base pathway mechanics how to use the tool interpretation what the products mean what the products...
TRANSCRIPT
BASE Pathway
Mechanics
How to use the tool
Interpretation
What the products mean
What the products don’t mean
S-490
LTAN/
FBAN
Fire modeler
Use of FireFamily Plus
How to obtain historic weather data
Developing ERC charts
Other useful indices
How historic weather data is used
BehavePlus
Fire behavior modeling
Fuel models
Spread
Spot
Size
contain
How to read the charts
Outputs –
are they reasona
ble, making adjustments
Fuel Models
The 40 and the 13 –
general description
Building custom fuel models
Spatial Analysis (see Helmbrecht’s document
Modeling concepts
Coordinate systems
Raster Data
Data Conversion
Developing rules for changing the landscape
Climatology
How to compare products
What do they mean to the current season
Looking at data
data critique
Making changes
Using outputs from models
Data Sources
IntroductionClimate
Raster Data
Where to get data
DRI, WIMS, ETC.
Choosing weather for planning
Statistics/Probability/RISK
Weather
Sources of
weather data
Applying weather forecasts to fire behavior
Obtaining weather forecasts
WindWizard/
NINJA be encouraged, but not in 492/493
FARSITE FSPRO
NFDRS
Drought indicators
Vectoring review
Introduction to various models, what they do, choosing which ones to use
Probabilities
TOM
Landscape file
how to critique
Pulling it together
Interpretation and use/limits and assumptions
Long-term risk assessment
Supporting operational decisions
Presenting information
S-590
Written documentationInterpretation and
use/limits and assumptions
Interpretation and use/limits and assumptions
NIFTT data prep
NIFTT ACT
Fire Family Plus intermediate – percentile weather, season end
RERAP
NDVI or Growing Season Index
Long-term implementation plan
Crown fire models
Mentoring/OJT
Fire progression – mid term
Identify what we want, pull the lessons from S-491, Wayne is working on pulling some FIRE Family Plus lessons
Review other courses to ensure no redundancy
Being developed by Pat Andrews – put before 490
Joe Scoptt isdeveloping lesson (NIFTT)
Regional content guidance for fuel models
Crown fire differences
Editing data, reposting data
Value of different approaches
Don’t include decision trees and recommend removing decision tree from 590?
DT are being replaced in WFDSS
Callibration
Crown fire models - differences
Model Parameters
Fuel moistures as used in the tools
Mentoring/OJT Mentoring/OJT
Advanced modeling techniques
TERM
Running program
Exporting output to other programs
FlamMap
MTT
Basic – fire behavior outputs
Introductions
Running program
Exporting output to other programs
Interpretation and use/limits and assumptions
What probability is and isn’t. What are the probabilities from the tools.
Burn probability
Being developed by WFDSS
Being developed by WFDSS
WindWizard not necessary between 490 and LTAN/FBAN
Tutorials being developed by Bret Butler
notes
S-491/NFDRS
LTAN Pathway
Mechanics
How to use the tool
Interpretation
What the products mean
What the products don’t mean
S-490
LTAN/
FBAN
Fire modeler
GIS spec
Use of FireFamily Plus
How to obtain historic weather data
Developing ERC charts
Other useful indices
How historic weather data is used
BehavePlus
Fire behavior modeling
Fuel models
Spread
Spot
Size
contain
How to read the charts
Outputs –
are they reasona
ble, making adjustments
Fuel Models
The 40 and the 13 –
general description
Building custom fuel models
Spatial Analysis (see Helmbrecht’s document
Modeling concepts
Coordinate systems
Raster Data
Data Conversion
Developing rules for changing the landscape
Climatology
How to compare products
What do they mean to the current season
Looking at data
data critique
Making changes
Using outputs from models
Data Sources
IntroductionClimate
Raster Data
Where to get data
DRI, WIMS, ETC.
