NOVEMBER 2025

Streamlining compliance and conservation: a comparison of web-based tools to help growers navigate a complex landscape

At Waterborne, our team of engineers and scientists understands that translating regulatory frameworks into practical, on-the-ground solutions is no small task. Under the Endangered Species Act (ESA), the U.S. Environmental Protection Agency (EPA) requires growers to consider potential impacts to listed species when applying pesticides under the Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA). While these safeguards are critical to the conservation of sensitive populations, the evolving system of mitigation requirements can be challenging for growers to interpret and implement efficiently. Additionally, producers may be interested in implementing conservation practices to prevent nutrient and sediment loss from their fields, but require additional guidance to understand a) the BMPs best suited to their land/operation, and b) what agencies/programs may be able to offer technical and financial assistance.


We take a look at EPA’s newly released Pesticide App for Label Mitigations (PALM) and compare it with additional tools developed by Waterborne that meet these challenges... 

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What do Waterborne and wild turkeys have in common? We're all engineers by nature.

As a skilled team of environmental professionals, Waterborne spends our days engineering solutions that enhance our understanding of our landscapes using techniques that we readily adapt to project needs. But nature, it turns out, has its own engineers at work every day. This Thanksgiving, we’re tipping our hats to one whose season is upon us: the wild turkey. Just like us, these birds shape their environment in ways that improve ecosystem function, enhance resilience, and maintain natural processes.


Wild turkeys (Meleagris gallopavo) are remarkably active foragers. Studies from the U.S. Forest Service and several state wildlife agencies have shown that a single flock can disturb several acres of forest floor in a season as they scratch through leaf litter for insects, seeds, and acorns. In essence, turkeys are performing small-scale tilling that benefits both the forest canopy and understory. Their foraging behavior aerates the upper soil layer, incorporates organic material, accelerates nutrient cycling, and exposes small patches of bare ground, creating microsites for seed germination. Research on ground disturbance in oak-hickory systems indicates that these openings can improve acorn establishment rates by up to 30% compared to undisturbed leaf litter.


But turkeys are engineering their ecosystems beyond land work. They also serve as seed dispersers and secondary consumers that contribute to...



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New Waterborne publication: Identification of Agricultural Best Management Practices Using Remote Sensing.

A recent study titled Identification of Agricultural Best Management Practices Using Remote Sensing, published on October 30th in ACS Agricultural Science & Technology by Waterborne's Andy Jacobson, Nick Guth, and Nathaniel Arringdale, with Syngenta's Richard Brain, examines how modern imagery and elevation data can help track conservation practices across U.S. farmland. With federal agencies increasing their emphasis on BMP adoption through new policies and funding, understanding where and how these practices are implemented has become increasingly important. Yet, because growers receive support from many different programs, reliably tracking BMP adoption on the ground remains a challenge. The research team addressed this gap by evaluating how aerial imagery and elevation data can be used to detect a wide range of BMPs across agricultural landscapes.


Their results show strong promise: using manual verification and ground-truthing, the remote sensing methods achieved a weighted accuracy of 81%. This level of performance suggests that remote sensing could play a significant role in developing nationwide BMP inventories: supporting conservation planning, improving verification of existing practices, and helping direct future funding to areas of greatest need. Beyond conservation, this type of inventory could also refine pesticide risk assessments and help farmers identify which BMPs are best suited to their region and cropping system. Together, these advances point to a more informed, data-driven approach to agricultural stewardship.



>> See the Paper

Waterborne on the Road:

Using USGS Gage Stations in water quality sighting analyses

In the News

Nature’s Kidneys: A review of 35 Years of USDA Wetland Restoration: A review of the impact of three decades of government-supported wetland restoration.


Iceland Deems Possible Atlantic Current Collapse a Security Risk: Iceland has designated the potential collapse of the Atlantic Meridional Overturning Circulation (AMOC) current system a national security concern and an existential threat, enabling its government to strategize for worst-case scenarios.


The Economic Repricing Of Water Has Already Started: As climate pressures intensify and artificial intelligence accelerates energy and water demand, the world’s most basic resource is shaping everything from credit ratings to national stability.

Waterborne Environmental is a renowned consulting firm that has provided innovative solutions to the world’s most complex environmental problems since 1993. Our experienced, unbiased scientists and engineers work across industries to evaluate environmental, ecological, and human risks. Our work spans across industry and regulatory agencies to support the balance in the needs of a growing population with the environmental impact on our valuable natural resources.


Our The Current Newsletter is published monthly. Visit us online to find more articles, videos, and information about our work. Click here to contact us.

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