March 2023

Science and BMPs help maintain business operations amidst climate change

From the moment changes were first modeled in 1967 to today, the Earth’s climate has been a hotly discussed topic sparking everything from scientific studies to Hollywood blockbusters. Climate change has dominated headlines as more and more anomalies pop up. We’ve contributed through this very newsletter: a few months ago we ran an article on California’s Wacky Weather and its 180 degree shift from drought to flooding within a few months. Since then, California has experienced unprecedented snow accumulation (blizzards in Los Angeles!) due to multiple atmospheric rivers.


Our Waterborne team has experienced this wacky weather first-hand as we’re working in the field. During a recent field study trip to Louisiana, our team traveling from the Midwest and Northeast had a rude awakening. Rather than the sunshine and short sleeve weather they had expected at this time of year, they experienced a week’s worth of daytime freezing temperatures and rain followed by ice storms that left the normally lush and green landscape encased by a healthy ice coating. The project’s station boxes hovered right around 35°F. It was a good thing the team packed their cold weather gear for their trip to the "sunny South”! 


In addition to extreme weather conditions, we at Waterborne, with our scientific culture and dedication to solving puzzles, are also concerned about how this will impact the future of the agricultural world. Soil in the Midwest is eroding quickly, dashing previous estimates of how much soil had already been eroded. Since Euro-American took settlement approximately 160 years ago, midwestern fields have seen on average a loss of 2 mm of soil per year. This is equivalent to almost 57.6 billion metric tons of topsoil since tilling began approximately 160 years ago.  


Which begs the question, how can one still run a profitable, environmentally mindful business in the midst of climate change? While the processes may vary by industry, we advise our clients to prepare for extremes and protect their businesses by implementing Best Management Practices. At first glance, BMPs may seem limited to operational challenges such as plant floods and worker shift shortages, but by proactively studying the bigger picture through a scientific lens, our clients have been able to better predict then protect profitability, no matter what’s happening outside. For example, drift, runoff, and erosion study work allow agricultural and manufacturing clients to safeguard crops and manufacturing processes alike. Further studies showing both small- and field-scale plots using irrigation, artificial rainfall as well as natural rainfall or monitoring sedimentation within a drainage pond as well as collected samples for analysis of suspended solids all tie back in with climate change and business continuity... Read the Full Article >>

Spring has sprung! Have you planned your 2023 field research yet?


Agriculture certainly doesn’t have an off-season, but the start of Spring is when things really turn up! Soil is thawing, snow and ice are melting, and water is moving. Growers are preparing soil for planting and checking equipment for maintenance, all in preparation for the next growing season. It seems like the industry as a whole takes to the field, and it’s time for the hands-on research to kick off.


Thawing soils and planting preparation means spring is the critical time to investigate soil health. The use of agricultural chemicals by growers makes Spring a good time to begin water monitoring efforts to characterize and address concerns of runoff. As winter comes to a close, sampling of soil and water becomes possible across a larger range of the landscape, making this an ideal time for:



  • Monitoring studies – it’s the season to start stream sampling for monitoring residues of interest. While analytical facilities can process samples year-round, savvy scientists know that sampling and study planning happens in Spring.
  • Regulatory field studies – terrestrial and aquatic dissipation studies are timed around soil and water collection availability and the typical timing of planting. Getting your required dissipation studies in the queue now will prevent submission headaches for you later on in the regulatory process.
  • Specialized field research and trials – Spring is the time to turn up the dial on all field services, including:
  • Investigating impacts of drift
  • Volatilization studies
  • Runoff studies


Our team has been busy getting our equipment field-ready, our trucks gassed-up and our antihistamines stocked. So if you’re a bit late getting to the starting line, reach out and we’ll make sure your seasonal field needs are met. 

Learn more >>

Field Studies: keeping laundromats in business, worldwide

Waterborne's Field Studies team is used to mud. And rain. And snow. And more mud. And drought. Did we mention the mud? So when a recent trek to a client's site turned into a torrential downpour turned flood, they were ready, if a little dirtier for the outing. All in a day's work! Learn more >>

Supporting the mission and vision of CropLife America



Since 1933 (then under the name of the Agricultural Insecticide and Fungicide Association), CropLife America (CLA) has helped to ensure growers and consumers have the technologies they need to protect crops, communities, and ecosystems from the threat of pests, weeds, and diseases in an environmentally sound, safe, and sustainable way. Today, CLA focuses on regulatory integrity, sustainability, and innovative conversations – a mission that clearly overlaps with that of Waterborne Environmental. Our team has been a supporting, consulting member of CLA for years and our scientists and engineers will continue to support the research and advancement initiatives into the future.


To highlight our recent contributions, Waterborne Lead Ecotoxicologist, Jennifer Collins, has worked with a CLA subteam to research and publish an analysis of the sediment toxicity standard tests supporting US EPA registration. This work investigates the functional equivalency of the negative and solvent controls within the chronic study and considers the advantages of recommending fewer replicates in the study. This may seem like a highly technical and specific subject matter, but we’re really asking the question of how we conduct complex laboratory studies and to our methods make sense? Check out the article, now available online through the Journal of Environmental Toxicology and Chemistry.



Also, in mid-April, Waterborne's Nathan Snyder will join Collins in Washington D.C. for the 2023 CLA and RISE (Responsible Industry for a Sound Environment) Regulatory Conference. We’re looking forward to connecting with colleagues and brushing up on the latest advancements in various research areas, especially regional strategies for endangered species assessments and new approach methodologies for endocrine disruptions. We’ll be excited to report back on the conference in next month’s newsletter. 

Waterborne poster at ACS Spring Meeting

Waterborne's Amy Ritter, Principal Engineer, Exposure Modeling & Risk Assessment, co-authored a poster presented by Shiran Qiu, "3825041 - Refinement alternative for rice paddy modeling of agrochemicals in Southern Europe" at the ACS spring meeting “Crossroads of Chemistry” in Indianapolis, IN.

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.

Waterborne Environmental Inc.

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