With #FossilFuel lobbyists obstructing #ClimateAction at #COP30, delegates need to know: #Agrichemicals are driving #ClimateChange. See PAN's new briefing on #GHGemissions from #pesticides. #Agroecology = #ClimateSolution @pesticideaction.bsky.social @corporateeurope.org @futureoffood.bsky.social

Calcium Nitrate Market to Approach USD 5.0 Billion by 2032, Growing at 4.56% CAGR - Industry Today Calcium Nitrate Market is projected to reach USD 5.0 billion by 2032, growing at a CAGR of 4.56% from 2025 to 2032.

🧪 Boosting Crops & Profits!
Calcium Nitrate Market to hit $5.0B by 2032
🚜 CAGR: 4.56%

#AgriChemicals #FertilizerMarket #CropBoost 🌱🌍

industrytoday.co.uk/health_and_s...

Global Ammonia Market Report 2025 Trends & Forecasts Discover key trends, market size, growth drivers & forecasts in the Global Ammonia Market. Gain insights into applications, demand, and future opportunities.

💨 Explore the Ammonia Market (2024–2030) 📈—driven by fertilizer demand, green ammonia tech & industrial applications. Dive into trends, challenges & growth forecasts. #AmmoniaMarket #GreenEnergy #AgriChemicals #FertilizerTrends #MarketResearch

Exploring the Joint Association Between Agrichemical Mixtures and Pediatric Cancer We observed positive associations between agrichemical mixtures and overall cancer, brain and CNS cancers, and leukemia among children About a 10% increase in pesticide, mixtures was associated w...

Nebraska has some of the highest childhood cancer rates in the U.S.

🌽A new study links mixtures of 32 agrichemicals—like glyphosate and paraquat—to higher pediatric cancer risk, especially brain/CNS cancers.
#GeoHealth #PediatricCancer #Agrichemicals

DOI: doi.org/10.1029/2024...

What is the purpose of using nitrosol in agriculture engineering? a... the key issue of land that solved by nitro-sol.,

💧 Discover the benefits of Nitrosol in enhancing soil fertility and boosting crop growth.
👉 Click here: www.engineersheaven.org/forum/topic/...?
to visit our website and read the full article.

#Nitrosol #SoilFertility #CropBoosters #AgriChemicals #EngineersHeaven

Networks of climate obstruction: Discourses of denial and delay in US fossil energy, plastic, and agrichemical industries The use of fossil-derived hydrocarbons in fossil energy, plastic production, and agriculture makes these three sectors mutually reinforcing and reliant on sustained fossil fuel extraction. In this pap...

"In this paper, we examine the ways the #fossil fuel energy, plastics, and #agrichemicals industries interact on social media using Twitter (renamed X as of 2023) data analysis... Content analysis... reveals coordinated messaging and identifies synergistic themes among these three sectors."

Ingestion of Real-World Pesticide Residues in Grain Threatens Bird Offspring More than Parents - Beyond Pesticides Daily News Blog (Beyond Pesticides, September 8, 2022) A study published in Environmental Pollution finds parental exposure to real-world, sublethal concentrations of pesticide residues on grains is a major contributor to unfavorable offspring development among foraging birds. Parents’ ingestion of grains with conventional pesticide residues, whether from contaminated or pesticide-treated seeds, results in chronic exposure that adversely affects offspring health, even at low doses. The adverse effects pesticides and other environmental pollutants have on birds are amply documented and researched. Although many studies evaluate acute or chronic health implications associated with pesticide exposure in a single generation, there is a lack of information on multi-generational impacts that can provide vital information on the fundamental survivability or fitness of bird species. Considering this study emphasizes parental exposure to environmental pollutants can have adverse consequences for future generations, it is necessary that future risk assessments for birds address these implications when implementing agricultural pesticide policies. The study notes, “[S]ublethal effects of such compounds [pesticides] on non-target species should be included in the regulation. Moreover, as agroecosystem pollution is not resulting only from pesticides, there is an urgent need to analyze cocktail effects, not only between molecules of pesticides but also between pesticides and other pollutants such as […]

Study published in #EnvironmentalPollution finds parental exposure to real-world, sublethal concentrations of #pesticideresidues on #grains a major contributor to unfavorable offspring development among foraging #birds. #wildlife #EPAfail #agrichemicals

beyondpesticides.org/dailynewsblog/…