Alternative Modelling Approach to Spatial Harvest Scheduling with Respect to Fragmentation of Forest Ecosystem

Fragmentation of the forests affects forest ecosystems by changing the composition, shape, and configuration of the resulting patches. Subsequently, the prevailing conditions vary between patches. The exposure to the sun decreases from the patch boundary to the patch interior and this forms core and...

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Veröffentlicht in:	Environmental management (New York) Jg. 56; H. 5; S. 1134 - 1147
Hauptverfasser:	Marušák, Róbert, Kašpar, Jan, Hlavatý, Robert, Kotek, Václav, Kuželka, Karel, Vopěnka, Petr
Format:	Journal Article
Sprache:	Englisch
Veröffentlicht:	New York Springer US 01.11.2015 Springer Nature B.V
Schlagworte:	age structure Aquatic Pollution Atmospheric Protection/Air Quality Control/Air Pollution Balancing Biodiversity case studies Clearcutting Conservation of Natural Resources Earth and Environmental Science Ecology Ecosystems Environment Environmental Management Environmental protection Europe Forest ecosystems Forest harvesting Forest management Forestry - methods Forestry Management Forests Fragmentation habitat fragmentation Integer programming logging Management systems Models, Theoretical Nature Conservation Optimization Picea - growth & development Scheduling Spatial analysis Sustainability Waste Water Technology Water Management Water Pollution Control Wildlife conservation Europe Spatial indices Ecological intensification Forest management Multi-objective integer programming Optimization
ISSN:	0364-152X, 1432-1009, 1432-1009
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Abstract	Fragmentation of the forests affects forest ecosystems by changing the composition, shape, and configuration of the resulting patches. Subsequently, the prevailing conditions vary between patches. The exposure to the sun decreases from the patch boundary to the patch interior and this forms core and edge areas within each patch. Forest harvesting and, in particular, the clear-cut management system which is still preferred in many European countries has a significant impact on forest fragmentation. There are many indices of measuring fragmentation: non-spatial and spatial. The non-spatial indices measure the composition of patches, while the spatial indices measure both the shape and configuration of the resulting patches. The effect of forest harvesting on fragmentation, biodiversity, and the environment is extensively studied; however, the integration of fragmentation indices in the harvest scheduling model is a new, novel approach. This paper presents a multi-objective integer model of harvest scheduling for clear-cut management system and presents a case study demonstrating its use. Harvest balance and sustainability are ensured by the addition of constraints from the basic principle of the regulated forest model. The results indicate that harvest balance and sustainability can be also achieved in minimizing fragmentation of forest ecosystems. From the analyses presented in this study, it can be concluded that integration of fragmentation into harvest scheduling can provide better spatial structure. It depends on the initial spatial and age structure. It was confirmed that it is possible to find compromise solution while minimizing fragmentation and maximizing harvested area.
AbstractList	Fragmentation of the forests affects forest ecosystems by changing the composition, shape, and configuration of the resulting patches. Subsequently, the prevailing conditions vary between patches. The exposure to the sun decreases from the patch boundary to the patch interior and this forms core and edge areas within each patch. Forest harvesting and, in particular, the clear-cut management system which is still preferred in many European countries has a significant impact on forest fragmentation. There are many indices of measuring fragmentation: non-spatial and spatial. The non-spatial indices measure the composition of patches, while the spatial indices measure both the shape and configuration of the resulting patches. The effect of forest harvesting on fragmentation, biodiversity, and the environment is extensively studied; however, the integration of fragmentation indices in the harvest scheduling model is a new, novel approach. This paper presents a multi-objective integer model of harvest scheduling for clear-cut management system and presents a case study demonstrating its use. Harvest balance and sustainability are ensured by the addition of constraints from the basic principle of the regulated forest model. The results indicate that harvest balance and sustainability can be also achieved in minimizing fragmentation of forest ecosystems. From the analyses presented in this study, it can be concluded that integration of fragmentation into harvest scheduling can provide better spatial structure. It depends on the initial spatial and age structure. It was confirmed that it is possible to find compromise solution while minimizing fragmentation and maximizing harvested area.Fragmentation of the forests affects forest ecosystems by changing the composition, shape, and configuration of the resulting patches. Subsequently, the prevailing conditions vary between patches. The exposure to the sun decreases from the patch boundary to the patch interior and this forms core and edge areas within each patch. Forest harvesting and, in particular, the clear-cut management system which is still preferred in many European countries has a significant impact on forest fragmentation. There are many indices of measuring fragmentation: non-spatial and spatial. The non-spatial indices measure the composition of patches, while the spatial indices measure both the shape and configuration of the resulting patches. The effect of forest harvesting on fragmentation, biodiversity, and the environment is extensively studied; however, the integration of fragmentation indices in the harvest scheduling model is a new, novel approach. This paper presents a multi-objective integer model of harvest scheduling for clear-cut management system and presents a case study demonstrating its use. Harvest balance and sustainability are ensured by the addition of constraints from the basic principle of the regulated forest model. The results indicate that harvest balance and sustainability can be also achieved in minimizing fragmentation of forest ecosystems. From the analyses presented in this study, it can be concluded that