Skip to content
  • NationalNAT
  • North CentralNC
  • NortheastNE
  • SouthernS
  • WesternW

Sustainable Agriculture
Research and Education

  • News
    • News
    • Profiles from the Field
    • Media Contacts
    • Social Media
    • Join Our Mailing List
  • About SARE
    • About SARE
    • SARE’s Four Regions
    • SARE Outreach
    • Contact Us
    • Staff
  • What We Do
    • What We Do
    • Grants
    • Professional Development
    • Education and Outreach
    • What is Sustainable Agriculture?
    • Impacts from the Field
    • Events
  • Where We Work
    • Where We Work
    • Regional Programs
    • State Coordinators
    • Funded Grants in Your State
  • Grants
    • Grants
    • Manage a Grant
  • Projects
    • Search Projects
    • Manage a Grant
  • Resources and Learning
    • Search All Resources
    • By Region
      • North Central
      • Northeast
      • South
      • West
    • By Topic
      • Cover Crops
      • On-Farm Energy
      • Farm to Table
      • Season Extension
    • From SARE
      • SARE Outreach Resources
      • What's New?
      • Available in Print
      • Continuing Education Program
      • Search Grants
  • Search
  • Shopping Cart
SARE » Products » Page 17

Search Results Within This Resource:

Managing Alternative Pollinators handbook cover featuring a picture of bees and blooming trees

Managing Alternative Pollinators

A Handbook for Beekeepers, Growers and Conservationists

View Resource »
Can't Find It? Filters:
specific publication: 75272 reset

Showing 161-170 of 1303 results

Prev 1 … 15 16 17 18 19 … 131 Next
www.sare.org publications farming-with-soil-life mesofauna-arthropods

Mesofauna » Arthropods

Mites PHYLUM: Arthropoda » CLASS: Arachnida » SUBCLASS: Acari » ORDERS: Mesostigmata, Oribatida SIZE: 0.0024–0.2" (60 µm–5 mm). ECOLOGICAL ROLE: Mites are critical in soil food webs as decomposers and predators. Particularly important in their role as detritivores, oribatid mites break down leaf litter into pieces accessible to smaller decomposers. Mites are also agents of […]

www.sare.org publications farming-with-soil-life mesofauna-non-arthropods

Mesofauna » Non-Arthropods

Rotifers PHYLUM: Rotifera ⦆ CLASS: Bdelloidea SIZE: 0.0039–0.12" (0.1–3 mm). ECOLOGICAL ROLE: Rotifers are predators and scavengers. DESCRIPTION: Since rotifers are so small, only a few features are recognizable under a microscope. These features include crowns of cilia on their heads that whirl in circular patterns and are used in swimming and in filter feeding, […]

www.sare.org publications farming-with-soil-life microfauna

Microfauna

Protozoans KINGDOM: Protozoa* PHYLA: Amoebozoa, Cercozoa, Ciliophora *The classification of different protozoan groups is in constant fluctuation as scientists better understand how these organisms are related to each other and to other groups. Currently the groups included in the kingdom Protozoa may not all share a common ancestor. Some protozoans are more closely related to […]

www.sare.org publications farming-with-soil-life the-life-in-soil

The Life in Soil

As the title Farming for Soil Life indicates, soil is a living system. It is both the product and producer of dynamic interactions between life above the soil surface and below it. Most plants cannot grow without soil, and healthy soil cannot form without the contribution of plants and microbes. Once the process of soil […]

www.sare.org publications farming-with-soil-life farming-practices-that-support-soil-health

Farming Practices that Support Soil Health

Farming practices that support soil health often need to be customized or adapted to local conditions. However, some overarching strategies are used in nearly all climate zones, soil conditions, or crop systems. Broadly speaking, some of the strategies that support soil health focus on a few key actions: Any one of these strategies is worthy […]

www.sare.org publications farming-with-soil-life farming-practices-that-can-put-soil-health-at-risk

Farming Practices That Can Put Soil Health at Risk

As a geological and biological matrix, healthy, living soil is protected and buffered against dynamic changes or degradation. However, physical or chemical disruption of the soil environment destroys the healthy function between minerals, water, gases, roots and animals. Landslides, floods and storms are naturally occurring disruptions to soils. Many conventional practices used in growing crops […]

www.sare.org publications farming-with-soil-life observing-soil-life

Observing Soil Life

As both the understanding of soil as a living system and the interest in improving soil health increase, the need to reliably evaluate soil health is becoming more apparent. Observation and measurement can help track changes at the same location, allowing you to, for example, compare baseline conditions with conditions present after a few seasons […]

www.sare.org publications farming-with-soil-life soil-health

Soil Health

Soil is the foundation of all terrestrial life, including humans. This includes the life generated by both wild soils, such as forests and grasslands, and by the agricultural soils that are the focus of this handbook. Given this, it’s natural to be interested in the health of our soils, and indeed people often talk about […]

www.sare.org publications farming-with-soil-life our-living-soil

Our Living Soil

Typically, if soil gets much attention from the general public, it is simply for how well (or poorly) plants grow in it. Soil science—an incredibly rich, complex and multifaceted academic discipline—has long recognized that Earth’s soils are a dynamic interaction of physical, chemical and biological properties. Yet most of us rarely give any thought to […]

www.sare.org publications social-sustainability-in-agriculture where-do-we-go-from-here

Where Do We Go From Here?

A theme throughout this publication is that social sustainability–the human side of agriculture–extends beyond the quality of life of individual farmers and their families. While it’s of course critical to find ways we can improve our own quality of life, it’s equally important to take a broader view by recognizing the challenges faced by other […]

Prev 1 … 15 16 17 18 19 … 131 Next
Bot search not allowed

Explore More From SARE Outreach

  • What's New?
  • Featured Content
  • Available in Print
  • Disponible en Español
  • Resources From Grants

Sign up for all the latest news and updates from SARE

Sign Up For Our Newsletters
Navigation
  • What we do
  • Where we work
  • Grant programs
  • Resources and learning
  • SARE Projects Application and Reporting
Sites
  • National SARE
  • North Central SARE
  • Northeast SARE
  • Southern SARE
  • Western SARE
Our Location
  • University of Maryland
    Symons Hall, Room 1296
    7998 Regents Drive
    College Park, MD 20742-5505
  • Contact Us
Follow Us
  • Our facebook page
  • Our youtube page
  • Our twitter page
Sustainable Agriculture Research and Education University of Maryland US Department of Agriculture

This work is supported by the Sustainable Agriculture Research and Education (SARE) program under a cooperative agreement with the University of Maryland, project award no. 2024-38640-42986, from the U.S. Department of Agriculture’s National Institute of Food and Agriculture. Any opinions, findings, conclusions, or recommendations expressed in this publication are those of the author(s) and should not be construed to represent any official USDA or U.S. Government determination or policy.


© 2026 Sustainable Agriculture Research & Education