Anaerobic Digesters for Renewable Natural Gas
One way farmers can participate in the shift towards more renewable energy is by building an anaerobic digester on their farm or supplying feedstock for a nearby digester.
Read MoreAll of our resources are available from this page. You can also visit the specific pages for individual topics to get focused information on those areas.
Conservation encompasses many areas - soil, water, and crop considerations all play a part. We offer a variety of practical resources to help you find the answers to your questions.
"How resilient are our lands here in the Midwest? What is our ability to retain productivity if we have another long drought or continual flooding? Will people still be farming in Iowa 1,500 years from now? Or even 200 years from now? The decisions we make today about our natural resources will affect agricultural production 50 years from now."
--from the video "The Work of Our Hands"
Cover crops are a great way to improve soil health. Many Iowa farmers are adding cover crops to their crop rotations so soil stays covered when the fields are not growing other crops. Cover crops also improve soil organic matter and slow water runoff.
Farmers have many questions about incorporating cover crops. Most asked questions include: what kinds of plants can be used, when and how to seed and when and how to terminate. With field days and workshops, Iowa Learning Farms strives to help farmers, and other interested people, find the answers to these questions and more.
Edge-of-field practices play a crucial role in meeting the Iowa Nutrient Reduction Strategy goals of improving water quality through reducing nitrogen and phosphorus in Iowa's water bodies. Edge-of-field practices involve drainage water management, bioreactors, buffers, saturated buffers, denitrifying wetlands, terraces and sediment control.
Relay intercropping is a multi-year, multi-species cropping system that allows for 3 harvestable crops (small grain, soybean, corn) in 2 years.
View recent webinars, blogs and publications from ongoing research farm and on-farm demonstrations.
This Field Day Toolkit is the product of Iowa Learning Farms’ many years of planning and hosting field day events across the state of Iowa. While ILF utilizes many different outreach approaches, the importance of farmer-to-farmer interactions cannot be overstated. Field days do matter!
Anaerobic Digesters for Renewable Natural Gas
One way farmers can participate in the shift towards more renewable energy is by building an anaerobic digester on their farm or supplying feedstock for a nearby digester.
Read MoreWhat is redefining the field edge?
A land-use-change concept that alters a field’s cropping boundaries, converting some parts of the field to perennial prairie vegetation.
This publication provides best management recommendations for farmers and landowners getting started with conservation and water quality practices by helping select and incorporate in-field and edge-of-field conservation practices most appropriate to the decision maker's land and preferences.
Read MoreWater Quality Matters To Us All provides insight into the attitudes and practices of agencies and stakeholders involved in protecting Iowa's water quality. Based on listening sessions between 2008-2011 with farmers, urban residents, Soil and Water Conservation District commissioners, and field staff from Natural Resources Conservation Service and the Iowa Department of Natural Resources, the book details the institutional, community, and individual impediments towards water conservation and curtailing nonpoint source pollution.
Read MoreWhere does your drinking water come from? Two new infographics from the Conservation Learning Group take a closer look at that question and how nitrogen and phosphorus move on our landscape.
Read MoreThis illustration shows the relative stream delivery of nitrogen and phosphorus from each source, with the arrows sized proportionally.
Read MoreNearly 75% of Iowa’s landscape is farmland. Land management and conservation practices utilized by farmers and landowners play a key role in improving water quality by reducing loss of nutrients to waterways.
Read MoreNot all algae are harmful, but the most common harmful algal blooms in Iowa are comprised of blue-green algae—also known as cyanobacteria. Learn more in this infographic.
Read MoreThe Iowa Nutrient Reduction Strategy is focused on reducing nitrogen and phosphorus in Iowa waters. Farmers, landowners, municipalities, agencies, conservation organizations and everyday Iowans are collaborating to make changes to help meet nutrient reduction goals. This publication addresses some frequently asked questions regarding the Iowa Nutrient Reduction Strategy.
Read MoreNutrient pollution threatens our drinking water supply, diminishes water quality in lakes and streams, increases algal blooms that can cause beach advisories, decreases housing values, and diminishes enjoyment for residents and visitors. Learn more about the Iowa Nutrient Reduction Strategy efforts to improve water quality in Iowa.
Read MoreAssessing your watershed community's strengths and weaknesses is an important first step in planning and implementing an effective watershed improvement project. Without citizen "buy-in" to your watershed plan, it doesn't matter how much funding or technical support you may have, your project will not be successful. The toolkit can be downloaded by section in order to personalize your watershed's plan.
Read MoreView the Iowa Learning Farms video The Work of Our Hands (9:45) which discusses the relationship of societies and agriculture, historically and today.
Read MoreIowa’s fertile soil has helped the state become a global agricultural leader. However, that same soil and the fertilizers used to boost crop production contribute to water quality challenges when nitrogen and phosphorus leave through drainage, runoff and erosion. The Iowa Nutrient Reduction Strategy set statewide goals for reducing nutrient losses through a variety of practices.
Read MoreDownloadable recipes for going from soybeans to corn, and from corn to soybeans using cover crops.
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