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Integrated System Analysis of Urban Vegetation and Agriculture (URBAG)
Villalba Mendez, Gara
(Investigador/a principal)
Madrid López, Cristina
(Col.laborador/a)
Toboso Chavero, Susana
(Col.laborador/a)
Vidal Canedo, Veronica
(Col.laborador/a)
Estruch Puig, Carme
(Col.laborador/a)
Camacho Caballero, David Alejandro
(Investigador/a contractat/da)
Badia Moragas, Alba
(Investigador/a contractat/da)
Langemeyer , Johannes
(Investigador/a contractat/da)
Segura Barrero, Ricard
(Investigador/a contractat/da)
Gilabert Mestre, Joan
(Investigador/a contractat/da)
Uribe Saavedra, Juan David
(Investigador/a)
Arosemena Polo, Juan David
(Investigador/a)
Institut de Ciència i Tecnologia Ambientals (ICTA)
Departament d'Enginyeria Química, Biològica i Ambiental
Departament d'Arquitectura de Computadors i Sistemes Operatius
Universitat Autònoma de Barcelona (UAB)
Informació general
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Keyphrases
Urban Vegetation
100%
Integrative Analysis
100%
Urban Agriculture
100%
Green Infrastructure
66%
Life Cycle Impacts
33%
Urban Morphology
33%
Georeferencing
33%
Air Temperature
33%
Agricultural Projects
33%
Urban Site
33%
Defining Life
33%
Temporally Resolved
33%
Global Environmental Impact
33%
Urban Green Infrastructure
33%
Local Environmental Impact
33%
Land Use Model
33%
Urban Greening
33%
Peri-urban
33%
Barcelona
33%
Urban Sustainability
33%
Food Production
33%
Oslo
33%
Air Quality
33%
Green Space
33%
Peri-urban Agriculture
33%
Environmental Impact
33%
(Z)-3-hexenol
20%
Compound Collection
10%
Greenhouse Plant
10%
Plant Benefits
10%
EU-LCI
10%
Sampling Performance
10%
Plant Maturity
10%
Caryophyllane Sesquiterpenes
10%
Volatile Emission
10%
Oxygenated Monoterpenes
10%
Rural Places
10%
Rural Marginalization
10%
Connectedness to Nature
10%
Correlation Network Analysis
10%
Conflict Response
10%
Land Enclosures
10%
Earth and Planetary Sciences
Green Infrastructure
100%
Urban Vegetation
100%
Systems Analysis
100%
Urban Green
75%
Environmental Impact
66%
Volatile Organic Compound
50%
Emissions
50%
Food Production
41%
Air Temperature
33%
Life Cycle
33%
Urban Site
33%
Urban Sustainability
33%
Planetary Atmosphere
33%
Urban Morphology
33%
Air Quality
33%
Urban Agriculture
33%
Land Use
33%
Green Space
33%
Retrofitting
8%
Environmental Performance
8%
Emission Factor
8%
Indoor Environment
8%
Relative Humidity
8%
INIS
agriculture
55%
vegetation
50%
systems analysis
50%
volatility
50%
bulgaria
50%
ecosystems
50%
assessments
50%
greenhouses
50%
beans
50%
emission
50%
organic compounds
33%
environmental impacts
25%
performance
23%
production
18%
food
18%
cities
18%
space
18%
network analysis
16%
sampling
16%
people
16%
rural areas
16%
correlations
13%
air quality
12%
life cycle
12%
morphology
12%
simulation
12%
urban areas
12%
sustainability
12%
atmospheres
12%
land use
12%
levels
11%
environment
11%
installation
11%
indoors
11%
economics
8%
humidity
5%
errors
5%
implementation
5%
risks
5%
retrofitting
5%
seasons
5%
surveys
5%
variations
5%
values
5%