Property:LabTopicalLearningObjective

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"thin ice" approximation  +, equilibrium line altitude (ELA)  +, mass balance in a glacier  +
Access data through a data component  +, Understand the difference between an API and a BMI, as well as their relative strengths  +
Access data through a data component  +, Understand the difference between an API and a BMI, as well as their relative strengths  +
Averaging Time-series data at different frequencies  +, Importing long-temporal data series  +, learn how to make more complicated plots in python: 2 y-axes or using color of markers to denote a 3rd variable  +,
Basic theory and simulation of landscape diffusion  +, Basic theory and simulation of river erosion  +, Effects of diffusion and river erosion on a cratered landscape  +,
CSDMS Data Component  +, Data-Model Integration  +, Landlab  +
CSDMS Data Component  +, Landlab  +, Landslide Susceptibility  +
CSDMS Data Component  +, Landlab  +, Pymt  +
CSDMS Data Component  +, WAVEWATCH III  +, Wave power  +
CSDMS Data Component  +
CSDMS Data Component  +
CSDMS Data Component  +
CSDMS data component  +
Concepts of rainfall intensity, storm depth, and hydraulic conductivity  +, Relationships between infiltration depth and hydraulic conductivity  +, Relationships between rainfall intensity distribution and hydrographs  +
Critical evaluation of what the Air Frost number approximates  +, Freezing and thawing day indices and how to approximate these  +, What is the primary control on the occurrence of permafrost  +,
Darcy's Law  +, groundwater and shallow aquifers  +, hydraulic conductivity  +,
Difficulties in relating stage to discharge  +, River discharge and stage  +, Stage-discharge relationship  +
Diffusion of temperature  +, Software interface  +
Erosional degradatoin of an earthquake fault scarp  +, Flood sequence along an inclined surface  +, Geomorphic diffusion for landform evolution  +
Explore how a river system responds to climate change  +, Explore the HydroTrend base-case river simulation  +, Learn how humans can affect river sediment loads  +
Explore how changing our shoreface geomorphology alters the evolution of our coastline through time  +, Explore the impact of different wave climates on shoreline evolution  +
Explore mean annual water discharge trends through time  +, Simulation of discharge for the Ganges River  +, Simulation of suspended sediment discharge for the Ganges River  +
Explore the influence of river input on delta formation  +, Explore the influence of wave conditions (e.g., wave height, wave angle) on delta formation  +, Generate a wave-dominated delta  +
Flood Frequency Analyses  +, Rating Curves  +, Time-series gaps  +
How to set up, initialize, run, and finalize a model in pymt  +, Why use pymt  +, pymt library of models  +
Interact with and learn about NetworkModelGrid (NMG): its geometry, and the connectivity among the various element types and information  +, Learn about Data Record to store variables in time and/or space dimensions.  +
Landscape evolution  +, Sediment flux  +, Stream Power equation  +,
Mesh generation  +, Mesh visualization  +
Studying  +
What are important parameters for calculating active layer thickness  +
active layer thickness evolution with climate warming in two locations in Alaska  +, what are controls on permafrost soil temperature  +, what are important parameters for calculating active layer thickness  +,
effects of diurnal and seasonal forcing  +, phase relationship between soil and air temperature  +, temperature diffusion  +
how changes in global climate affect permafrost  +, learn about the permafrost-carbon feedback mechanism  +, what is the primary control on the future occurrence of permafrost  +
learn about the planview morphology of meandering rivers  +, learn how meandering rivers migrate  +, learn how to quantify sinuosity, relationship between slope,  +
what are important parameters for assessing the state of permafrost in the future?  +, what are regional differences in permafrost occurrence  +, what is a climate reanalysis product, what uncertainties does it have?  +