All RAPID AOs: Successful bids
Relevance to science objectives

The table below lists successful bids in all RAPID AOs and shows how they adress the objectives listed in the RAPID Science Plan.

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	Principal Investigator	Science Objectives Click on nos.for detail								Title
		1	2	3	4	5	6	7	8
	Bryden H. (Marotzke)	1								Monitoring the Atlantic Meridional Overturning Circulation at 26.5°N.   Abstract
	Cromwell D.	1								Measuring the meridional overturning circulation from space: a feasibility study.   Abstract
	Watson A.	1								Time series of transient tracers in North Atlantic deep waters.   Abstract
	Hughes C.	1								A monitoring array along the western margin of the Atlantic.   Abstract
	Bacon S.		2	3						Cape Farewell and Eirik Ridge: Interannual to Millenial Thermohaline Circulation Variability   Abstract
	Bamber J.					5				The role of the cryosphere on modulating the thermohaline circulation of the North Atlantic   Abstract
	Briffa K.			3				7		Quantitative applications of high-resolution late Holocene proxy data sets: estimating climate sensitivity and thermohaline circulation influences   Abstract
	Bryden H.		2							Extending the time series of Atlantic Meridional Overturning backwards in time using historical measurements   Abstract
	Challenor P.								8	The Probability of Rapid Climate Change   Abstract
	Fairchild I.			3				7		Atlantic Seaboard Climate Responses including Bounding Errors (ASCRIBE)   Abstract
	Guilyardi E.					5			8	The role of salinity in ocean circulation and climate response to greenhouse gas forcing   Abstract
	Holmes J.			3				7		ISOMAP UK: a combined data-modelling investigation of water isotopes and their interpretation during rapid climate change events   Abstract
	Hoskins B.						6			The atmospheric water vapour budget and its relevance to the THC   Abstract
	Josey S.		2			5	6	7		The Role of Air-Sea Forcing in Causing Rapid Changes in the North Atlantic Thermohaline Circulation   Abstract
	McCave I.N.			3						Hydrographic and flow changes at sharp climate transitions in the North Atlantic MOC, 0-16ka BP   Abstract
	Pain C.		2		4					Better Understanding of Open Ocean Deep Convection (OODC) with Reference to THC   Abstract
	Tudhope A.			3				7	8	Improving our ability to predict rapid changes in the El Nino Southern Oscillation climatic phenomenon   Abstract
	Watson A.		2		4	5				Circulation, overflow, and deep convection studies in the Nordic Seas using tracers and models   Abstract
	Wells N.		2							The determination of heat transfer and storage, and their changes in the North Atlantic Ocean   Abstract
	Williams R.		2		4	5				The role of sloping topography in the overturning circulation of the North Atlantic   Abstract
	Willmott A.		2		4					Processes controlling dense water formation and transport on Arctic continental shelves   Abstract
	Wolff E.			3				7		High resolution anatomy of rapid climate transitions in the last glacial period from a Greenland ice core   Abstract
	Austin W.			3				7		Can Younger Dryas atmospheric 14C concentration be attributed to North Atlantic surface ocean ventilation? (NERC RAPID)   Abstract
	Bacon S.		2		4					Arctic regulation of the thermohaline circulation (ARTHER)   Abstract
	Chapman M.			3						Significance of Holocene multi-decadal to millennial scale variability in the subpolar North Atlantic.   Abstract
	Gregory J.					5	6		8	Understanding uncertainty in simulations of THC-related rapid climate change.   Abstract
	Gregory J.					5	6		8	UK Coupled model intercomparison project on the Thermohaline Circulation   Abstract
	Haines K.					5		7		Assimilation in ocean and coupled models to determine the thermohaline circulation.   Abstract
	Hoskins B.						6			The impact of climate change on the North Atlantic and European storm-track and blocking.   Abstract
	Lowe J.J.			3						Precise chronology of the timing of changes in behaviour of the North Atlantic THC and their forcing effects, 16-8 ka BP'   Abstract
	Marshall D.					5		7		Attribution of ocean climate change signals in the Atlantic.   Abstract
	Sutton R.								8	Predictability of rapid climate change associated with the Atlantic thermohaline circulation.   Abstract
	Watson A.		2							Time series of Transient Tracers in the North Atlantic.   Abstract
	Bigg G.				4			7		Punctuated disintegration of the NW European ice sheet and rapid climate change
	Elderfield H.		2	3						Variations of the Atlantic MOC during rapid changes: callibration, modelling and paleoceanographic observations (VAMOC)
	Harrison S.			3				7		Impact of changing freshwater flows on the THC and European climate
	Osborn T..							7		To what extent was the Little Ice Age a result of a change in the THC?
	van den Broeke M.		2		4					Mass balance and freshwater contribution of the Greenland ice sheet: a combined modelling and observational approach