Keyphrases
Dairy Farm
100%
Flanders
75%
Natural Resources
62%
Process Level
62%
Roughage
50%
Resource Use
50%
Evaluation Tool
50%
Systems Logic
50%
Life Cycle Perspective
50%
Specific Diagnosis
50%
Resource Demand
50%
Agricultural Systems
50%
Horticultural Production
50%
Single Process
50%
Total Resources
50%
Chain Level
50%
Exergy
50%
Measuring Instrument
50%
Sustainable Agricultural Production
50%
Production Process
50%
Resource Consumption
37%
Resource Footprint
37%
Production Chain
37%
Resource-based View
25%
Exergetic Life Cycle Assessment
25%
Ecoinvent
25%
Feed Inputs
25%
Product Life Cycle
25%
Government Policy
25%
Allocative Efficiency
25%
Resource Utilization
25%
Direct Translation
25%
Process Chain
25%
Potential Improvement
25%
LCA Database
25%
Life Cycle Method
25%
Belgium
25%
Ecological Trade-offs
25%
Ecological Improvement
25%
Exergetic Life Cycle Analysis
25%
Natural Resource Use
25%
High Transparency
25%
Complete Life Cycle
25%
Modular Model
25%
Exergy Analysis
25%
Frontier Methods
25%
Fossil Resources
25%
Off-farm
25%
Land Surface Water
25%
Sustainable Manufacturing
25%
Potential Identification
25%
Sound Production
25%
Economically Feasible
25%
Life Cycle Analysis
25%
Agricultural Production
25%
Fossil Energy
25%
Agricultural Industry
25%
Carbon Footprint
25%
Sustainable Production
25%
Quantitative Model
25%
Impact Categories
25%
Renewable Energy
25%
Sustainable Agriculture
25%
Ecological Optimization
25%
Flemish
25%
External Partners
25%
Blue Water Use
12%
Manure
12%
Cycle-level
12%
Dairy Production
12%
Feed Supply
12%
Key Performance Indicators
12%
Improvement Potential
12%
Low-input Farming Systems
12%
LCA Studies
12%
Herding
12%
High Input
12%
Output Systems
12%
Dry Matter
12%
Milk Production Systems
12%
Milk Production
12%
Feed Supply Chain
12%
Pasture-based System
12%
Contract Work
12%
Farm Revenue
12%
Work Cost
12%
Resource Type
12%
Farm Area
12%
Milk
12%
Dairy Farmers
12%
Production Cost
12%
Whole Farm
12%
Stocking Density
12%
High Productivity
12%
Feed Cost
12%
Grassland
12%
Feeding Capacity
12%
Individual Farm
12%
Improvement Action
12%
Methane Emission
12%
Improvement Path
12%
High Output
12%
Improvement Strategies
12%
Technical Efficiency
12%
High Cost
12%
Second Law of Thermodynamics
12%
Data Envelopment Analysis
12%
Environmental Sustainability
12%
Groundwater
12%
Resource Efficiency
12%
Agricultural and Biological Sciences
Feeds
75%
Natural Resources
75%
Roughage
60%
Life Cycle Engineering
50%
Exergy
50%
Concentrates
50%
Case Study
50%
Milk Production
30%
Slaughter
25%
Methane
25%
Herd
25%
Cow
5%
Farm Area
5%
Grassland
5%
Earth and Planetary Sciences
Emissions
58%
Life Cycle
50%
Natural Resource
50%
Environmental Impact Assessment
37%
Life Cycle Analysis
25%
Agricultural Production
25%
Allocative Efficiency
16%
Resource Use
16%
Renewable Energy
12%
Alternative Agriculture
12%
Carbon Footprint
12%
Life Cycle Assessment
12%
Fossil Fuel
12%
Tradeoff
8%
Production Cost
8%
Grassland
8%
Belgium
8%
Milk Production
8%
Data Envelopment Analysis
8%
Contracts
8%