Title: AMY
1AMY
- Some concluding remarks
- Howard Cattle
2AMY
- AMY brings together some 21 regional projects
plus other national and international programme
contributions. But what does AMY bring us? - At one level, AMY acts to provide communication
between these facilitating interactions between
them - Challenge is to meld AMY into a coordinated
international programme rather than a loose
collection of projects/activites - on way (this
meeting) - Science plan - still work to do on observation,
modelling and data management issues - How will AMY be delivered - need for focussed
Implementation Plan
3AMY Science Plan
- Science Plan identifies a wide range of science
questions classified according to timescale
(diurnal -gt decadal) and against a number of
science foci - Science plan objectives which emerge are focused
around - Ocean-atmosphere interaction
- Land-atmosphere interaction
- Improve skill in seasonal to interannual
prediction of the Asian monsoon - Development of a hydrometeorological prediction
system and database - Human interactions with the monsoon
- SSC plus Working Groups are against observations,
modelling and data management - Doesnt yet bring a fully coordinated science
approach between inputs and objectives
4Classification of projects
- Continental hydroclimatology land-atmosphere
interactions and weather-monsoon interactions - Impact of the Tibetan Plateau
- Aerosol/cloud/radiation/water cycle interactions
- Ocean-atmosphere interactions tropical cyclones
- Monsoon prediction including climate trends
- Interactions between human and natural components
- Plus contributions from wider national/internatio
nal activities - 1-3 above part of land surface interactions
overall. Hydromet prediction system can be added
in (MAHASRI)
5Classification of Projects
Hydroclimatology, weather CEOP, SACOL, PRAISE, SCHeREX, SoWMEX/TiMREX, IITM/rain, CTCZ, STORM, MAHASRI/JEPP
Tibetan Plateau ITP/TORP JICA/Tibet
Aerosols CEOP, SACOL, IITM/CAIPEX, JAMEX, EAST-AIRE AMF, SMART-COMMIT, ARCS-ASia
Ocean interactions AIPO, CTCZ, JEPP/IO, PALAU2008, TCS08
Monsoon prediction AAMP, APEC, CEOP,
Human interactions MAIRS others link across
Plus other National International contributions
6Implementation Plan strawman
- Overall aims and objectives of AMY key
deliverables - Overall strategy for implementing AMY
- How/do the project activities integrate?
- Cross programme integrated modelling and
observational programmes and data management - Links to international activities
- Others
7IP - development
- Finalize science plan - soon
- Develop IP asap through e.g
- SSC (Sections 1, 2, 5)
- Working groups (Sections 4) with feed
in/interactions with - Email science area groups (Sections 3.4) each led
by SSC member against mapping of projects to
existing objectives or - Land surface interactions
- Hydroclimatology, weather
- Tibetan Plateau
- Aerosols
- Ocean interactions
- Monsoon prediction
- Hydromet prediction system
- Human interactions
- Timescale - over next few months?
8AMY-08
- AMY year 08/09
- Many projects extend beyond this
- Some have main phase on later timescale (e.g
CTCZ) - What is vision beyond 08/09?
- Should timeframe be extended? e.g
- 08-09 spin up period
- 09/010 main AMY year
- 010-011 consolidation phase
- Logo?
9 10Data management and policy
- DM presentation
- Agree data policy
- Set agenda for pending issues
- Distributed archiving
- Include data assimilation and integration
projects in science plan - Start editing provisional catalogue
- Start survey of data needs
- Redistribution issues including timescale for
science project data release - Ocean and plateau data assimilation
implementation - Role of APCC - hindcasts dataset TFSP subset
AMY08 data depository - Need discussion of modelling data archiving
11Observations
- Coordinated observation effort over IMY
- Category 1 data - operational observations
coordinate within WMO framework build central
framework - through CEOP? - Category 2 data - Scientific observations -
develop catalogue approach - Need to consider land-based and ocean-based data
- Through science structure, observations group
needs to identify observations required to
deliver science observational convergence
framework seek access to operational data
through WCRP/WMO - Identify observational requirements for modelling
for data assimilation/initialization
validation. - High resolution needed for e.g diurnal studies,
parametrization development satellite data needs
to be identified - Importance of developing timetable and catalogue
of observations through AMY period. Identify
observational gaps (mapping), request increased
observational effort through WCRP/WMO? All
requested to input (mechanism?). - QC plan and data integration -gt DM plan
12Data management and policy
- Lot of issues identified - important area to
start planning now - AMY08 complex project of projects
- Data management plans for each project defined?
- Build catalogue
- Need discussion of model data archiving (e.g
APCC) - Distributed system - effort for dataset
integration needs to be considered - Quality checks - build on CEOP experiences issue
of spatial inhomogeneities - Password protected quick look data set release
dates for processed data AMY participant
priority - Provide example that may be valuable to AMY e.g
GAME data or composite precipitation dataset? - Transfer to international data centres? Real time
delivery
13Modelling
- Smallest group but key activity to meet
objectives - Utilize AAMP, AAPC/CliPAS, TFSP seasonal
prediction outputs - Organise analysis of these hindcast datasets
- Organise new hindcast experiments to look at
sensitivity to soil moisture fields
initialization. Through soil moisture
renanalysis? - Encourage modelling research (with objective 4)
- Regional modelling to test parametrizations,
aerosol studies etc hydromet prediction system - Regional modelling activities also part of
individual projects - need to see how these fit
together - Common approach to to initial data validation?
- Links to human interactions