One goal of the SAMOS data center at FSU is to establish a partnership with data
providers that is beneficial to those responsible for collecting observations on
vessels. We seek to provide on-shore services that will improve the accuracy and
overall quality of automated marine observations. At present, we provide the
following services that should benefit vessel operators:
- Routine data quality evaluation - observations are received from
participating vessels on a daily basis. All observations undergo automated
quality control and are visually inspected by a trained marine meteorologist the
day after they are received (excluding weekends - we are not a 24/7 operation).
- After quality evaluation, the on-shore data analyst will notify the vessel
directly when problems or concerns are discovered in the data received. This
two-way communication with the technicians on the vessel allows sensor problems
to be fixed before large amounts of incorrect data are collected.
- Near real-time distribution of quality evaluated observations from your
vessel. Preliminary observations are available within 10 minutes of receipt and
a research quality product (more extensive quality evaluation) is available
after two weeks.
- Metadata tracking and inclusion into all distributed data files. The SAMOS
DAC maintains an SQL database of metadata for each individual vessel. These
metadata are served to the user community.
- Decision support for vessels wishing to improve sensor suites and exposures.
Scientists contributing to SAMOS are willing to communicate with individual
vessel operators to provide recommendations on sensors to deploy and how best to
site the sensors to collect the highest quality observations.
- [Coming Soon] On-board evaluation of your meteorological instrument system.
NOAA/ESRL and WHOI are developing a air-sea flux reference standard instrument
system that will be able to be deployed along side your system for on-board and
underway comparison. A trained technician will make recommendations to improve
your sensor system.