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Landscape – Great Idea! X-LArch III - Department für Raum ...

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151<br />

spaces (neighbourhood, villages);<br />

2) riparian system restoration (surface and subsurface<br />

hydrological system)<br />

3) vernacular features landscape utilised and seminatural<br />

landscape incorporated;<br />

4) role of local stakeholders (council concerned, farmers,<br />

recreation and environmental organisations,<br />

contracts) involved in the design and maintenance of<br />

landscape projects;<br />

5) diversity of recreational activities (public spaces and<br />

no motorized network created) [3];<br />

6) maintenance criteria (differential management);<br />

7) Public and biodiversity monitoring (inventories, conflicts,<br />

public preferences demanding).<br />

Conclusions<br />

An interesting literature of scientific authors and international<br />

organisations publications has confirmed the<br />

benefices of landscape connectivity to improve environment<br />

conditions for humans and nature evolution in<br />

urban regions. The landscape connectivity of ecological<br />

networks is becoming a criteria for urban regions planning<br />

as we have seen in the cases analysed. New local<br />

projects of ecological networks are changing periurban<br />

landscapes giving more spaces for nature and human<br />

needs. The studies on urban ecological networks being<br />

presently carried out could become the scientific base to<br />

be applied to countries where there is no or little experience<br />

in this field. It is well known that cities in Latin<br />

America countries, especially in Conosur countries, are<br />

growing chaotically, and ecological networks to protect<br />

nature and improve landscape conditions for human enjoyment<br />

and socio-cultural relationship play nowadays no<br />

role whatsoever. The reality is that the natural patrimony<br />

of the periurban territories is disappearing rapidly in<br />

many Latin American cities and metropolis like Santiago<br />

de Chile and Temuco. In this context, it is paramount and<br />

urgent to elaborate a definition of a “social need” for wildlife<br />

and nature, which must eventually become enshrined<br />

in local legislations. “No less important is the need to design<br />

comprehensive and integrated conservation plans,<br />

as well as a better use of adaptive management ”(Adams<br />

2005, p 151) for society and for biodiversity. To promote<br />

the benefits of political programs to develop ecological<br />

networking on the ground, will most definitely contribute<br />

to improve landscape and environment conditions for<br />

human and nature evolution.<br />

Endnotes<br />

[1] Hydrological system: river continuum, or riparian zone that<br />

contains by definition, the zone of intersection of the surface and<br />

subsurface hydrological systems. (Visible and visible water course)<br />

[2] The wildlife ecology it’s a new disciple , It’s mentioned in<br />

Adams 2005 article where he expose the international programs<br />

and activities evolution from 1912.<br />

[3] In this matrix, the multiple possibilities of usages has been<br />

classified in 8 sections: pedestrian, equestrian, motorized, farmers<br />

activities and services, aquatics, air, animalistic, cultural and<br />

artistic.<br />

References<br />

Adams (2005): urban wildlife ecology and conservation: A brief<br />

history of the discipline. Urban Ecosystems, 8, p 139-156.Sprinkler<br />

Science + Media Inc. Netherland.<br />

Ahern (1995): Greenways in the Usa: theory, trends and prospects<br />

http://conserveland.org/lpr/download/18971/Greenways.pdf [as<br />

accessed 15 April 2006]<br />

Ahern & Leitão (2002), Appling landscape ecological concepts and<br />

metrics in sustainable landscape planning , <strong>Landscape</strong> and urban<br />

Planning review., Elsevier ( 65-93)<br />

Ahern 2003. Integration of landscape ecology and landscape<br />

architecture: an evolutionary and reciprocal process (311-318).<br />

//INTEGRAS/TEMPLATES///INTEGRAS/CUP/3-PAGINATION/<br />

IPL/2-FIRST_PROOF/3B2/0521830532C30.3D <strong>–</strong> 311 <strong>–</strong> [311<strong>–</strong>319/9]<br />

20.11.2004 9:15PM<br />

Bonnin (2007): Connectivité écologique et gouvernance territoriale.<br />

http://conserveland.org/lpr/download/18971/Greenways.pdf[as<br />

accessed 15 April 2006]<br />

Briffet (2001): <strong>Landscape</strong> Research, Vol.26,N°2, 137-163<br />

Forman RTT (2008) : Urban Regions, Ecology and Planning Beyond<br />

the City. Cambridge University Press, Cambridge/ New York.<br />

408 pp.<br />

Clergeau (2007) Une Ecologie du paysage, Editions Apogée. 137 p<br />

Coperrider ,A (1992): Reintegrating humans and nature in: Hudson,<br />

WE. ( Ed) <strong>Landscape</strong> and Biodiversity. Defrnders of wildlife, (<br />

Island Press) p 142 .<br />

Forman RTT (2004): Mosaico territorial para la región metropolitana<br />

de Barcelona. (Land Mosaic for the <strong>Great</strong>er Barcelona Region).<br />

Editorial Gustavo Gili, Barcelona.150 pp.<br />

Forman (2008): Urban regions, Ecology and Planning beyond the<br />

City. Cambridge University press. Collection: Cambridge Studies in<br />

<strong>Landscape</strong> Ecology<br />

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