Unit schedule and firm due times
This schedule lists what will be covered by the class and applications, and which units has to be completed in which week. Note that it is your responsibility to keep up with the schedule!
Important information applicable to all units
I will not accept any late submissions unless approved in writing prior to the due date.
OIT problems
If you have technical problems or questions that are not related to the material check the FAQ first. If you have questions on the material, email your question and clearly describe what you did not understand and where you are struggling.
Unit due times
All units are due on Thursday at 2359 Alaska time of the respective week in the semester. Note in some weeks more than one unit may be due. It is recommended to first finish a unit before working on the next higher unit as material builds on each other.
Day of class | Subject to be worked on | Unit to be finished by Thursday at 2359 AKT |
Week 1 | Basic hydrological concepts | unit 1 |
Week 2 | Global overview on the water cycle | unit 2 |
Week 2 | Precipitation – Formation, variability | unit 3 |
Week 3 | Precipitation measurements – Observational methods | unit 4 |
Week 3 | Areal estimation from point measurements | unit 5 |
Week 4 | Precipitation Climatology | unit 6 |
Week 4 | Snow characteristics, observation methods, errors, and climatology | unit 7 |
Week 5 | Snow-melt processes and runoff generation | unit 8 |
Week 5 | Snow modeling | unit 9 |
Week 6 | Soil properties and saturated subsurface flow | unit 10 |
Week 6 | Saturated subsurface flow | unit 11 |
Week 7 | Infiltration | unit 12 |
Week 7 | Soil temperature and water including soil frost and permafrost | unit 13 |
Week 8 | Groundwater and its roles in the regional water cycle | unit 14 |
Week 8 | Groundwater storage, flow, discharge and recharge | unit 15 |
Week 9 | Spring break | -.- |
Week 10 | Evaporation – physical-meteorological processes and observations | unit 16 |
Week 10 | Transpiration – biological processes including soil water uptake by vegetation | unit 17 |
Week 11 | Interception loss – process, observation and modeling | unit 18 |
Week 11 | Soil-vegetation modeling modeling | unit 19 |
Week 12 | Stream flow and evapotranspiration responses to precipitation/snow melt | unit 20 |
Week 12 | Stream flow modeling | unit 21 |
Week 13 | Coupled modeling of hydrometeorological processes | unit 22 |
Week 13 | Teleconnections | unit 23 |
Week 14 | Floods, droughts – drought indices | unit 24 |
Week 14 | Water management and its hydrometeorological impacts | unit 25 |
Week 15 | Human impacts on the water cycle: Land-use and land-cover changes | unit 26 |
Week 15 | Review for final during class time Q&A | Review on your own terms. Submit your questions on the day prior to class by 1500 |
Week 16 | FINALS | Location TBA |