We rise with purpose, act with unwavering integrity, and stay curious as the land comes back to life.

Map showing the J.E.S.U.S. North Front Range Moisture Ribbon - Active Restoration Corridor, with designated sites including Watson Lake, Lions Open Space, Maxwell Natural Area, Coyote Ridge Natural Area, Cathy Fromme Prairie, Fossil Creek Reservoir, Big Thompson River Bluffs Open Space, and Windsor/Timnath. The map details the number of plants and shrubs at each site, along with parking locations and natural areas.

"Operating across pre-approved public open spaces in the North Front Range region, the initiative coordinates the phased planting of native trees and shrubs. Our projects utilize standard, low-impact landscaping methods to support local habitat conservation and routine environmental data collection under strict safety guidelines."

This is not a tree planting program. It is a precision restoration operation: every site instrumented, every claim measured against an unplanted control zone, backed by military-grade logistics and active irrigation through the critical establishment years.

The question we are built to answer is whether restoration can measurably reduce Vapor Pressure Deficit — the atmospheric drying pressure that pulls moisture from soil, plants, and rainfall itself across the Front Range. We instrument the ground to find out honestly, including the possibility that the effect is smaller than we hope.

We are building partnerships with land managers, academic institutions, and regional communities dedicated to impactful ecological work. Our aim is to unite local authorities, scientists, and volunteers in precision restoration that produces lasting watershed resilience — and the data to prove it.

Map of the J.E.S.U.S. North Front Range Moisture Ribbon conservation project showing river, nature areas, active sites, and parking locations along Big Thompson River from Windsor/Timnath to Bellvue with labels for Watson Lake, Lions Open Space, Maxwell Natural Area, Coyote Ridge, Cathy Fromme Prairie, Fossil Creek Reservoir, and Big Thompson River Bluffs Open Space.
People planting trees along a scenic riverbank with lush green trees, shrubs, and mountains in the background.

Driven by the power of native trees to heal rivers, renew ecosystems, and change the future.

"Joyful Earth Stewards Using Sustainability (J.E.S.U.S.) has developed a managed 9-acre native planting campaign across designated project sites. Serving as an initial demonstration plot for our local environmental programs, these sites feature a diverse selection of 10,000 native trees and shrubs—including cottonwood, willow, and pine—to support local vegetation health and facilitate routine visual site monitoring."

Where Science Meets Stewardship: Calibrating Our Ecological Future

We propose establishing a fully instrumented, 9-acre calibration site to demonstrate our precision restoration methods along the riparian margins of the Cache la Poudre River. The tentative plan involves planting a dense palette of 10,000 native species, including fast-transpiring Fremont Cottonwoods and deeply rooted Coyote Willows, to test advanced riverbank stabilization and erosion mitigation techniques. This proposed footprint is designed to act as a scientific model, capturing real-time transpiration and soil moisture data to develop scalable solutions for the regional Front Range water security crisis. Ultimately, the prototype aims to prove that these targeted ecological interventions can lower local vapor pressure deficits and drop stream temperatures, creating a climate-resilient buffer that secures long-term water resources.

A group of people working in a tree nursery with small trees and shrubs, some with white protective sleeves around their trunks, near a body of water with a hilly landscape and mountains in the background.
A landscape diagram of a trail system and reservoirs, including the Kyger Reservoir, Poudre River Trail, and Poudre River Trailhead. The area is divided into zones with trees and plants, featuring marked paths such as the Poudre River Trail and Roulade Trail. The image also shows a road labeled as Road 32E, a signboard with trail information, and a series of small structures or installations on the landscape.
Aerial view of a landscape with a river, wetlands, and forests, labeled with different ecological zones and features, including Kyger Reservoir, Wind Ramp, Vapor Engine, Moisture Vaults, Oxbow Wetland, Poudre River Trail, Zone 2 Shrub Mosaic, Zone 3 Wind Ramp, Bluff Grid, Sandy Bluffs, and Zone 4 East Moisture Vault.
Diagram of a landscape with various zones and features, including the Poudre River, trail, and sandstone bluffs. It shows wind ramps, vapor engine, and moisture vault, with color-coded sensors for soil moisture, temperature, humidity, and wind. Zones labeled 1 to 4 with different ecological features are marked, along with a legend explaining symbols. A compass points north, and a scale bar indicates distances in feet.

We are developing a conceptual framework, envisioned as a living "Vapor Engine" to assist in altering the atmospheric physics of Northern Colorado. We would love to assist in the current plan and structure by expanding the footprint along the Poudre River Trail with 10,000 site-sourced native trees and shrubs to explore the creation of a biological shield that pumps water vapor into parched air currents and retains soil humidity. This theoretical, telemetry-linked matrix would utilize advanced sensors to test whether targeted restoration can assist in dropping stream temperatures, compressing regional drought deficits, and actively safeguarding our water supply. By funding this proposed living laboratory expansion, investors can help us transition from vague environmental estimates into concrete, data-backed survival metrics to assist in securing the long-term climate resilience of the Front Range.