Humans and domestic animals were not the only residents facing danger and displacement as flames roared across the Panhandle. Wildlife populations were also affected by the recent historic wildfires.

However, Texas A&M AgriLife Extension Service experts are optimistic on the recovery, focusing on the long-term positive ecological response following fire that benefits wildlife.

“This is an unprecedented event with a widespread impact on wildlife habitat and food availability,” said Jacob Dykes, Ph.D., AgriLife Extension wildlife specialist, Corpus Christi. “When we typically discuss the positive impacts of fire on wildlife and their habitat, we focus on smaller, controlled burns.”

WILDFIRE AND WILDLIFE RELATIONSHIP

It is important to recognize that native wildlife and vegetation have evolved alongside fire for millennia, said Dykes, also assistant professor in the College of Agriculture and Life Sciences Department of Rangeland, Wildlife and Fisheries Management. Historically, these fires were caused by lightning strikes and other natural events.

“In most cases, wildlife can sense fire danger and escape,” Dykes said. “For example, deer and pronghorn antelope can smell and see a fire coming, so they know to run. Birds will fly to safe areas, and burrowing animals will retreat to underground dens.”

Among wildlife expected to be most affected were white-tailed deer, raccoons or other smaller mammals who are older or less mobile due to an illness or extenuating circumstance. Despite the intensity of the recent wildfires, Dykes said it is important to note that they occurred prior to the nesting season of ground nesting birds, avoiding widespread mortalities.

Additionally, the 2024 fawning season of ungulates, such as deer and pronghorn antelope, has not yet started. While new fawns are vulnerable, the fawns born last year are highly mobile, increasing their chances of survival.

WILDLIFE MANAGEMENT AREA SEES FIRE’S IMPACT, ANTICIPATES RECOVERY

Located along the Canadian River, the Texas Parks and Wildlife Department’s Gene Howe Wildlife Management Area, WMA, is comprised of midgrass rangeland and mixed cottonwood and tallgrass bottomland ecosystems.

Chip Ruthven, Texas Parks and Wildlife Department project leader, Panhandle WMAs, said the Gene Howe WMA is 5,394 acres, and estimated over 5,100 of those acres burned during the wildfire.

Despite the considerable fire footprint, Ruthven said he and others have encountered a promising number of surviving wildlife on the property including deer,turkey, quail and a variety of songbirds.

He attributes this to pockets of unburned rangeland scattered throughout the burn area that provided a safe refuge.

“Cover for ground nesting birds such as quail and turkey may be limited this spring but given adequate rainfall, it should improve by early to midsummer,” Ruthven said.

Ruthven said biologists will have to wait until trees leaf out later this spring to assess the fire’s impact on the property’s riparian zones adjacent to the river. He and other biologists anticipate the rangeland and ecosystem response will be similar to recovery following the East Amarillo Complex fire in 2006.

Before the Smokehouse Creek Fire, the East Amarillo Complex fire was the largest wildfire in Texas history, burning more than 900,000 acres.

“Like the mythological phoenix, we anticipate the rangelands and wildlife of the Panhandle will rise from the ashes and flourish like it did following the fire in 2006,” Ruthven said.

WILDFIRE TIMING HOLDS PROMISE FOR ECOSYSTEM RESPONSE

With the wildfires taking place during the dormant season, before green vegetation growth, it was the dry, brittle grasses that burned quickly and intensely, Dykes said. In terms of vegetation recovery this spring, burns can essentially be seen as a fertilization event.

“Fire rapidly breaks down the nutrients in vegetation and delivers them to the soil,” Dykes said. “If the area has sufficient precipitation afterward, there will be a great response from grasses and herbaceous flowering plants sooner rather than later.”

This resprouting vegetation will contribute to species diversity, leading to a variety of wildlife cover on the landscape. Additionally, this new vegetation will provide nutrient-dense forage and browse for species ranging from insects to large mammals.

Wildlife feels impact of state’s largest wildfire