Choosing weather for planning
Statistics/Probability/RISK
Weather
Sources of
weather data
Applying weather forecasts to fire behavior
Obtaining weather forecasts
WindWizard/NINJA be encouraged, but not in 492/493
FARSITE FSPRO
NFDRS
Drought indicators
Vectoring review
Introduction to various models, what they do, choosing which ones to use
Probabilities
TOM
Landscape file
how to critique
Pulling it together
Interpretation and use/limits and assumptions
Long-term risk assessment
Supporting operational decisions
Presenting information
S-590
Written documentationInterpretation and
use/limits and assumptions
Interpretation and use/limits and assumptions
NIFTT data prep
NIFTT ACT
Fire Family Plus intermediate – percentile weather, season end
RERAP
NDVI or Growing Season Index
Long-term implementation plan
Crown fire models
Mentoring/OJT
Fire progression – mid term
Regional content guidance for fuel models
Crown fire differences
Editing data, reposting data
Value of different approaches
Callibration
Crown fire models - differences
Model Parameters
Fuel moistures as used in the tools
Mentoring/OJT Mentoring/OJT
Advanced modeling techniques
TERM
Running program
Exporting output to other programs
FlamMap
MTT
Basic – fire behavior outputs
Introductions
Running program
Exporting output to other programs
Interpretation and use/limits and assumptions
What probability is and isn’t. What are the probabilities from the tools.
Burn probability
S-491/NFDRS
FBAN Pathway
Mechanics
How to use the tool
Interpretation
What the products mean
What the products don’t mean
S-490
LTAN/
FBAN
Fire modeler
GIS spec
Use of FireFamily Plus
How to obtain historic weather data
Developing ERC charts
Other useful indices
How historic weather data is used
BehavePlus
Fire behavior modeling
Fuel models
Spread
Spot
Size
contain
How to read the charts
Outputs –
are they reasona
ble, making adjustments
Fuel Models
The 40 and the 13 –
general description
Building custom fuel models
Spatial Analysis (see Helmbrecht’s document
Modeling concepts
Coordinate systems
Raster Data
Data Conversion
Developing rules for changing the landscape
Climatology
How to compare products
What do they mean to the current season
Looking at data
data critique
Making changes
Using outputs from models
Data Sources
IntroductionClimate
Raster Data
Where to get data
DRI, WIMS, ETC.
Choosing weather for planning
Statistics/Probability/RISK
Weather
Sources of
weather data
Applying weather forecasts to fire behavior
Obtaining weather forecasts
WindWizard/NINJA be encouraged, but not in 492/493
FARSITE FSPRO
NFDRS
Drought indicators
Vectoring review
Introduction to various models, what they do, choosing which ones to use
Probabilities
TOM
Landscape file
how to critique
Pulling it together
Interpretation and use/limits and assumptions
Long-term risk assessment
Supporting operational decisions
Presenting information
S-590
Written documentationInterpretation and
use/limits and assumptions
Interpretation and use/limits and assumptions
NIFTT data prep
NIFTT ACT
Fire Family Plus intermediate – percentile weather, season end
RERAP
NDVI or Growing Season Index
Long-term implementation plan
Crown fire models
Mentoring/OJT
Fire progression – mid term
Regional content guidance for fuel models
Crown fire differences
Editing data, reposting data
Value of different approaches
Callibration
Crown fire models - differences
Model Parameters
Fuel moistures as used in the tools
Mentoring/OJT Mentoring/OJT
Advanced modeling techniques
TERM
Running program
Exporting output to other programs
FlamMap
MTT
Basic – fire behavior outputs
Introductions
Running program
Exporting output to other programs
Interpretation and use/limits and assumptions
What probability is and isn’t. What are the probabilities from the tools.
Burn probability
S-491/NFDRS
Mentoring/OJT
Fuels PlannerPathway
Mechanics
How to use the tool
Interpretation
What the products mean
What the products don’t mean
S-490
LTAN/
FBAN
Fire modeler
GIS spec
Use of FireFamily Plus
How to obtain historic weather data
Developing ERC charts
Other useful indices
How historic weather data is used
BehavePlus
Fire behavior modeling
Fuel models
Spread
Spot
Size
contain
How to read the charts
Outputs –
are they reasona
ble, making adjustments
Fuel Models
The 40 and the 13 –
general description
Building custom fuel models
Spatial Analysis (see Helmbrecht’s document
Modeling concepts
Coordinate systems
Raster Data
Data Conversion
Developing rules for changing the landscape
Climatology
How to compare products
What do they mean to the current season
Looking at data
data critique
Making changes
Using outputs from models
Data Sources
IntroductionClimate
Raster Data
Where to get data
DRI, WIMS, ETC.
