1 Scope
2 References
3 Definitions
3.1 Terms defined elsewhere
4 Abbreviations and acronyms
5 Conventions
6 Impacts of climate change on
the fisheries sector
6.1 Ecosystem impacts
6.2 Impacts on livelihoods
6.3 Economic impact on people
7 Climate change adaptation
measures for the fisheries sector
8 The eco-system of the fisheries
sector to be involved in adaptation
9 Trends in ICTs which are
relevant to the fisheries sector
10 ICT components which are
relevant to the fisheries sector
11 How can ICTs help sustain the
fisheries sector in the events of climate change
11.1 ICT to monitor site condition
11.2 ICTs to promote knowledge sharing and improve management
11.3 ICTs to predict weather and types of fish-catches
11.4 ICTs for forecasting
11.5 ICTs for leveraging market realities
11.6 ICTs for emergency/alert systems
11.7 ICTs for maritime boundaries
11.8 ICTs for efficient decision-making (example from Lake Victoria)
11.9 Technology for high-accuracy fuel efficiency estimation
Appendix I – SayadTec application to adapt to climate change effects in the
fisheries sector
I.1 Introduction
I.2 SayadTec system description
I.3 SayadTec system modules
I.4 Technologies and tools
I.5 Future SayadTec developments
Appendix II – Fisher friend mobile application (FFMA) A mobile application
using ICTs to adapt to climate change effects in the fisheries sector
II.1 Introduction
II.2 FFMA system description
II.3 FFMA system features
II.4 Impact of FFMA summary
II.5 Awards
Appendix III – mKRISHI fisheries A mobile application using ICTs to adapt to
climate change effects in the fisheries sector
III.1 Introduction to the mKRISHI Fisheries application
III.2 mKRISHI system description
III.3 Impact of the mKRISHI application
Appendix IV – Localized weather alert service for fishing villages on Lake
Victoria
Appendix V – Analysis of ship-related big data to estimate fuel efficiency,
speed and other performance factors
V.1 Introduction
V.2 Background
V.3 Issues
V.4 About the new technology
V.5 Results
V.6 Future plans
Bibliography