Nature-oriented park use of satoyama ecosystems can enhance biodiversity conservation in urbanized landscapes

Satoyama is one of the semi-natural ecosystems in Japan. Traditional agricultural practices in satoyama provide preferable habitats for many species, thus, enhancing biodiversity. However, many satoyama ecosystems have been altered by agricultural intensification and rapid urbanization. Meanwhile, a...

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Veröffentlicht in:Landscape and ecological engineering 2020-04, Vol.16 (2), p.163-172
Hauptverfasser: Iwachido, Yuki, Uchida, Kei, Ushimaru, Atushi, Yokota, Shigehiro, Sasaki, Takehiro
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container_issue 2
container_start_page 163
container_title Landscape and ecological engineering
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creator Iwachido, Yuki
Uchida, Kei
Ushimaru, Atushi
Yokota, Shigehiro
Sasaki, Takehiro
description Satoyama is one of the semi-natural ecosystems in Japan. Traditional agricultural practices in satoyama provide preferable habitats for many species, thus, enhancing biodiversity. However, many satoyama ecosystems have been altered by agricultural intensification and rapid urbanization. Meanwhile, ageing and shrinking population has led to the abandonment of remaining satoyama ecosystems, resulting in their potential degradation. We argue that counteracting the abandonment of satoyama is particularly essential in urbanized landscapes because conserving its biodiversity would have a payoff for urban communities. We focused on nature-oriented park use of satoyama ecosystems, utilizing their original scenery, topography, water features, and vegetation. To evaluate the potential of nature-oriented park use for biodiversity conservation, we examined the differences in diversity and species composition of vascular plants and butterflies among three land-use types (agricultural-use, park-use, and abandoned sites) of satoyama ecosystems. Diversity of native plants and butterflies did not significantly differ between agricultural-use and park-use sites and that of native plants was significantly lower at abandoned sites than at agricultural-use sites. Although species composition of native plants at agricultural-use sites and park-use sites significantly differ, that of native butterflies did not. The efficacy of park use for biodiversity conservation, thus, depended on the taxa. Nonetheless, for striking a balance between the difficulty in maintaining agricultural use and accelerating satoyama abandonment, our study highlights the utility of park use as an alternative usage, contributing to biodiversity conservation. Balancing the wise use of satoyama in urbanized landscapes is a fundamental step toward the conservation of its biodiversity and human–nature interactions.
doi_str_mv 10.1007/s11355-020-00413-y
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Diversity of native plants and butterflies did not significantly differ between agricultural-use and park-use sites and that of native plants was significantly lower at abandoned sites than at agricultural-use sites. Although species composition of native plants at agricultural-use sites and park-use sites significantly differ, that of native butterflies did not. The efficacy of park use for biodiversity conservation, thus, depended on the taxa. Nonetheless, for striking a balance between the difficulty in maintaining agricultural use and accelerating satoyama abandonment, our study highlights the utility of park use as an alternative usage, contributing to biodiversity conservation. 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subjects Abandonment
Aging
Aging (natural)
Agricultural ecosystems
Agricultural practices
Biodiversity
Biomedical and Life Sciences
Butterflies & moths
Civil Engineering
Composition
Conservation
Ecosystems
Environmental Management
Flowers & plants
Indigenous plants
Indigenous species
Intensive farming
Land use
Landscape Ecology
Landscape preservation
Landscape/Regional and Urban Planning
Life Sciences
Native species
Nature Conservation
Original Paper
Plant Ecology
Plants
Population decline
Species composition
Species diversity
Traditional farming
Urban areas
Urbanization
Wildlife conservation
title Nature-oriented park use of satoyama ecosystems can enhance biodiversity conservation in urbanized landscapes
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