New West Genetics’ Post

What do you think of when you hear “soy”? Maybe it’s as edamame, vegetable oil, animal feed or biofuel. Regardless of what comes up first for you, the versatility of the soybean is constantly expanding, especially as a sustainable solution. This adaptability is why I like to say that U.S. Soy stands at the center of a #circulareconomy. Think of basic human needs: food, energy, shelter, clothing. As the need for #decarbonization intensifies, the brands that manufacture the items that aim to meet these needs are using – and will continue to seek out – renewable options for their supply chain. U.S. Soy proves its potential every day, showing that it can meet these end uses: soy foods, soybean meal for livestock, renewable diesel and nontoxic industrial applications like adhesives and dust suppressant. And, thanks to the research of partners like the The Yield Lab Institute, these applications will only continue to improve and expand, alleviating carbon emissions holistically for businesses while supporting American farmers. Many thanks to Sustainable Brands for the opportunity to present last week. It’s always an honor to shine a spotlight on the efforts and impact of soybean farmers across the country. #BLCC24

🌾 The Hidden Cost of Overusing Chemical Fertilizers 🌾 Crops absorb only 35-40% of nitrogen from urea and a mere 15-20% of phosphorus from DAP? This means a staggering amount of nutrients go to waste, leading to: ✅ Significant nutrient loss ✅ Soil degradation ✅ Environmental harm ✅ Massive financial strain on both farmers and the government. For every bag of fertilizer: 💸 ₹106 per urea bag and ₹1200 per DAP bag are lost by farmers. The overuse of chemical fertilizers isn’t just affecting farmers’ livelihoods—it’s depleting our soils and harming our planet. 💡 It’s time for a change. Adopting sustainable agricultural practices is no longer optional; it’s a necessity to protect Mother Earth and secure a better future for the generations to come. Together, let’s champion sustainability in agriculture and pave the way for a greener, more resilient future. 🌱 #SustainableAgriculture #SoilHealth #FarmersFirst #Environment #FutureOfFarming

Today is Global Fertilizer Day. 🌽 💡 Did you know that ammonia is a required raw material and the foundation for basic fertilizers that support the food supply to 7 of the 8 billion people in the world? But basic ammonia production is costly and experiences unreliable supply chains, particularly in the developing world, making fertilizers unaffordable or inaccessible. At Talus, we are committed to sustainable, affordable and carbon free production of green ammonia to support the agricultural supply chains that ensure our global food supply. Our containerized system locally produces carbon-free ammonia from renewable power, water and air, lowering the cost of a critical raw material and guaranteeing supply chain certainty. We believe in the significant impact green ammonia can have on improving supply chains that are better for our planet and supportive of sustainable farming for the future. #madepossiblebyfertilizer  #sustainablefarming  #carbonfreeammonia #greenammonia

“U.S. Soy farmers use sustainable solutions to meet our growing populations' needs, producing essential nutrients while using fewer natural resources.” 🌱 By 2025, U.S. soybean farmers are committed to: • Reducing total greenhouse gas emissions by 10 percent (measured as pounds CO2-equivelent gasses emitted per year) • Increasing energy efficiency by 10 percent BTUs per year • Reducing land use impact by 10 percent (measured as acres per bushel) • Reducing soil erosion an additional 25 percent (measured as acres per bushel) U.S. soybean far Read more at Yahoo: https://lnkd.in/gsigjv6F #soy #sustainability #USSoy #SNIGlobal

Optimizing Palm Oil Production with Portable NIR Technology: A Sustainable Solution Palm oil remains one of the largest sources of vegetable oil production per hectare. However, debates around deforestation and the use of fertilizers persist. But what if the solution wasn’t to increase land or fertilizer use? We can optimize oil production by enhancing the fruit's dry matter content with Portable NIR technology. Raising the dry matter from 40% to 45% increases the oil yield, boosting revenue by $21,250 per 1000 tons of fruit. CSMT is committed to driving sustainable palm oil production. #PalmOil #Sustainability #CSMT #NIRTechnology #QualityOverQuantity

