Feed production is one of the biggest sources of greenhouse gases from the dairy farm (after enteric methane). How does using land for cropland or pasture impact overall emissions?
Reducing dairy greenhouse gas emissions is a whole-farm task. Cover crops and no-till are just one part of the solution.
Anaerobic digesters can turn organic waste into natural gas and nutrient-rich digestate. But how do they work? And when can a digester installation pay for itself on a dairy farm?
Say you're curious about measuring your dairy farm's emissions. An environmental footprint assessment is a great place to start.
Yup, you bet they can--by up to 30%. Check out the article for details about how they work.
A new feed additive is on its way to FDA clearance, and it can reduce enteric methane emissions by as much as 30% in cattle, with no side effects. Listen in for more info.
We've broken down where greenhouse gas comes from on the dairy; now, let's find out how we can measure GHGs.
Principles and strategies for reducing your on-farm greenhouse gas emissions, one small tweak at a time.
Enteric methane is potent, short-lived, and a major target for reductions to improve the sustainability of livestock production.
The Growing Climate Solutions Act (GCSA) is a relatively new law that is uniquely positioned to help farmers evaluate and participate in carbon markets. Dive in and learn about what the GCSA includes and how it might help farmers.
Enteric methane and manure are the two biggest sources of greenhouse gases from dairy production. What causes them, and how can we reduce them?
Methane--a potent, short-lived greenhouse gas--is the major emission from dairy production, but manure management can help decrease the amount of methane from the farm. Dig deeper to find out how.
Dairy greenhouse gas emissions are driven by the production of feed and enteric emissions. Read on for some ways to improve greenhouse gas emissions through diet formulation and feed production changes.
Resilience is all about decreasing the impact of uncontrollable events--like weather, pests, disease, and drought--on crop yields and agricultural productivity. Discover how soil health can play a part.
Remote sensing is a promising way to track all sorts of agricultural data. It's a useful tool for estimating yield, mapping boundaries, understanding soil types and properties, and giving early plant stress warnings. But how does it work?
Soil moisture, crop stress, nutrient deficiencies--you've got options! Check out all the different things you can learn about your field through remote sensing.
Dairies produce 1.5% of all greenhouse gas emissions in the US, and manure ponds are a big part of it. Could running liquid dairy waste through worm beds help cut dairy emissions?
Lawns are everywhere--I bet you have one! Turfgrass, like all other plants, requires nutrients. And nitrogen fertilizers, lawn mowing, and other maintenance tasks can give off powerful greenhouse gases. Read on to learn how to cut greenhouse gas emissions from turfgrass systems.
The US Department of Agriculture has invested $3.1 billion in the Partnerships for Climate-Smart Commodities (PCSC) program. What are the challenges and opportunities the PCSC affords for facilitating coordinated data collection and MMRV?
From driving a car to buying groceries, many parts of our daily lives make up our carbon footprint. And the scope gets even bigger when you consider the carbon footprint of a whole organization.
Adverse weather and extreme climatic events can hinder storage or even release large amounts of soil carbon.
Temperature, rainfall, weather, pests, disease—there are lots of circumstances that can negatively impact your crops. But seed treatments are one tool in your toolkit to improve crop resilience.
