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mrb-streamflow-change

modeled changes in Missouri River flow due to climate, LULCC, and CO2 fertilization

https://github.com/mpdannenberg/mrb-streamflow-change

Science Score: 26.0%

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Repository

modeled changes in Missouri River flow due to climate, LULCC, and CO2 fertilization

Basic Info
  • Host: GitHub
  • Owner: mpdannenberg
  • License: mit
  • Language: MATLAB
  • Default Branch: main
  • Size: 147 MB
Statistics
  • Stars: 0
  • Watchers: 1
  • Forks: 0
  • Open Issues: 0
  • Releases: 1
Created over 3 years ago · Last pushed over 1 year ago
Metadata Files
Readme License Citation

README.md

mrb-streamflow-change

modeled changes in Missouri River flow due to climate, LULCC, and CO2 fertilization

Script descriptions and order

Estimate Q from model simulations

modelmstmipcontributions_runoff.m

Estimate runoff and streamflow for MsTMIP simulations

modelclimatecontributions_runoff.m

Estimate streamflow from water-budget model simulations driven by Williams variability vs. trends climate data

calculaterunoffratio.m

Compare modeled and measured runoff ratio (for supplemental material)

comparemodelsgages.m

Compare modeled streamflow (MsTMIP and MW11) to measured streamflow at Hermann, MO gage (supplementary figure)

comparewypeak_mean.m

Compare water-year peak flow to water-year mean flow (supplementary figure)

Make study area maps

mapstudyarea.m

Map of study area with major streams, regions, and instrumental and modeled flow anomalies

map_nlcd.m

Map of study area land cover (supplementary figure)

mapmstmiplulcc.m

Map and time series of 1800-2010 land cover change using on the LULCC data used in the MsTMIP simulations (supplementary figure)

Calculate driver contributions and make maps / tables of results

mappreindustrialcontributions_runoff.m

Calculate MsTMIP drivers of flow and make maps of contributions relative to "pre-Industrial" baselines

mapinstrumentalcontributions_runoff.m

Calculate drivers of flow (including anthropogenic vs. natural climate effects and separation of precipitaiton, PET, and temperature effects) and make maps of contributions to early instrumental baseline (i.e., earliest 30-year period of flow records)

maketabledQ_PreIndustrial.m

Calculate contribution of each MsTMIP factor (climate, LULCC, and CO2) to flow change relative to "pre-Industrial" baselines

maketabledQ_GageOverlap.m

Calculate contribution of each factor to flow change between mid and late century and compare to measured flow change

plotmonthlyclimatecontributionsrunoff.m

Calculate contributions of each factor to flow change between mid and late century for each individual region within the MRB

plotqnatteleconnection_correlations.m

Calculate and plot correlations between the "natural" component of MRB flow and seasonal composites of teleconnection indices (Nino3.4, PNA, NAO, and AMO)

Owner

  • Name: Matthew Dannenberg
  • Login: mpdannenberg
  • Kind: user
  • Location: Iowa City, IA
  • Company: University of Iowa

Asst. Prof. in Geographical and Sustainability Sciences at U of Iowa. I study climate and carbon/water cycles in forests and drylands.

GitHub Events

Total
  • Release event: 1
  • Push event: 4
Last Year
  • Release event: 1
  • Push event: 4