BLM approves drone monitoring and low-tech stream restoration projects at Grand Staircase-Escalante National Monument

The Bureau of Land Management has approved two separate projects at Grand Staircase-Escalante National Monument in Utah — one authorizing drone flights to collect restoration imagery, the other greenlighting low-tech, process-based work to rehabilitate the Gulch and Deer Creek stream systems.

Both decisions involve Utah State University and The Nature Conservancy working alongside the BLM at the monument.

BLM issues decisions for two monument projects

The Grand Staircase-Escalante National Monument office issued formal decisions for both projects simultaneously. That timing matters. It signals the BLM is treating stream recovery as a coordinated effort rather than a patchwork of unrelated initiatives.

The monitoring project gives Utah State University the green light to conduct short-duration drone flights in collaboration with The Nature Conservancy and the BLM.

The first decision covers the Gulch Stream Restoration Monitoring project; the second covers The Gulch and Deer Creek Low-Tech, Process-Based Restoration. Together, they address both the measurement side and the hands-on work of bringing degraded stream systems back to health.

Running the two approvals in parallel suggests the agency wants monitoring and restoration to move in step — collecting baseline data while physical recovery work is being planned and executed.

Why the projects were initiated: historical land-use impacts on streams

Streams and riparian areas inside the monument didn’t degrade on their own. Historical land uses disrupted the natural processes that keep riverscapes functioning — the way water moves, sediment settles, and vegetation takes hold along stream banks.

That disruption has had layered consequences. Water quality has suffered, wildlife habitat has shrunk or become less viable, and the landscape has lost much of its natural buffer against the extremes that define the American Southwest: prolonged drought and sudden, intense flooding.

Before any physical restoration work begins, you need to know what you’re starting with. That’s the practical logic behind the drone monitoring component — establishing clear baseline conditions through pre-restoration imagery so the project team can measure what changes and what doesn’t.

What each approved project entails

The monitoring project gives Utah State University the green light to conduct short-duration drone flights in collaboration with The Nature Conservancy and the BLM. Flights are designed to collect two types of imagery: pre-restoration shots documenting current conditions, and as-built imagery recording what the landscape looks like after restoration structures go in.

Flights will launch from existing disturbed areas within the monument. A portion of the survey work will take place inside the Wilderness Study Area — a detail that could raise questions, but the BLM has explicitly authorized those flights as temporary and nondestructive monitoring activities.

The restoration project takes a deliberately simple approach. Rather than heavy equipment or engineered structures, the work relies on natural materials to rebuild riverscape processes, aiming to accelerate the natural recovery of the Gulch and Deer Creek stream corridors. Working with the landscape rather than imposing something foreign onto it — that’s the core idea behind low-tech, process-based restoration.

Expected outcomes: Water quality, wildlife habitat, and drought resilience

The BLM’s decision documents point to several expected outcomes from the restoration work, each connecting to a different dimension of what a healthy stream system does for the surrounding landscape.

Water quality comes first. Restoring riverscape processes should reduce erosion, improve filtration, and stabilize stream banks — all of which contribute to cleaner water moving through the Gulch and Deer Creek systems, according to the Bureau of Land Management.

Riparian zones — the strips of vegetation along stream banks — are disproportionately important for wildlife relative to their size. Restoring stream function tends to bring vegetation back, which in turn supports birds, mammals, amphibians, and invertebrates that depend on those corridors.

Then there’s resilience. A functioning riverscape handles stress better: restored streams hold water longer, recharge groundwater more effectively, and manage flooding without catastrophic erosion. In a region where both extremes are common, that capacity has real value.

Background: BLM’s role and the monument’s public land context

The BLM manages roughly 245 million acres of public land, concentrated primarily across 12 western states, including Alaska. It also administers 700 million acres of sub-surface mineral estate nationwide — a separate but related responsibility covering what lies beneath lands sometimes managed by other agencies.

The agency’s stated mission is to sustain the health, diversity, and productivity of America’s public lands for present and future generations. That mandate covers a wide range of activities, from energy development to conservation to the kind of riparian restoration work now being approved at Grand Staircase-Escalante.

Grand Staircase-Escalante is one of the larger and more prominent units in the BLM’s protected lands portfolio in the American West. Situated in southern Utah, it encompasses a rugged mix of canyon country, plateaus, and desert ecosystems — terrain where stream systems play an outsized role in supporting life.

Documenting baseline and post-restoration conditions

Here’s what the two approvals amount to in practical terms. The BLM has authorized Utah State University and The Nature Conservancy to fly drones over degraded stream areas, documenting baseline and post-restoration conditions. It has also authorized low-tech, natural-material restoration work along the Gulch and Deer Creek corridors to rebuild stream function.

Expected benefits span improved water quality, better wildlife habitat, and a more resilient landscape in the face of drought and flooding. Both projects were approved concurrently — reflecting a coordinated restoration strategy at one of the BLM’s significant monument units in the Southwest.

Kelly Lippke

Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.