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Kíra Lancz
Ph.d.-stipendiat
Institut for Bæredygtighed og Planlægning
Det Tekniske Fakultet for IT og Design
Det Danske Center for Miljøvurdering
https://orcid.org/0009-0000-9812-2425
Fastnet
+4599402537
E-mail
kiral
plan.aau
dk
Rendsburggade 14
9000
Aalborg
Danmark
2022
2024
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Keyphrases
Bioproducts
46%
Carbon Flux Model
33%
Forest Management Practices
33%
Dynamic Carbon Footprint
33%
Dynamic Process
33%
Fully Dynamic
33%
Forest Products
33%
Life Cycle Inventory
33%
Wood-based Biorefinery
33%
Biogenic Carbon
33%
Wood Products
33%
Methodological Choices
33%
Biorefining
26%
Biorefinery
20%
Forest Plantation
16%
Dynamic Fluxes
16%
Thinning Practice
16%
Ecoinvent
14%
LCA Studies
13%
Woody Biomass
13%
Carbon Flow
13%
Modeling Approach
13%
Water Use
13%
Temporal Aspects
13%
Data Import
11%
Life Cycle Assessment
9%
Temporal Database
9%
Beneficial Products
6%
Economic Allocation
6%
LCA Method
6%
Temporal Boundary
6%
Spatial Boundaries
6%
Increased Demand
6%
Inventory Modeling
6%
Result-oriented
6%
Energy-based
6%
Market Factors
6%
Biomass Feedstock
6%
Biomass System
6%
Land Use
6%
Mass-based
6%
LCModel
6%
Systematic Literature Review
6%
Economic System
6%
Biomaterials
6%
System Expansion
6%
Holistic Modelling
6%
Excel Tool
5%
Carbon Flux Modeling
5%
Short-rotation
5%
Agricultural and Biological Sciences
Life Cycle Inventory
50%
Carbon Flux
44%
Biobased Products
33%
Forest Management
33%
Feedstock
33%
Carbon Footprint
33%
Forestry
33%
Wood Product
33%
Life Cycle Engineering
33%
Forest Plantations
27%
Greenhouse Gas
22%
Climate Change
22%
Land Use
16%
Guanosine Triphosphate
16%
User Interface
16%
Biorefining
16%
Forest Product
16%
Eucalypt
16%
Global Warming
16%
Laminated Strand Lumber
11%
Model Validation
7%
Earth and Planetary Sciences
Life Cycle
100%
Life Cycle Assessment
63%
Carbon Flux
44%
Wood Product
33%
Carbon Footprint
33%
Emissions
18%
Climate Change Impact
11%
Recycling
11%
Greenhouse Gas Emission
11%
Forest Product
11%
Potential Temperature
11%
Incineration
11%
Temporal Distribution
11%
Climate Change
11%
Greenhouse Gas
11%
Model Validation
7%
