MS data acquisition was performed using Analyst 1.4.2 software (Applied Biosystems) in the positive ion mode for information dependant acquisition (IDA) analysis.
Table 1 Survey contents Theme Question items and response options Disaster information gathering Media mode(s) for information gathering and the language in which those mode(s) were utilizeda Media mode options Television Radio Printed media (magazines, newspapers, etc).
Television, local radio, newspapers, and interpersonal networks are examples of commonly used media modes for gathering information during disaster situations (Piotrowski and Armstrong 1998; Bracken et al. 2005; Spence et al. 2007a; Burke et al. 2010).
Adolescents heavily favoured electronic media as preferred modes for accessing information, including websites (particularly Facebook, mentioned most frequently of all avenues discussed), YouTube videos, and advertisements on the internet, and email.
Internet communities can provide information and support for stigmatizing conditions that inhibit more traditional modes of information seeking.
Based on this understanding of how media modes were utilized for information gathering, the following points should be considered by organizations responsible for information dissemination to the foreign population in times of disaster.
Currently, older and underserved patients are less likely to use this mode of communication for information support (Davison et al 2000; Smyth et al 2007) and we expect this mode of contact to be fairly uncommon.
Media mode and language preferences for information gathering are shown in Fig. 3.
A recent technology for enabling Tb/s optical communications is mode division multiplexing (MDM), which leverages fiber modes as information carriers [1].
This is particularly true with the increasing need to more rapidly detect associations across various information modes for threat identification and determination in real-time, security-related contexts for example, in situations involving time critical targets of national importance where rapid assessments must be made as to the type and degree of threat that may or may not exist.
The optimum location for the application of ACLD/PCLD patches are found for specific modes and the information for different modes is then collated to get the best locations for control of multiple modes.