integration of fragmentation into harvest scheduling can provide better spatial structure. It depends on the initial spatial and age structure. It was confirmed that it is possible to find compromise solution while minimizing fragmentation and maximizing harvested area. Fragmentation of the forests affects forest ecosystems by changing the composition, shape, and configuration of the resulting patches. Subsequently, the prevailing conditions vary between patches. The exposure to the sun decreases from the patch boundary to the patch interior and this forms core and edge areas within each patch. Forest harvesting and, in particular, the clear-cut management system which is still preferred in many European countries has a significant impact on forest fragmentation. There are many indices of measuring fragmentation: non-spatial and spatial. The non-spatial indices measure the composition of patches, while the spatial indices measure both the shape and configuration of the resulting patches. The effect of forest harvesting on fragmentation, biodiversity, and the environment is extensively studied; however, the integration of fragmentation indices in the harvest scheduling model is a new, novel approach. This paper presents a multi-objective integer model of harvest scheduling for clear-cut management system and presents a case study demonstrating its use. Harvest balance and sustainability are ensured by the addition of constraints from the basic principle of the regulated forest model. The results indicate that harvest balance and sustainability can be also achieved in minimizing fragmentation of forest ecosystems. From the analyses presented in this study, it can be concluded that integration of fragmentation into harvest scheduling can provide better spatial structure. It depends on the initial spatial and age structure. It was confirmed that it is possible to find compromise solution while minimizing fragmentation and maximizing harvested area. Issue Title: Special Feature: Reconciling Environment and Production in Managed Ecosystems: Is Ecological Intensification a Solution? Fragmentation of the forests affects forest ecosystems by changing the composition, shape, and configuration of the resulting patches. Subsequently, the prevailing conditions vary between patches. The exposure to the sun decreases from the patch boundary to the patch interior and this forms core and edge areas within each patch. Forest harvesting and, in particular, the clear-cut management system which is still preferred in many European countries has a significant impact on forest fragmentation. There are many indices of measuring fragmentation: non-spatial and spatial. The non-spatial indices measure the composition of patches, while the spatial indices measure both the shape and configuration of the resulting patches. The effect of forest harvesting on fragmentation, biodiversity, and the environment is extensively studied; however, the integration of fragmentation indices in the harvest scheduling model is a new, novel approach. This paper presents a multi-objective integer model of harvest scheduling for clear-cut management system and presents a case study demonstrating its use. Harvest balance and sustainability are ensured by the addition of constraints from the basic principle of the regulated forest model. The results indicate that harvest balance and sustainability can be also achieved in minimizing fragmentation of forest ecosystems. From the analyses presented in this study, it can be concluded that integration of fragmentation into harvest scheduling can provide better spatial structure. It depends on the initial spatial and age structure. It was confirmed that it is possible to find compromise solution while minimizing fragmentation and maximizing harvested area.
Author	Kašpar, Jan Kotek, Václav Kuželka, Karel Marušák, Róbert Hlavatý, Robert Vopěnka, Petr
Author_xml	– sequence: 1 givenname: Róbert surname: Marušák fullname: Marušák, Róbert email: marusak@fld.czu.cz organization: Department of Forest Management, Faculty of Forestry and Wood Sciences, Czech University of Life Sciences Prague – sequence: 2 givenname: Jan surname: Kašpar fullname: Kašpar, Jan organization: Department of Forest Management, Faculty of Forestry and Wood Sciences, Czech University of Life Sciences Prague – sequence: 3 givenname: Robert surname: Hlavatý fullname: Hlavatý, Robert organization: Department of Forest Management, Faculty of Forestry and Wood Sciences, Czech University of Life Sciences Prague – sequence: 4 givenname: Václav surname: Kotek fullname: Kotek, Václav organization: Department of Forest Management, Faculty of Forestry and Wood Sciences, Czech University of Life Sciences Prague – sequence: 5 givenname: Karel surname: Kuželka fullname: Kuželka, Karel organization: Department of Forest Management, Faculty of Forestry and Wood Sciences, Czech University of Life Sciences Prague – sequence: 6 givenname: Petr surname: Vopěnka fullname: Vopěnka, Petr organization: Department of Forest Management, Faculty of Forestry and Wood Sciences, Czech University of Life Sciences Prague
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Snippet	Fragmentation of the forests affects forest ecosystems by changing the composition, shape, and configuration of the resulting patches. Subsequently, the... Issue Title: Special Feature: Reconciling Environment and Production in Managed Ecosystems: Is Ecological Intensification a Solution? Fragmentation of the...
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SubjectTerms	age structure Aquatic Pollution Atmospheric Protection/Air Quality Control/Air Pollution Balancing Biodiversity case studies Clearcutting Conservation of Natural Resources Earth and Environmental Science Ecology Ecosystems Environment Environmental Management Environmental protection Europe Forest ecosystems Forest harvesting Forest management Forestry - methods Forestry Management Forests Fragmentation habitat fragmentation Integer programming logging Management systems Models, Theoretical Nature Conservation Optimization Picea - growth & development Scheduling Spatial analysis Sustainability Waste Water Technology Water Management Water Pollution Control Wildlife conservation
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Title	Alternative Modelling Approach to Spatial Harvest Scheduling with Respect to Fragmentation of Forest Ecosystem
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Volume	56
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