Tasks 

 ON-SITE TASKS 

Week 2 : Flood map generation

• Hydraulical modelling 

• Creating flood maps and hasard maps

• Assessing flood risks 

• Better understand of climate change

Week 1 : Flood risk assessment under climate change 

• Hydrological modelling

• Use the design storms to model extreme flows in the catchment 

• Calibration model (SHETRAN)

• Running SHETRAN using the DDF storms

• Data analysis : Obtain measurements - peak flow, rate of increase, event duration and volume.

ONLINE TASKS 

Week 7 : Weather Generator 

• Activation and implementation of RWGEN with the various climate change packages

• Identify similarities between observed data and simulated data

• Verification of the adequacy of the data

Week 5/6 : Rainfall Gens

• To generate more rainfall data 

• To address not having enought data

• Running weather generator 

Week 3/4 : Reviewing the achievements so far

• Reading literature on current methodologies

• Work on the report/presentation introduction, study area and data used

• Finish exercises from week 1 and 2

Week 2 : Rainfall data pre-processing

• Data processing for the Ouseburn Catchment

• Data imputation: how to treat missing data

• Spatial interpolation of data

draft slides https://docs.google.com/presentation/d/1a2uZscXTwU6VGLRH9zOtqMnUw91DPejaHnSn3fxUku4/edit#slide=id.p

Week 1 : Familiarizing with the data

• How many years of data are available?

• Are the data comprehensive? Any missing values?

• What units are used to represent these data?

• Temporal resolution of the data?

• Graphically represent two years of data - 94/95 and 07/08.

• Perform statistical analyses, including mean, median, standard deviation, and percentiles (Q1, Q5, Q95, Q99).

• Identify the annual maxima for each provided hydrological year.

draft slides https://docs.google.com/presentation/d/1LIAlHRZ4zpWfXbCrBw66wYCZ0Ov9fSpj/edit#slide=id.p1