Overcoming barriers to restoration: post‐restoration overseeding and topsoil disturbance improve native plant richness and diversity

Restoration outcomes are notoriously difficult to predict and often fall short of restoration goals. Post‐restoration management actions may help overcome barriers to successful establishment, such as dispersal limitations and competition. Layering these management actions to increase the intensity of disturbances may improve restoration outcomes, but they also can be expensive and laborious, depending on the intensity or number of actions implemented. We investigated a series of disturbance intensities on previously restored tallgrass prairies using a randomized block design. Combinations of seeding, harrowing (low intensity disturbance), disking (high intensity disturbance), and herbicide were implemented after a prescribed burn. After 11–14 years, we measured percent cover of all species present to determine long‐term effectiveness. We found that the high intensity disturbance treatment increased native species richness by over 40% and native species Shannon diversity by 15% when compared to control plots. Overall diversity and composition of the plots varied among sites that were treated in different years, indicating that seed mix composition and site conditions were still likely important determinants of community outcomes. Regardless, the consistency of the high intensity management actions to increase site richness and diversity after more than a decade may allow managers to achieve restoration goals, even if later management is limited, justifying the time and resources to enhance existing restorations.

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Publication Details

Journal
Restoration Ecology
Published
2025-03-16
DOI
https://doi.org/10.1111/rec.70022
Citations
1
Primary Topic
Ecology and Vegetation Dynamics Studies
Type
article
Field-Weighted Citation Impact
2.31

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article

Overcoming barriers to restoration: post‐restoration overseeding and topsoil disturbance improve native plant richness and diversity

Nicholas A. Barber, Elizabeth M. Bach, E Becker, Bill P. Kleiman
1 citations
Restoration Ecology
Ecology and Vegetation Dynamics Studies
2.31
article

Overcoming barriers to restoration: post‐restoration overseeding and topsoil disturbance improve native plant richness and diversity

Nicholas A. Barber, Elizabeth M. Bach, E Becker, Bill P. Kleiman
article en
1 citations

Abstract

Restoration outcomes are notoriously difficult to predict and often fall short of restoration goals. Post‐restoration management actions may help overcome barriers to successful establishment, such as dispersal limitations and competition. Layering these management actions to increase the intensity of disturbances may improve restoration outcomes, but they also can be expensive and laborious, depending on the intensity or number of actions implemented. We investigated a series of disturbance intensities on previously restored tallgrass prairies using a randomized block design. Combinations of seeding, harrowing (low intensity disturbance), disking (high intensity disturbance), and herbicide were implemented after a prescribed burn. After 11–14 years, we measured percent cover of all species present to determine long‐term effectiveness. We found that the high intensity disturbance treatment increased native species richness by over 40% and native species Shannon diversity by 15% when compared to control plots. Overall diversity and composition of the plots varied among sites that were treated in different years, indicating that seed mix composition and site conditions were still likely important determinants of community outcomes. Regardless, the consistency of the high intensity management actions to increase site richness and diversity after more than a decade may allow managers to achieve restoration goals, even if later management is limited, justifying the time and resources to enhance existing restorations.

Restoration EcologyVol. 33(4)
The Nature Conservancy (US), San Diego State University (US)
National Science Foundation
Openalex Percentile: Top 16%
Ecology and Vegetation Dynamics Studies
2.31
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Overcoming barriers to restoration: post‐restoration overseeding and topsoil disturbance improve native plant richness and diversity — Nicholas A. Barber, Elizabeth M. Bach, et al. · Restoration Ecology (2025) | TGRS Research Map | TGRS