LandPKS supports ranchers, rangeland managers, and other land managers with open-source tools that allow them to easily access knowledge and information and to collect, share, and interpret their own soil, vegetation cover, and management data. This webinar series targets rangeland managers and others who are interested in learning how to use LandPKS and in exploring the app’s new Habitat and Soil Health modules in a rangeland management context. Each of these three, 45-minute webinars will focus on a different aspect of using LandPKS on rangelands: identifying land potential, monitoring vegetation, understanding habitat, and monitoring soil health.

This series was produced in collaboration with our partners at The Nature Conservancy in Colorado. An NRCS Conservation Innovation Grant supported this work.

Part 1: Learning about your Land and its Potential with LandPKS

Time stamps: Live demo at 15:31, Q&A at 28:52

 

Part 2: Monitoring Vegetation and Understanding Habitat with LandPKS

Time stamps: Adaptive rangeland management intro at 5:46, live demo at 18:30, Q&A at 38:50

 

Part 3: Monitoring Soil Health with LandPKS

Time stamps: Soil health intro at 4:30, live demo at 10:50, Q&A at 28:56

 

Further Resources

Intro to the LandPKS Habitat Module & Habitat Factsheets

Intro to the LandPKS SoilHealth module (new videos coming soon)

The greater prairie chicken, a species found in the Great Plains of North America, has an elaborate mating ritual. In the spring, males gather on breeding sites, known as leks. Each male defends a small territory on the lek. To attract females, the males stamp their feet rapidly, make booming sounds with their air sacs, and leap into the air with loud cackles. After having mated, the females retreat to their nearby nests, where they lay an egg. The next morning, they return to the lek and mate again, usually with a different male. Lekking mostly occurs just before and after sunrise in March and April, making early spring mornings the best time to observe greater prairie chickens.

A Greater Prairie-Chicken with inflated air sac stands among green grasses.

Photo credit: © Andy Reago & Chrissy McClarren

Terri Schulz of The Nature Conservancy in Colorado has  talked with ranchers about the chickens, their sensational courtship display, and their habitat requirements. Once a land manager knows the needs of the prairie chicken, they can begin to adjust management to improve the habitat. Prairie chickens usually nest within a mile of the lek, and because they build their nests hidden in tall grass, it is beneficial when some areas near the leks are left ungrazed during the nesting season (e.g., before July in Colorado). This hiding cover is especially critical during the nesting period when nests and chicks are most vulnerable to predation.

“Ranchers love their land, and they know a lot about how to improve prairie conditions and what their livestock need. But  they don’t necessarily know what their wildlife needs,” Terri says. Over the years, Terri found herself communicating a lot of habitat information one-on-one to land managers. She began to think about ways that information could be made more easily and systematically available. As a LandPKS user, she had the idea to provide habitat information through a tool which many land managers already found valuable.

The beta version of the Habitat Module was released in October 2020, and LandPKS users are invited to test it and provide feedback (including recommendations for additional species). The module conveys what types of management actions work best for species and flags activities that could be detrimental to them. “No big changes in management are required,” Terri explains. “It’s not just about having tall grass, or about not grazing. There are some species that like having the grass grazed hard during the year. Some species have evolved to nest on bare ground. If we want to have the full diversity of species, we need to have a diversity of habitat types.”

Another example of how easy adjustments can benefit species is making fences less impactful for pronghorn antelope. Just the simple act of leaving gates open or, when building new fencing, ensuring fencing design is “wildlife-friendly,” can allow them to more easily move through the landscape. “Ranchers can use temporary fencing and other ways to move livestock which will also leave the landscape more permeable to wildlife movement,” Terri explains.

Antelope standing in US grasslands

© Mark Godfrey, courtesy of The Nature Conservancy

The Habitat Module also contains information about species that any landowner can manage for, including anyone with a garden. By building Habitat within the LandPKS app, the utility of LandPKS is opened to a broader audience, people that are motivated by wildlife goals.  Terri elaborates: “The monarch butterfly, for example, is dependent on milkweed, and the species benefits just by this one type of plant being available. So make sure you plant native milkweeds in your yard!”

The LandPKS-Nature Conservancy collaboration continues in full swing, with a series of webinars and additional species to be added in the new year. “This has been my favorite project of my entire career. The passion and desire to work on this project among the team members has been incredibly rewarding,” Terri reflects. She elaborates further, “A lot of land managers feel pride when they learn that they have been providing habitat to a species all along. The Habitat Module allows them to understand exactly what they’re providing, and how important that habitat is to certain plants or animals while meeting their livestock and vegetation goals.”  

Terri Schulz is a Senior Conservation Ecologist at The Nature Conservancy of Colorado and an advisor to LandPKS.

Further reading:

About the LandPKS Habitat Module

About getting started using the LandPKS Mobile App

The Habitat Module’s Features and Functions

The Habitat module can help determine if you are fostering the conditions required for key species on your land. Habitat information and data collected in the app can be used to develop goals, guide management actions, and develop monitoring plans.

This teaser video briefly introduces the Habitat Module and its main features and functions:

 

Learn about Wildlife Species and their Habitat Requirements

Habitat currently includes a selection of 22 plants, mammals, birds, reptiles, and insects that occur in North America, including monarch butterflies, pronghorn antelope, and ornate box turtles. As soon as a plot is created, the app will display a list of species that may occur at the location based on the known range of each species. Selecting a species displays the habitat requirements. After you have collected vegetation or soil data, the app will display your data in the same table, side-by-side with the species’ habitat requirements.

See the species factsheets for in-depth information about habitat characteristics. The factsheets are available in two places: in the app (including offline) and in the Knowledge Hub on LandPotential.org.

In this video, meet the two main instigators of the LandPKS Habitat Module, Terri Schulz and Tegan May, and learn about why they thought it was important that data about soil and land be tied to information about wildlife species:

 

Designed for a Wide Range of Users

The LandPKS Habitat Module is designed for a wide range of users, including:

  • Ranchers
  • Farmers
  • Wildlife enthusiasts
  • Homeowners
  • Educators
  • Open space and other land managers

And anyone else who is interested in conserving and managing for wildlife habitats on their land. Habitat can be used for both planning and educational purposes, on ranches and in schools, in suburban neighborhoods and on wildlife preserves.

Get Started Using Habitat!

This video quickly demonstrates how to use the LandPKS Habitat Module:

 

Learn more about the Habitat Module, and access species factsheets, in the Knowledge Hub. Download the LandPKS mobile app in the Apple App Store or the Google Play Store.

Many thanks to our partners in developing the Habitat Module:

Partner logos

This work was funded by an NRCS Conservation Innovation Grant and matching private donations.