TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
A | |
Activity-Resource-Actor | |
Adaptive Cycle | |
Alignment | |
Anthropocene | |
artificial intelligence | |
assessment | |
attribution | |
Automation | |
Automotive | |
B | |
B2B relationships | |
Backshoring | |
Barriers | |
Battery electric vehicles | |
Benchmarking Study | |
beneficiaries | |
berth allocation policy | |
Business model | |
Business models | |
C | |
cabotage | |
Capabilities | |
Carbon Emission Calculator | |
Carbon Emissions | |
Carbon Footprint | |
causal loop diagram | |
CEO-CPO relationship | |
Change Management | |
circular economy | |
Circular supply chain | |
Circular supply chains | |
City logistics | |
Closed-loop supply chains | |
CO2 emissions | |
Coalition Size | |
Coalition Structure | |
collaboration | |
Collaborative risk management | |
collection system | |
competence | |
Complex adaptive system | |
complexity | |
Configuration | |
construction industry | |
construction logistics | |
Construction transport | |
consumer journey | |
consumer logistics | |
consumers | |
Container Seaports | |
context | |
contextual factors | |
contingency theory | |
Cooperative Game | |
Coordination | |
Coordination Cost | |
Coordination mechanisms | |
COVID-19 | |
Critical factors | |
critical infrastructure | |
Crowdsourcing | |
D | |
Data-driven supply chains | |
Deep tier financing | |
Defence industry | |
Defence industry characteristics | |
defence logistics | |
design science | |
Diffusion of Innovation | |
digital core | |
Digital Platform | |
Digital supply chain | |
Digital Transformation | |
Digitalization | |
direct digital manufacturing | |
Distribution structure | |
E | |
E-cargo bikes | |
E-grocery retail | |
Economy of scale | |
Ecosystem | |
Ecosystem Design | |
Ecosystems | |
efficiency | |
Electric commercial vehicles | |
Electric Power | |
electrification | |
emergency preparedness | |
Environmental Impact | |
Environmental sustainability | |
EOL textiles | |
European Freight Movements | |
Expenditure | |
Experiential Learning | |
experiment | |
F | |
Financial viability | |
first-mile problem | |
Fish | |
Fleet electrification | |
focus groups | |
Food | |
food aid development | |
food supply chain | |
food waste | |
Foreign Direct Investment | |
Framework | |
Freight Transport | |
future studies | |
G | |
geographic dispersion | |
GHG Emissions | |
gioia method | |
global supply chain management | |
Global supply chains | |
Goods transfer | |
Governance | |
governance mechanisms | |
government information | |
Greening freight transport and logistics | |
H | |
Healthcare | |
heavy-duty battery electric vehicles | |
Heptad | |
High-cost country | |
Horizontal Collaboration | |
Horizontal Logistics Collaboration | |
households | |
humanitarian cold chain | |
humanitarian logistics | |
Humanitarian sector | |
Humanitarian supply chain | |
humanitarian supply network | |
Hypotheses | |
I | |
imagination/ideation | |
implementation process | |
Industrial relocation | |
influencing factors | |
Innovation | |
Innovation Process | |
Integration | |
Integrative Skill Development Approach | |
intelligent logistics | |
Inter-organisational | |
Interaction | |
Interface | |
Interoperability | |
IT/ICT systems | |
J | |
Just-in-Time arrival | |
K | |
Key challenges | |
L | |
Last Mile Delivery | |
Last-mile | |
Last-mile deliveries | |
Leadership | |
Literature review | |
Liveable streets | |
Loading | |
Local adaptability | |
location model | |
Logistics | |
Logistics growth | |
logistics outsourcing | |
Logistics preparedness | |
Logistics service provider | |
logistics service providers | |
logistics systems | |
Longitudinal study | |
M | |
Machine learning | |
manufacturing | |
Marketplace | |
mass logistics centres | |
Material handling | |
Medical waste management | |
Military power | |
mixed-methods study | |
mobile digital factories | |
Multi-tier Supply Chain | |
Multi-tier sustainable supply chain management | |
N | |
narratives | |
network approach | |
non-commercial suppliers | |
O | |
Offshoring | |
Openness | |
opportunism | |
optimization | |
Orchestration | |
Order fulfillment | |
Ownership | |
P | |
panarchy theory | |
Pandemic | |
Paperless deliveries | |
Paradox theory | |
paradoxical sustainability tensions | |
Parking Planning | |
Partnerships | |
paths | |
Pedagogy | |
Perception | |
perceptual distance | |
Performance | |
Performance management | |
Platform | |
Policy Discussion | |
port calls | |
postponement | |
Process | |
procurement process | |
procurement software | |
procurement triads | |
product reviews | |
product-service system | |
public procurement | |
Public sector | |
Public space conflicts | |
Purchasing and Supply Management | |
Purchasing transport services | |
Q | |
Qualitative comparative analysis | |
R | |
Relation | |
Relational Governance | |
Relationship | |
relationship quality | |
Relocation | |
Resale | |
resilience | |
Resource interaction | |
resource-based view (RBV) | |
Responsiveness | |
Retail | |
reusable consumer packaging supply chains | |
reverse logistics | |
Right-of-way | |
Risk management | |
road freight transport system | |
Robotic Process Automation | |
S | |
Sales and Operations Planning | |
SCM | |
Scope 3 emissions | |
security of supply | |
segmentation | |
Semiconductors | |
sensemaking | |
Service provider | |
SG controversies | |
Shipper | |
Signaling | |
Simulation Games | |
Small-world networks | |
smart factory | |
smart operations | |
smart port | |
smart port future challenges | |
smart-port definition | |
smart-port issues | |
social alignment | |
Social Network Analysis | |
societal preparedness | |
Socio-technical system | |
Software Robots | |
soil and rock materials | |
star rating | |
state-industry relationships | |
Strategy | |
Success factors | |
supplier | |
supplier relationship | |
Supply Chain | |
supply chain disruption | |
Supply Chain Ecosystem | |
Supply chain financing | |
supply chain governance | |
Supply Chain Management | |
Supply Chain Network | |
supply chain policy | |
supply chain resilience | |
supply chain responsiveness | |
Supply chain risk management | |
supply chain sustainability | |
Supply chain systems | |
supply failure | |
Supply-base heterogeneity | |
survey research | |
Sustainability | |
Sustainability transition | |
sustainable supply chain | |
Sustainable supply chain management | |
Sustainable transport | |
Sustainable Transportation | |
Sustainable urban mobility | |
Sweden | |
system dynamics | |
system-level effects | |
System-of-systems (SoS) | |
Systematic literature review | |
T | |
Technology | |
tensions | |
Textiles | |
Third party logistics | |
Total cost analysis | |
total defence | |
Traceability | |
training | |
transition | |
Transparency | |
transport | |
Transport provider | |
Transport supply chain | |
Transport-Supply Network | |
Transvection theory | |
Triad | |
trucking deregulation | |
Trust | |
U | |
Unloading | |
Urban consolidation centers | |
Urban freight | |
Urban freight transport | |
Urban logistics | |
urban space | |
V | |
value configuration | |
Value creation | |
Visibility | |
Vision | |
vital societal functions | |
W | |
Warehouse relocation | |
Wicked Problem |