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Where the Magic Happens: Climate-Smart Practices Funded through Sustainable Farms and Fields Program
This is one of only a handful of state programs in the U.S. helping agricultural producers be part of the climate solution and achieve co-benefits such as improving soil health.
With soil acidification, the aluminum within the soil complex is released into the soil solution, where it affects plant health.
The Washington State Department of Agriculture (WSDA) has launched a new program that reimburses farmers for compost-related expenses.
The Washington legislature has funded a new program at WSDA intended to generate economic valuation for on-farm soil health management. Saving Tomorrow’s Agriculture Resources (STAR) was created by Illinois farmers in 2017. It is now used in four states, with an additional seven receiving STAR funding through the USDA Climate Smart Commodities Program.
Soil carbon was historically the subject of niche curiosity, with only soil scientists and growers aware of its existence. The urgency of climate change, however, has sparked intensive public interest in managing farmland to build soil carbon.
Just like your favorite holiday pie, soil organic matter has a number of different slices that make it come together just right. Maybe each slice isn’t the same size, but without each piece, the pie just wouldn’t be complete. We can use this pie example to understand the different ways we can look at soil organic matter, either as a whole pie or as individual slices.
Soil health education for youth is vital to change the outlook and attitude of future generations toward soil stewardship. Soil health is linked to some of the most important issues facing our planet and future generations, from a warming climate and increasing extreme weather events to toxic buildup of waste and contaminants, to fresh air and water, to the very food quantity and quality on our tables each and every day. Yet, unfortunately, most students enter college with little to no understanding of the importance of soil in our everyday lives.
Just as my daughter had extensive criteria for what makes a cookie good, we can also think about criteria for what makes a soil health indicator good.
What happens to the plastics that we use? The most common answer: they get thrown away. But there is no AWAY!
We can all point to the areas where the crops just don’t grow as well, where the tractor has to pull harder, or where water ponds and runs off. But how bad is the compaction problem?