Beyond the species pool: modification of species dispersal, establishment, and assembly by habitat restoration
Species dispersal, establishment, and assembly are crucial stages of the life history of plants, and clear understanding of the governing forces and rules that shape species composition in a particular community is vital for successful ecological restoration. In this article, we focus on five aspect...
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Published in | Restoration ecology Vol. 26; no. S2; pp. S65 - S72 |
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Main Authors | , , , , |
Format | Journal Article |
Language | English |
Published |
Malden, USA
Wiley Periodicals, Inc
01.06.2018
Blackwell Publishing Ltd Wiley |
Subjects | |
Online Access | Get full text |
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Abstract | Species dispersal, establishment, and assembly are crucial stages of the life history of plants, and clear understanding of the governing forces and rules that shape species composition in a particular community is vital for successful ecological restoration. In this article, we focus on five aspects of seed dispersal and plant establishment, which should be considered during habitat restoration actions. In the first two sections, we discuss the success of spontaneous dispersal and establishment on restoration based on either spatial dispersal or local seed banks. In the third section, we assess the possibilities of species introduction and assisted dispersal. In the fourth section, we introduce some possibilities for the improvement of establishment success of spontaneously dispersed or introduced species. Finally, we highlight issues influencing long‐term persistence and sustainability of restored habitats, related to the alteration of management type and intensity, climate change, and spread of non‐native species. With the present article, we introduce the special issue entitled “Seed dispersal and soil seed banks – promising sources for ecological restoration” containing 15 papers by 62 authors from 10 countries arranged in the abovementioned five topics. |
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AbstractList | Species dispersal, establishment, and assembly are crucial stages of the life history of plants, and clear understanding of the governing forces and rules that shape species composition in a particular community is vital for successful ecological restoration. In this article, we focus on five aspects of seed dispersal and plant establishment, which should be considered during habitat restoration actions. In the first two sections, we discuss the success of spontaneous dispersal and establishment on restoration based on either spatial dispersal or local seed banks. In the third section, we assess the possibilities of species introduction and assisted dispersal. In the fourth section, we introduce some possibilities for the improvement of establishment success of spontaneously dispersed or introduced species. Finally, we highlight issues influencing long‐term persistence and sustainability of restored habitats, related to the alteration of management type and intensity, climate change, and spread of non‐native species. With the present article, we introduce the special issue entitled “Seed dispersal and soil seed banks – promising sources for ecological restoration” containing 15 papers by 62 authors from 10 countries arranged in the abovementioned five topics. Species dispersal, establishment, and assembly are crucial stages of the life history of plants, and clear understanding of the governing forces and rules that shape species composition in a particular community is vital for successful ecological restoration. In this article, we focus on five aspects of seed dispersal and plant establishment, which should be considered during habitat restoration actions. In the first two sections, we discuss the success of spontaneous dispersal and establishment on restoration based on either spatial dispersal or local seed banks. In the third section, we assess the possibilities of species introduction and assisted dispersal. In the fourth section, we introduce some possibilities for the improvement of establishment success of spontaneously dispersed or introduced species. Finally, we highlight issues influencing long‐term persistence and sustainability of restored habitats, related to the alteration of management type and intensity, climate change, and spread of non‐native species. With the present article, we introduce the special issue entitled “Seed dispersal and soil seed banks – promising sources for ecological restoration” containing 15 papers by 62 authors from 10 countries arranged in the abovementioned five topics. Species dispersal, establishment, and assembly are crucial stages of the life history of plants, and clear understanding of the governing forces and rules that shape species composition in a particular community is vital for successful ecological restoration. In this article, we focus on five aspects of seed dispersal and plant establishment, which should be considered during habitat restoration actions. In the first two sections, we discuss the success of spontaneous dispersal and establishment on restoration based on either spatial dispersal or local seed banks. In the third section, we assess the possibilities of species introduction and assisted dispersal. In the fourth section, we introduce some possibilities for the improvement of establishment success of spontaneously dispersed or introduced species. Finally, we highlight issues influencing long-term persistence and sustainability of restored habitats, related to the alteration of management type and intensity, climate change, and spread of non-native species. With the present article, we introduce the special issue entitled "Seed dispersal and soil seed banks-promising sources for ecological restoration" containing 15 papers by 62 authors from 10 countries arranged in the abovementioned five topics. Implications for Practice The potential of spatial and temporal seed dispersal needs to be evaluated before site selection and restoration planning. Knowledge on seed bank, seed rain, and landscape-scale dispersal helps to identify the most proper, well-timed, and cost-effective restoration measures. Creation of small-scale environmental heterogeneity and favorable conditions for species establishment is crucial for maximizing restoration success. Suppression of unwanted species via prevention of immigration and depletion of their seed banks is crucial. It is vital to plan restoration at the landscape scale for ensuring the exchange of seeds and pollen between habitats, to apply the most suitable postrestoration management, and to ensure that established communities are resilient to climate change. |
Author | Helm, Aveliina Buisson, Elise Valkó, Orsolya Török, Péter Kiehl, Kathrin |
Author_xml | – sequence: 1 givenname: Péter orcidid: 0000-0002-4428-3327 surname: Török fullname: Török, Péter email: molinia@gmail.com organization: MTA‐DE Lendület Functional and Restoration Ecology Research Group – sequence: 2 givenname: Aveliina orcidid: 0000-0003-2338-4564 surname: Helm fullname: Helm, Aveliina organization: University of Tartu – sequence: 3 givenname: Kathrin surname: Kiehl fullname: Kiehl, Kathrin organization: Osnabrück University of Applied Sciences – sequence: 4 givenname: Elise surname: Buisson fullname: Buisson, Elise organization: CNRS, IRD, Aix Marseille Université – sequence: 5 givenname: Orsolya orcidid: 0000-0001-7919-6293 surname: Valkó fullname: Valkó, Orsolya organization: MTA‐DE Biodiversity and Ecosystem Services Research Group |
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SubjectTerms | Assembly Biodiversity and Ecology buried seeds Climate change dispersal ecological restoration ecological theory Environmental Engineering Environmental restoration Environmental Sciences Forces (mechanics) Global Changes habitat conservation Habitats Indigenous species Introduced species Life history Native organisms plant establishment Restoration seed bank Seed banks Seed dispersal Seeds Soil Soil dispersion species assembly Species composition species dispersal species diversity spontaneous succession Sustainability technical reclamation |
Title | Beyond the species pool: modification of species dispersal, establishment, and assembly by habitat restoration |
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