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STRIPS Data on GitHub

In support of open access and our team's data management protocols, we are making STRIPS data published in the peer-review literature are publicly available through a STRIPS repository on GitHub. In some cases, supporting R packages are also available.

GitHub is a version control repository and internet hosting service. Anyone can create a user account and access public repositories. Read more about STRIPS Data on GitHub

Estimated Sediment Deposition and Movement within Interim 1 Watershed at the Neal Smith National Wildlife Refuge: A Summary of E.A. Luquin Oroz, 2016

Strategically placing a small percentage of prairie strips within agriculture fields has been shown to reduce field level soil loss. However, less is known about in-field soil movement both erosion and deposition. Also, with the potential for increasingly stronger rainstorms and hence higher runoff, there is a need to obtain new insights about prairie strips design and its influence on sediment dynamics. Read more about Estimated Sediment Deposition and Movement within Interim 1 Watershed at the Neal Smith National Wildlife Refuge: A Summary of E.A. Luquin Oroz, 2016

Chapter 2: Introduction

Introduction

Access to a variety of inexpensive, safe, and high quality foods can be credited to the productivity and efficiency of grain crop production techniques used today. However, the agronomic techniques used to manage the majority of grain acres are associated with some negative effects, including soil erosion, impaired water quality, and declining biodiversity in the Midwestern United States. Read more about Chapter 2: Introduction

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