Keyphrases
Germany
100%
Environmental Impact
87%
Wood
82%
Fraxinus Excelsior
54%
Bavaria
51%
Life Cycle Assessment
51%
Acer Pseudoplatanus
45%
Sycamore
45%
Recovered Wood
37%
Energy Wood
36%
Wood Products
32%
Global Warming Potential
27%
Pot Experiment
27%
Wood Utilization
26%
Particulate Matter Emissions
25%
Wood Use
24%
Forest Site
22%
Impact Categories
22%
Bavarian
21%
Resource Conservation
20%
East Germany
20%
Timber
19%
Resource Recycling
18%
European Ash
18%
Strawberry
18%
Heating System
18%
Recovered Timber
18%
Product Carbon Footprint
18%
Climate Change
17%
Nutritional Status
17%
Incineration
17%
Base Saturation
16%
Hardwood
16%
Resource Efficiency
15%
System Expansion
15%
Energy Use
15%
Raw Wood
15%
Al Toxicity
15%
Life Cycle Assessment Studies
14%
Acid Soil
14%
Materials Application
13%
P Deficiency
12%
Environmental Implications
12%
Timber Products
12%
Mg Deficiency
12%
Cascade System
12%
Building Stock
12%
Material Flow
12%
Global Warming
12%
Forest Sector
12%
Agricultural and Biological Sciences
Life Cycle Engineering
60%
Fraxinus excelsior
54%
Wood Product
50%
Sycamore
45%
Acer pseudoplatanus
45%
Case Study
40%
Global Warming
37%
Forestry
22%
Carbon Dioxide
18%
Greenhouse Gas
18%
Carbon Footprint
18%
Nutritional Status
16%
Base Saturation
16%
Climate Change
14%
Acid Soil
14%
Forest Management
13%
Environmental Indicator
12%
Material Flow Analysis
11%
Biodiversity
11%
Sulfate
10%
Forest Growth
10%
Consequential Life Cycle Assessment
10%
Energy Crop
9%
Orchidaceae
9%
Poinsettia
9%
Systematic Review
9%
Meta-Analysis
9%
Strawberry
9%
Biogas
9%
Mycorrhiza
9%
Roundwood
9%
Waste Wood
9%
Hardwood
9%
Gates
8%
Soil Solution
7%
Root Growth
7%
Site Preparation
6%
System Boundary
5%
Engineering
Life Cycle Assessment
76%
Germany
63%
Wood Utilization
21%
Incineration
20%
Material Flow
20%
Particulate Matter Emission
18%
Impact Category
17%
Global Warming Potential
17%
Life Cycle Impact Assessment
15%
Regional Level
13%
Lifecycle
11%
Global Warming
11%
Climate Change
10%
Climatic Change
10%
Production System
10%
Renewable Resource
9%
Heating System
9%
Primary Energy Demand
9%
Sustainable Development
9%
Building Material
9%
Eco-Efficiency Analysis
9%
Carbon Footprint
9%
Emission Control
9%
Exergy Analysis
9%
Environmental Footprint
9%
Solid Wood
9%
Life Cycle Inventory
9%
Biogenic Carbon
9%
Biogas
9%
Solid Biofuel
9%
Land Use
8%
Bioeconomy
8%
Greenhouse Gas
8%
Resource Consumption
6%
Energy Production
5%
Resource Utilisation
5%
Heat Production
5%
Technological Readiness Level
5%
