Data collection and information development are essential prerequisites for
coastal adaptation. The more relevant, accurate and up-to-date the data and
information available, the more targeted and effective adaptation can be. Coastal
adaptation requires data and information on coastal characteristics and dynamics,
patterns of human behaviour, as well as an understanding of the potential consequences
of climate change. It is also essential that there is a general awareness amongst
the public and coastal planners and managers of these consequences and of the
possible need to act. In countries where the central government has neither
the means nor the expertise to address problems in every part of the coast,
the information is used most effectively when targeted at the most influential
people in the community.
Large-scale global and regional databases exist for a great number of climatic
and socio-economic variables relevant to coastal zones. These databases may
be accessed and downloaded from the Internet. However, coastal adaptation to
climate change cannot rely exclusively on these readily available databases.
Table 15.1 lists a number of relevant technologies that can serve to increase
the understanding of the coastal system (which involves data collection and
analysis), to conduct climate-impact assessment in coastal zones and to raise
public awareness. Where appropriate, reference is made to publications that
either describe the technology in detail or provide examples of its application.
Further information on a broad range of technologies for coastal-system description
can be found in Morang et al. (1997a), Larson et al. (1997), Morang et al. (1997b)
and Gorman et al. (1998). Bush et al. (1999) described the use of geoindicators
for rapid coastal risk assessment, while Capobianco (1999) discussed technologies
in relation to integrated coastal zone management.
Table 15.1 Examples (i.e., not an
exhaustive list) of important technologies to collect data, provide information
and increase awareness for coastal adaptation to climate change |
Application |
Technology |
Additional Information |
Coastal-System Description |
|
|
|
|
|
- Debusschere et al. (1991); Holman et al. (1994); Plant and Holman
(1997)
|
- Airborne laserscanning (lidar)
|
- Lillycrop and Estep (1995); Sallenger et al. (1999)
|
|
|
|
|
|
|
- Martinez-Diaz-De-Leon et al. (1999)
|
|
|
|
|
|
- Emery and Aubrey (1991); Woodworth (1991); Gröger and Plag (1993);
NOAA (1998)
|
- Historical or geological methods
|
|
|
|
- Baker (1993); Miller et al. (1993); Zerbini et al. (1996); Neilan
et al. (1997)
|
- Tide gauges, satellite altimetry and global positioning systems
|
- Redfern and Williams (1996); Clark et al. (1997); Henderson et al.
(1999)
|
|
|
- Lipton and Wellman (1995); Turner and Adger (1996)
|
|
|
|
- Legal and institutional arrangements
|
- Interviews, questionnaires
|
|
|
- Interviews, questionnaires
|
|
Climate-Impact Assessment |
|
- Coastal vulnerability index
|
- Hughes and Brundrit (1992); Gornitz et al. (1994); Shaw et al (1998)
|
- Sustainable capacity index
|
- Kay and Hay (1993); Yamada et al. (1995); Nunn et al. (1994a,b)
|
- (Semi-) quantitative methods
|
|
- IPCC CZMS (1992); Bijlsma et al. (1996)
|
- Aerial-videotape assisted vulnerability assessment
|
- Leatherman et al. (1995); Nicholls and Leatherman (1995)
|
- UNEP impact and adaptation assessment
|
- Klein and Nicholls (1998, 1999)
|
|
|
- Engelen et al. (1993); Ruth and Pieper (1994); West and Dowlatabadi
(1999)
|
Awareness Raising |
|
- Brochures, leaflets, newsletters
|
|
|
- Newspapers, radio, television, cinema
|
|
|
|
|
|
|
- Computerised simulation models
|
|