INIS
simulation
100%
solar energy
59%
tools
59%
assessments
59%
production
59%
clouds
59%
beverages
59%
energy
59%
lighting systems
59%
mapping
59%
engines
59%
fuels
59%
inspection
59%
chlorophyll
59%
microplastics
59%
data
55%
vegetation
47%
applications
46%
programming
40%
economics
40%
surveys
40%
remote sensing
35%
information
34%
environment
31%
ecuador
31%
mosses
29%
fires
29%
satellites
23%
aquatic ecosystems
23%
surfaces
23%
values
22%
comparative evaluations
22%
people
19%
valleys
19%
installation
19%
radiations
19%
construction
19%
management
19%
vision
19%
reduction
19%
efficiency
19%
humans
19%
cyanobacteria
19%
detritus
19%
investment
19%
processing (data)
11%
seasonal variations
11%
color
11%
images
11%
exceptions
11%
Keyphrases
San Marco
59%
Automated Visual Inspection System
59%
Carbonated Beverages
59%
Fuel Model
59%
Beverage Production
59%
Wildfire
59%
Geospatial Tools
59%
Earth Engine
59%
Trophic State
59%
Microplastics
59%
Eutrophication Model
59%
Public Lighting System
59%
AQUATOX
59%
Myriophyllum Spicatum
49%
Chlorophyll a (Chl a)
44%
Human Vision
40%
Total Phosphorus
29%
Atmospheric Deposition
29%
Survey System
29%
Hypereutrophic
29%
Schematization
29%
Secchi Disk Depth
29%
Model Making
29%
Radiation Data
29%
Systems Programming
29%
Low Investment
29%
High Consumers
19%
Bottle Test
19%
Vision Inspection
19%
Multiple Trials
19%
Beverage Bottle
19%
Total Phosphorus Concentration
19%
Aquatic Ecosystems
19%
Eutrophic State
19%
Total Chlorophyll
19%
Fire Barrier
17%
State Prediction
14%
Cyanobacteria
14%
Mitigation Scenarios
14%
Tropical Deforestation
14%
Color Scale
14%
Real Change
14%
Spatial Planning
14%
Cover Temperature
14%
Landsat
14%
Color Range
14%
Vegetation Change
14%
Model Fitting
14%
Biological Parameters
14%
Sampling Campaign
14%
