Earth and Planetary Sciences
Environmental Impact
100%
Malaysia
100%
Improvement
100%
Oil
100%
Emission
85%
Land Use Change
71%
Investigation
66%
Residue
61%
Greenhouse
47%
Impact
47%
Plantation
38%
Average
28%
Carbon
23%
Show
23%
Management
23%
Set
23%
Mill
23%
Mathematical Model
19%
Boiler
19%
Datum
19%
Category
19%
Methane
19%
Oil Industry
14%
Global Warming Potential
14%
Selection
14%
Plant
14%
Diesel
14%
Land
14%
Fossil
14%
Biodiversity
9%
Life Cycle
9%
Energy Recovery
9%
Substitute
9%
Political Economy
9%
Yield
9%
Utilization
9%
Strategy
9%
Area
9%
Foci
9%
Aspect
9%
Optimization
9%
Lagoon
9%
Experience
9%
Expansion
9%
Convention
9%
Fossil Fuel
9%
Biogas
9%
Waste Water
4%
State of the Art
4%
Science and Technology
4%
Organic Matter
4%
Nitrogen
4%
Land Use
4%
Management Practice
4%
Feasibility Study
4%
Profitability
4%
Biomass Power
4%
Production System
4%
Smallholder
4%
Vegetable Oil
4%
Mulching
4%
Effluent Treatment
4%
Fibre
4%
Decision
4%
Market
4%
Literature
4%
Income
4%
Model
4%
Research
4%
Focusing
4%
Amount
4%
Product
4%
Purpose
4%
Increasing
4%
Comparison
4%
Cause
4%
Knowledge
4%
Forest
4%
Assessment
4%
Target
4%
Inventory
4%
Criterion
4%
Correlation
4%
Public
4%
Solid
4%
Fruit
4%
Collection
4%
Global Warming
4%
Field Study
4%
Rubber
4%
Press
4%
Extinction
4%
Plant (Botany)
4%
Water Footprint
4%
Pyrolysis
4%
Engineering
Environmental Impact
100%
Oil
100%
Production
100%
Biodiesel
100%
Greenhouse
95%
Land Use
76%
Oil Production
38%
Biodiesel Production
19%
Impact Category
19%
Global Warming Potential
14%
Optimization
9%
Life Cycle Assessment
9%
Applications
9%
Energy Engineering
9%
Recovery
9%
Yields
9%
Production Process
9%
Reduction
9%
Fossil Fuel
9%
Sustainable Development
4%
Biomass
4%
Quantification
4%
Boiler
4%
Lifecycle
4%
Global Warming
4%
Biogas Production
4%
Solid Residue
4%
Data Collection
4%
Life Cycle Inventory
4%
Reference Flow
4%
Dry Weight
4%
Economic Feasibility
4%
Data Field
4%
Knowledge Base
4%
Improvement Potential
4%
Empty Fruit Bunch
4%
Environmental Benefit
4%
Diesel Emissions
4%
Direct Correlation
4%
Profitability
4%
Net Income
4%
Water Footprint
4%
Industrial Boiler
4%
Methane Capture
4%
Models
4%
Research
4%
Generates
4%
Products
4%
Elements
4%
Fiber
4%
Low Carbon
4%
Pyrolysis
4%
Power Plant
4%
Large Amount
4%
Economics
4%
Field Study
4%
Feasibility Study
4%
Production System
4%
Biogas
4%
Agricultural and Biological Sciences
Biodiesel
100%
Environmental Impact
100%
Palm Oil
100%
Land Use Change
71%
Global Warming
19%
Carbon Sink
14%
Land
14%
Fossils
14%
Biogas
9%
Fossil Fuel
9%
Biodiversity
9%
Effluents
9%
Energy Recovery
9%
Area
9%
Flora
4%
Biomass
4%
Fauna
4%
Data Collection
4%
Extinction
4%
Land Use
4%
Life Cycle Inventory
4%
Mulching
4%
Water Footprint
4%
Fields
4%
Research
4%
Technology
4%
Literature
4%
Knowledge
4%
Forests
4%
Animals
4%
Correlation
4%
Presses
4%
Methodology
4%
Weight
4%
Rubber
4%
Models
4%
Wastewater
4%
Fruit
4%