Ecosystem Indicators and Landscape Ecology Metrics as a Tool to Evaluate Sustainable Land Planning in ICZM
Contributo in Atti di convegno
Data di Pubblicazione:
2019
Abstract:
In the frame of Integrated Coastal Zone Management (ICZM)
planners need tools to design and assess a sustainable state for the coast. Sustainability
and progress indicator have to be integrated to identify improvements
in the state of coastal zones as a result of ICZM implementation [1].
There are two useful approaches in order to take into account, system property,
complexity and evolution, and integrating humans and bio-geospheres:
system ecology (and ecosystem health concepts, as defined in [2]) and landscape
science and ecology (as defined for example in [3–7]). The holistic approach in
the context of human-nature relations is the real challenge of modern landscape
ecology. It regards the background of increasing environmental problems and
the discussion about sustainability [4] and for sustainability planning [8].
In the paper, it is proposed a brand new synthetic ecosystem indicator suited to
monitoring regeneration plans of coastal zones: the Land Eco-Biodiversity. In order
to have more benchmarks in assessing the state of implementation of a strategy, the
plan, as well as from an ecosystemic point of view, is measured from a landscape
point of view through Landscape Ecology indexes. In fact, the fragmentation of the
landscape is part of the resource efficiency indicators defined by Eurostat in the
context of monitoring the main objectives defined in the Europe 2020 strategy in the
Category: “Nature and ecosystems | Biodiversity”.
The study area is the Delta of Po River (Italy).
planners need tools to design and assess a sustainable state for the coast. Sustainability
and progress indicator have to be integrated to identify improvements
in the state of coastal zones as a result of ICZM implementation [1].
There are two useful approaches in order to take into account, system property,
complexity and evolution, and integrating humans and bio-geospheres:
system ecology (and ecosystem health concepts, as defined in [2]) and landscape
science and ecology (as defined for example in [3–7]). The holistic approach in
the context of human-nature relations is the real challenge of modern landscape
ecology. It regards the background of increasing environmental problems and
the discussion about sustainability [4] and for sustainability planning [8].
In the paper, it is proposed a brand new synthetic ecosystem indicator suited to
monitoring regeneration plans of coastal zones: the Land Eco-Biodiversity. In order
to have more benchmarks in assessing the state of implementation of a strategy, the
plan, as well as from an ecosystemic point of view, is measured from a landscape
point of view through Landscape Ecology indexes. In fact, the fragmentation of the
landscape is part of the resource efficiency indicators defined by Eurostat in the
context of monitoring the main objectives defined in the Europe 2020 strategy in the
Category: “Nature and ecosystems | Biodiversity”.
The study area is the Delta of Po River (Italy).
Tipologia CRIS:
3.1 Contributo in atti di convegno
Keywords:
ICZM Landscape ecology metrics Ecosystem indicators
Elenco autori:
Fiduccia, A.; Cattozzo, L.; Filesi, L.; Marotta, L.; Gugliermetti, L.
Link alla scheda completa:
Titolo del libro:
Computational Science and Its Applications – ICCSA 2019 19. International Conference Saint Petersburg, Russia, July 1–4, 2019 Proceedings, Part III, LNCS Springer
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