How we can reduce methane gas emission slightly from the paddy fields! Rice is responsible for about 1.5% of global greenhouse gas (GHG) emissions and 48% of total GHG emissions from croplands. Rice cultivation also consumes approximately 40% of global freshwater resources and has low water use efficiency. Soms several steps can be taken to reduce methane gas emissions from paddy fields: Water management: Try not to overwater the paddy field. Less water reduces methane gas production. Diversified agriculture: Increasing the mix of paddy fields with other crops reduces methane gas production. Soil recycling: Gas emissions can be reduced through proper soil recycling and composting.and Don't using excess amount of chemical fertiliser. Special Varieties of Rice: Specially developed rice varieties can be used to reduce methane emissions. Such as aerobic rice system. Changing planting patterns: Certain planting patterns can help with methane emissions, such as the use of single rows or spaced rows. These measures can be helpful to reduce methane gas emissions.

A 10-year study found that incorporating biochar into rice-wheat rotation systems reduced greenhouse gas emissions by 51% compared to straw incorporation, while maintaining similar rice yields. This suggests biochar could be a more sustainable practice for managing crop residues and enhancing soil quality. #Biochar #Pyrolysis #CarbonCapture

The Haber-Bosch patent on synthesis of ammonia from air in 1908 laid the foundation of the modern fertilizer industry and thanks to their invention billions of people were saved from famine. However, chemical fertilisers have been among the leading sources of the agricultural sector’s greenhouse gas emissions, accounting for 5 per cent of the global total. At the same time, innovation is underway to make fertilizer more efficient, precise, and effective. As with the energy transition, there will be a fertilizer transition. There is no doubt that climate change has had a material impact on global food prices. Processing local agricultural waste to harness its energy potential and facilitate sustainable food production through the production of natural fertilizer will help reduce the emissions profile of agricultural production and combat food inflation. In addition, controlled-release fertilizers, particularly from manure sources, are a key to not only controlling N2O emissions, but also increasing food security. The wide-ranging effects of nitrous oxides — air, soil and water pollution — is why private sector companies like CleanBay Renewables Inc. are stepping in to provide immediate solutions. The clean energy and fertilizer created from our proprietary process can reduce greenhouse gas emissions and provide plants with essential nutrients, avoiding the microbial creation of N₂O (which has a greenhouse gas impact of 300x that of CO₂). Our legacy must be a more sustainable and resilient food supply and environment, so future generations won't ultimately pay the price. Protecting Nature. Supporting Agriculture. Energizing our Future. #climatechange #fertilizertransition #agriculturalproduction #zerohunger #foodsecurity #fertilizersasastrategicindustry #naturalfertilizer https://lnkd.in/eiVZDNGP

🌍 Global Sugarcane Production Race (1961-2022): A Journey Over Time 🌱 Ever wondered how global sugarcane production has evolved over the decades? This race visualizes the global leaders in sugarcane production from 1961 to 2022. Major producers like Brazil, India, and Cuba have experienced significant growth, driven by evolving agricultural practices, rising demand, and policy shifts. 📊 Key Insights: Brazil's rise to dominance is no surprise, thanks to technological advancements, large-scale farming, and its ethanol industry. India’s steady growth reflects supportive policies, irrigation projects, and sugarcane's importance to rural livelihoods. Cuba and other emerging players leveraged their tropical climates and global demand for sugar exports. What stands out is how different regions responded to challenges like climate change, demand fluctuations, and sustainability pressures. 💡 Why this matters: Sugarcane is more than just sugar—it's bioenergy, livelihoods, and innovation. By understanding these trends, we can learn valuable lessons for building a sustainable future in agriculture. Take a look at the visualization and let me know your thoughts! What patterns or surprises do you see? 🌱 #AgricultureDataVisualization #AgricultureInsights #SugarcaneProduction #Sustainability #GlobalTrends

CDP published a report in March 2023 entitled 'Scoping Out: Tracking Nature Across the Supply Chain'. I personally liked this title since it is pointing out the solution in a very subtle way. #Scope3 emissions are critical to achieve #netzero goals since they are 11.4 times greater than operational emissions! For #food and #beverage companies an important part of their supply chain is agricultural commodities. Any action taken to reduce carbon emissions in agricultural production will make food producers one step closer to achieve their #sustainability and #netzero goals. Replacing chemicals with biologicals is an effective step to take. #SDG12 #SDG13 SAI Platform WBCSD – World Business Council for Sustainable Development