From Invasive Grasses to Wildfire Risk: How Innovation Is Reshaping Land Stewardship

By Bernard Jacqmin Chief Innovation and Regulatory Officer

In many parts of the United States and other fire-prone regions, wildfire risk is no longer seasonal. Instead, it has become systemic, shaped by persistent changes in vegetation, fuel loads, and land management. One of the most underestimated drivers is also one of the most difficult to control: invasive grasses.

Across rangelands and open landscapes, invasive annual grasses establish quickly, outcompete native species and create dense, continuous fuel that increases both the likelihood and intensity of wildfire. Climate volatility is accelerating this further, extending growing seasons, shifting precipitation patterns, and expanding the range of these species.

This is not just a vegetation issue. It is a land management challenge with consequences for ecosystems, infrastructure, and communities.

Why the Challenge Is Getting Harder

What makes invasive grasses so difficult to manage is not just their presence; it is their timing and scale. Aggressive invaders like cheatgrass and ventenata rely on rapid germination cycles and persistent seed banks, allowing them to establish quickly and spread before they are fully visible. By the time they are detected, the window for effective control is already narrowing. Traditional approaches, such as manual scouting, broad application, and reactive treatment, struggle to keep pace.

At the same time, land managers face increasing labor constraints, which make it more difficult to effectively monitor conditions across vast landscapes, along with pressure to reduce inputs while improving outcomes. The result is a growing gap between what needs to be managed and what can realistically be managed using conventional methods.

Where Innovation Really Matters

In innovation, the technical breakthrough is only part of the story. The harder task is recognizing when a solution has future relevance that the current market does not yet fully see.

Earlier in my career, I was involved in the development of an herbicide active ingredient that is now widely used across rangeland, vegetation management, and other environmental science applications.

At the time, it was far from an obvious success.

The science was not well understood internally. The use pattern — targeting plants before they emerge rather than after — did not fit prevailing practices. And the business case for a predominantly agriculture-focused company was considered too small to justify the investment. There were serious discussions about whether to stop development altogether.

A few of us believed it addressed a problem that was not yet fully visible — how to control invasive species at the earliest stage of their life cycle, before they establish and begin to dominate the landscape.

So we pushed forward. That effort was supported by collaboration with external research partners and academic experts, who helped advance the science and validate its potential.

What made this approach different is that it works in the soil, preventing plants from successfully developing at germination. Instead of repeated interventions after weeds appear, it interrupts the cycle before it begins and continues to do so over multiple seasons.

Today, that same active ingredient plays a critical role in managing invasive grasses across large landscapes. Within Envu, it has become a foundational technology, used across multiple environmental science segments to deliver long-term, consistent control. Its long-lasting efficacy reduces the need for repeated applications, lowers operational burden, and delivers more predictable outcomes over time. Just as importantly, it helps reduce fuel loads by limiting the grasses that intensify wildfire risk.

Looking back, the lesson is clear: innovation is not just about developing the breakthrough itself; it is having the foresight to recognize what solutions will become essential as land conditions evolve.

In environmental science, the conditions we manage are constantly evolving. Customer challenges shift with climate, regulation, and ecosystem dynamics. If innovation only responds to what is visible today, it is already behind. The responsibility is to anticipate what is coming next and ensure we are ready with the solutions to meet it.

Connecting Insight with Action

Even the most effective solutions depend on how they are used. Products designed for long-term control, especially those that act before plants emerge, require precise timing and placement. Without that precision, their full value cannot be realized.

This is where digital tools are changing land stewardship.

RangeView^®, an Envu Range & Pasture solution, provides a landscape-level view that was previously unavailable, helping land managers detect invasive grasses and weeds earlier, map infestations, and prioritize where and when to act.

When combined with long-lasting control methods, this enables a fundamentally different model: treating the right acres instead of all acres, acting in time to influence outcomes instead of reacting too late, and measuring results across multiple seasons.

Earlier this month, RangeView was named the 2026 CleanTech Breakthrough “Climate Intelligence Solution of the Year,” a recognition of how expectations in land management are evolving. More importantly, it reflects a shift toward pairing precision with durability, using data to guide action, and ensuring that action delivers long-term results.

A Systems Approach to Land Stewardship

Effective land stewardship today depends on how well we combine different tools, including chemistry, biological approaches, digital insight, and application precision, into a coordinated management system. The goal is not simply to control weeds in a single season. It is to influence how the landscape evolves over time: reducing invasive pressure, supporting native species and improving long-term land productivity.

Earlier in my career, the decision to continue developing a single molecule required conviction without certainty. Its full potential was not yet clear.

Today, the context is different, but the expectation is the same. At Envu, our sole focus is environmental science. That allows us to stay close to our customers, understand how their challenges are evolving, and invest in solutions that are designed for long-term impact, not short-term fit.

It also allows us to take a collaborative approach to innovation — bringing together internal expertise with external partners to accelerate progress and unlock the full potential of new solutions. The same collaborative model used to advance that breakthrough herbicide active ingredient earlier in my career continues to shape how we build the Envu innovation pipeline today.

As a lifelong scientist, nothing makes me prouder than knowing the decisions I helped influence long ago are still shaping how land is managed today. I am equally proud to work for a company that is committed to identifying and developing the innovations that will lead us into the future.