Our Slippery Future Paper Outline

[ChristinaB]

• [ ] Describe hydrid climate product

[RondaStrauch]

• Climatology (Precip & temp) from Livneh13 and WRF14 modeling (WRF is biased relative to observations at low elevation)

• Use Livneh to bias correct WRF based on 3 elevation bands (more correction at low elevation?)

• Livneh performs better at low elevations (where stations are) and WRF is more physically based representations of processes such as lapse rates.

• Use observed streamflow to validate climatology

• This becomes the Hybrid Livneh-WRF climatology

[ChristinaB]

Sketched paper outline based on these figures.
Figure 1. [Introduction] see notes in One Note Doc

Figure 2.

Figure 3.

Figure 4.

Figure 5.

[ChristinaB]

Methods Section:

• [ ] Hybrid climate description citation to Skagit Report (Bandaragoda et al., 2019) and paper in draft (Bandaragoda et al., 2020, in preparation). - Christina -- edit by Crystal

• [ ] DHSVM model description - Christina -- edit by Nicoleta

• [ ] Saturation extent - Nicoleta -- edit by Christina

• [ ] DHSVM outputs/Landlab inputs - dtw - Christina -- edit by Ronda

• [ ] GIS inputs to Landslide model - Ronda - edit by Christina

• [ ] Fire Ronda -- edit by Crystal

• [ ] Landlab component - site Strauch et al., 2018 Ronda -- edit by Christina

• [ ] Cyberinfrastructure/Reproducibility -- Christina edit by Ronda

[ChristinaB]

Best idea for figure showing elevation dependent values for ice, snow, dtw, and landslides comparing historic and future and scenarios. Appendix? or the primary figure? We will find out soon!