Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

ANIMALS --- FLORA --- AIR --- WATER --- SOIL SURVEYS --- LANDSCAPE ECOLOGY --- NETHERLANDS --- SITE SELECTION --- SURVEYS

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Cage aquaculture --- Cage aquaculture. --- Design --- Zoology and Animal Sciences. Aquaculture and Fisheries --- Environmental aspects. --- Site selection --- Floating raceways. --- Aquaculture.

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Smart Cities seek to optimize their systems by increasing integration through approaches such as increased interoperability, seamless system integration, and automation. Thus, they have the potential to deliver substantial efficiency gains and eliminate redundancy. To add to the complexity of the problem, the integration of systems for efficiency gains may compromise the resilience of an urban system. This all needs to be taken into consideration when thinking about Smart Cities. The transportation field must also apply the principles and concepts mentioned above. This cannot be understood without considering its links and effects on the other components of an urban system. New technologies allow for new means of travel to be built, and new business models allow for existing ones to be utilized. This Special Issue puts together papers with different focuses, but all of them tackle the topic of smart mobility.

city logistics --- cargo bike --- cargo cycle --- simulation --- geometrical model --- shopping mall --- concentrated sets of delivery locations --- bike delivery --- big data --- flow clustering --- intelligent transportation systems --- multi-source data analyses --- spatio-temporal data analyses --- user experience --- multi-criteria decision-making --- AHP/TOPSIS hybrid approach --- optimal site selection --- GeoSpatial data --- smart cities --- fire rescue service --- housing estates --- swept paths --- digital model --- cooperative systems --- evaluation methodology --- telematics --- functional evaluation --- impact assessment --- user acceptance --- traffic control --- urban tunnel --- integration --- n/a

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Smart Cities seek to optimize their systems by increasing integration through approaches such as increased interoperability, seamless system integration, and automation. Thus, they have the potential to deliver substantial efficiency gains and eliminate redundancy. To add to the complexity of the problem, the integration of systems for efficiency gains may compromise the resilience of an urban system. This all needs to be taken into consideration when thinking about Smart Cities. The transportation field must also apply the principles and concepts mentioned above. This cannot be understood without considering its links and effects on the other components of an urban system. New technologies allow for new means of travel to be built, and new business models allow for existing ones to be utilized. This Special Issue puts together papers with different focuses, but all of them tackle the topic of smart mobility.

Technology: general issues --- History of engineering & technology --- city logistics --- cargo bike --- cargo cycle --- simulation --- geometrical model --- shopping mall --- concentrated sets of delivery locations --- bike delivery --- big data --- flow clustering --- intelligent transportation systems --- multi-source data analyses --- spatio-temporal data analyses --- user experience --- multi-criteria decision-making --- AHP/TOPSIS hybrid approach --- optimal site selection --- GeoSpatial data --- smart cities --- fire rescue service --- housing estates --- swept paths --- digital model --- cooperative systems --- evaluation methodology --- telematics --- functional evaluation --- impact assessment --- user acceptance --- traffic control --- urban tunnel --- integration --- n/a

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

This book collects a series of interdisciplinary contributions about Historical Ecology, Archeology and Biocultural Landscapes focused on the analysis of landscape dynamics during the Long Anthropocene. Through case studies across Europe, the Mediterranean, Asia and America, the volume offers a series of examples of approaches and applications to combine and stimulate an interdisciplinary debate between Natural Science and Humanities for understanding long-term human–environment interaction and historical sustainability.

Language --- site selection --- archaeological sites --- edge effect --- ecological network --- geomantic environment --- historical ecology --- landscape archaeology --- vegetation science --- anthracology --- vegetation series --- Mediterranean woods --- high nature value (HNV) farmlands --- historical landscapes --- early middle ages --- Basque --- Neolithic --- Western Pyrenees --- mountain agropastoralism --- land-use change --- Neoanthropocene raising --- inner land --- environmental protection --- ecodynamics --- Anthropology --- archaeology --- agrarian history --- Iron Age --- hay-meadows --- land reforms --- landscape history --- niche construction --- landscape --- Anthropocene --- Valle dei Templi --- sustainable development --- territorial planning --- cultural heritage --- archaeological heritage --- local development --- Agrigento --- Kolymbethra --- abandonment --- decay within the rural environment --- artefacts --- cultural landscapes --- landscape transformation --- rewilding --- human–environment interaction --- Slovenia --- agrobiodiversity --- ancient trees --- biocultural diversity --- biodiversity --- heritage trees --- long-lived trees --- Olea europaea --- veteran trees --- regions --- history --- ecology --- ancient DNA --- population genetics --- anthropology --- paleobotany --- past vegetation --- potential natural vegetation --- biomes --- methodologies --- historical approach --- multidisciplinarity --- research gaps --- n/a --- human-environment interaction