economically significant tree genus—before the window for meaningful intervention closes.
Jul 11, 2026