Choosing weather for planning
Statistics/Probability/RISK
Weather
Sources of
weather data
Applying weather forecasts to fire behavior
Obtaining weather forecasts
WindWizard/NINJA be encouraged, but not in 492/493
FARSITE FSPRO
NFDRS
Drought indicators
Vectoring review
Introduction to various models, what they do, choosing which ones to use
Probabilities
TOM
Landscape file
how to critique
Pulling it together
Interpretation and use/limits and assumptions
Long-term risk assessment
Supporting operational decisions
Presenting information
S-590
Written documentationInterpretation and
use/limits and assumptions
Interpretation and use/limits and assumptions
NIFTT data prep
NIFTT ACT
Fire Family Plus intermediate – percentile weather, season end
RERAP
NDVI or Growing Season Index
Long-term implementation plan
Crown fire models
Mentoring/OJT
Fire progression – mid term
Regional content guidance for fuel models
Crown fire differences
Editing data, reposting data
Value of different approaches
Callibration
Crown fire models - differences
Model Parameters
Fuel moistures as used in the tools
Mentoring/OJT Mentoring/OJT
Advanced modeling techniques
TERM
Running program
Exporting output to other programs
FlamMap
MTT
Basic – fire behavior outputs
Introductions
Running program
Exporting output to other programs
Interpretation and use/limits and assumptions
What probability is and isn’t. What are the probabilities from the tools.
Burn probability
S-491/NFDRS
Mentoring/OJT
GIS Techs/ Specialist Pathway
Mechanics
How to use the tool
Interpretation
What the products mean
What the products don’t mean
S-490
LTAN/
FBAN
Fire modeler
GIS spec
Use of FireFamily Plus
How to obtain historic weather data
Developing ERC charts
Other useful indices
How historic weather data is used
BehavePlus
Fire behavior modeling
Fuel models
Spread
Spot
Size
contain
How to read the charts
Outputs –
are they reasona
ble, making adjustments
Fuel Models
The 40 and the 13 –
general description
Building custom fuel models
Spatial Analysis (see Helmbrecht’s document
Modeling concepts
Coordinate systems
Raster Data
Data Conversion
Developing rules for changing the landscape
Climatology
How to compare products
What do they mean to the current season
Looking at data
data critique
Making changes
Using outputs from models
Data Sources
IntroductionClimate
Raster Data
Where to get data
DRI, WIMS, ETC.
Choosing weather for planning
Statistics/Probability/RISK
Weather
Sources of
weather data
Applying weather forecasts to fire behavior
Obtaining weather forecasts
WindWizard/NINJA be encouraged, but not in 492/493
FARSITE FSPRO
NFDRS
Drought indicators
Vectoring review
Introduction to various models, what they do, choosing which ones to use
Probabilities
TOM
Landscape file
how to critique
Pulling it together
Interpretation and use/limits and assumptions
Long-term risk assessment
Supporting operational decisions
Presenting information
S-590
Written documentationInterpretation and
use/limits and assumptions
Interpretation and use/limits and assumptions
NIFTT data prep
NIFTT ACT
Fire Family Plus intermediate – percentile weather, season end
RERAP
NDVI or Growing Season Index
Long-term implementation plan
Crown fire models
Mentoring/OJT
Fire progression – mid term
Regional content guidance for fuel models
Crown fire differences
Editing data, reposting data
Value of different approaches
Callibration
Crown fire models - differences
Model Parameters
Fuel moistures as used in the tools
Mentoring/OJT Mentoring/OJT
Advanced modeling techniques
TERM
Running program
Exporting output to other programs
FlamMap
MTT
Basic – fire behavior outputs
Introductions
Running program
Exporting output to other programs
Interpretation and use/limits and assumptions
What probability is and isn’t. What are the probabilities from the tools.
Burn probability
S-491/NFDRS
Mentoring/OJT