typically: SST and surface vector wind Global tropical moored buoy network (~120 JCOMM DBCP (TIP) can include: SLP, moorings) Current, Air-sea flux variables Volunteeer Observing all feasible surface JCOMM (SOT) Ship (VOS) fleet ECVs all feasible surface VOSClim ECVs plus extensive JCOMM (SOT) ship metadata Global reference all feasible surface mooring network (29 ECVs moorings) GLOSS core sea-level JCOMM GLOSS: network, plus sea level regional/national www.gloss-sealevel.org/ networks Carbon VOS pCO2, SST, SSS JCOMM DBCP Sea ice buoys sea ice and Dated: 25/10/2013 Many of the elements of the in situ networks transmit their data in real time to agreed centers data centers, where the data are then sent in real time over the WMO Global Telecommunications System and made available on internet servers. The Observations Programme Area of JCOMM has undertaken monitoring activities for both real-time transmitted data and other delayed-mode observing platforms.
Global tropical moored buoy network (~120 moorings) typically: SST and surface vector wind can include: SLP, Current, Air-sea flux variables JCOMM DBCP (TIP) Volunteeer Observing Ship (VOS) fleet all feasible surface ECVs JCOMM (SOT) VOSClim all feasible surface ECVs plus extensive ship metadata JCOMM (SOT) Global reference mooring network (29 moorings) all feasible surface ECVs GLOSS core sea-level network, plus regional/national networks sea level JCOMM GLOSS: www.gloss-sealevel.org/ Carbon VOS pCO2, SST, SSS Sea ice buoys sea ice JCOMM DBCP and Dated: 25/10/2013 Many of the elements of the in situ networks transmit their data in real time to agreed centers data centers, where the data are then sent in real time over the WMO Global Telecommunications System and made available on internet servers. The Observations Programme Area of JCOMM has undertaken monitoring activities for both real-time transmitted data and other delayed-mode observing platforms.
GuidanceNoteECVs.docx