Green-Book (GB) module overview | Objective of tutorial | GB Examples | GB Example Data | Set up | Get auxiliary data for custom examples | GB Module | modGBpop() | POP1: FIADB POPULATION - Get population data for post-stratified area and tree estimates for Wyoming | POP2: CUSTOM POPULATION - Get population data for post-stratified area and tree estimates for the Bighorn National Forest | POP3: CUSTOM SUB-POPULATIONS - Get sub-population data for area and tree estimates for the Bighorn National Forest Districts, using post-stratification | POP4: FIADB POPULATION - Get population data for area and tree estimates for Rhode Island, using post-stratification, with data stored in a SQLite database | modGBarea() | POP1: 1.1 Area of forest land, Wyoming, 2011-2013 | POP1: 1.2 Area by forest type on forest land, Wyoming, 2011-2013 | POP1: 1.3 Area by forest type and stand-size class on forest land, Wyoming, 2011-2013 | POP2: 2.1 Area by forest type and stand-size class, Bighorn National Forest | POP2: 2.2 Area by forest type group and primary disturbance class, Bighorn National Forest | POP3: 3.1 Area by forest type group and primary disturbance class, Bighorn National Forest Districts | POP4: 4.1 Area by forest type group and stand-size class, Rhode Island, 2019 | modGBtree | POP1: 1.1 Net cubic-foot volume of live trees, Wyoming, 2011-2013 | POP1: 1.2 Net cubic-foot volume of live trees by forest type, Wyoming, 2011-2013 | POP1: 1.3 Net cubic-foot volume of live trees by forest type and stand-size class, Wyoming, 2011-2013 | POP1: 1.4 Number of live trees by species, Wyoming, 2011-2013 | POP1: 1.5 Number of live trees (including seedlings) by species, Wyoming, 2011-2013 | POP1: 1.6 Number of seedlings by species, Wyoming, 2011-2013 | POP2: 2.1 Number of live trees by forest type and species on forest land, Bighorn National Forest | POP2: 2.2 Net cubic-foot volume of standing dead trees by species and cause of death on forest land, Bighorn National Forest | Adding diameter classes to population tree data (for modGBtree and modGBratio examples 7-9) | POP2: 2.3 Number of Live Trees by Species Groups and Diameter Class on forest land, Bighorn National Forest | POP2: 2.4 Number of Live Trees by Species Groups and a Different Diameter Class on forest land, Bighorn National Forest | POP2: 2.5 Number of Live Trees (+ seedlings) by Species Groups and a Different Diameter Class on forest land, Bighorn National Forest | POP3: 3.1 Volume of Dead Trees by Forest Type Group and Primary Disturbance on forest land, Bighorn National Forest Districts | POP4: 4.1 Net cubic-foot volume of live trees by forest type group and stand-size class, Rhode Island, 2019 | modGBratio | POP1: 1.1 Net cubic-foot volume per acre of live trees on timberland, Wyoming, 2011-2013 | POP1: 1.2 Net cubic-foot volume per acre of live trees by forest type on timberland, Wyoming, 2011-2013 | POP1: 1.3 Net cubic-foot volume per acre of live trees by forest type and stand-size class on timberland, Wyoming, 2011-2013 | POP2: 2.1 Number of live trees per acre by species, Bighorn National Forest | POP2: 2.2 Number of live trees (including seedlings) per acre by species, Bighorn National Forest | POP2: 2.3 Number of live seedlings per acre by species, Bighorn National Forest | POP2: 2.4 Number of live trees by forest type and species, Bighorn National Forest | POP2: 2.5 Number of standing dead trees by species and cause of death, Bighorn National Forest | POP3.1: 3.1 Number of live trees by species group and diameter class (DIACL2IN), Bighorn National Forest | POP3: 3.2 Number of Live Trees per acre by Species Group and Diameter Class, Bighorn National Forest Districts | POP1: 1.4 Net cubic-foot volume of live trees (at least 5 inches diameter) divided by net cubic-foot volume of all trees by forest type, Wyoming, 2011-2013 | No strata | By estimation unit (sumunits = FALSE) | References

Model-Assisted (MA) module overview | Objective of tutorial | Example data - Wyoming (WY), Inventory Years 2011-2012 | Set up | Get data for examples | Examples | modMApop | Example 1: Creating our population dataset with modMApop | modMAarea | Example 2: Area of forest land, Wyoming, 2011-2013 | Example 3: Area of forest land, Wyoming, 2011-2013, using the Elastic Net for variable selection | Example 4: Area by forest type on forest land, Wyoming, 2011-2013 | Example 5: Area by forest type and stand-size class on forest land, Wyoming, 2011-2013 | modMAtree | Example 6: Net cubic-foot volume of live trees, Wyoming, 2011-2013 | Example 7: Net cubic-foot volume of live trees, Wyoming, 2011-2013, using the Elastic Net for variable selection | Example 8: Net cubic-foot volume of live trees by forest type, Wyoming, 2011-2013 | Example 9: Net cubic-foot volume of live trees by forest type and stand-size class, Wyoming, 2011-2013 | Example 10: Number of live trees (plus seedlings) by species, Wyoming, 2011-2013

Photo-based (PB) module overview | Objective of tutorial | Output values from FIESTA Photo-Based module | Raw Data Used for Producing Estimates (If rawdata = TRUE) | Processing data (If rawdata = TRUE) | PB Functions and Examples | Example data - Utah, Davis and Salt Lake counties (ut1135), Time interval 2011-2014 | Set up | Get data for examples | PB Module | modPBpop() | Population Example 1: Population Data for estimation of percent of land cover at Time 1 (2011) | Population Example 2: Population data for estimation of area of land cover at Time 1 (2011) | Population Example 3: Population data for estimation by estimation unit | Population Example 4: Population data setup for plot-level data, with percent by domain as separate columns | Population Example 5: Population data with post-stratification for transition estimates | modPB | Example 1: Point-level data - Totals | Example 2: Point-level data - Totals - Time 1 | Example 3: Point-level data - Totals - Time 2 | Example 4: EPoint-level data - Totals - Agent of Change | Example 5: Point-level data - Totals - Agent of Change - Filters | Example 6: Point-level data - By Estimation Unit | Example 7: Point-level transition data (T1 Cover - T2 Cover) | Example 8: Ratio to means estimates | Example 9: Plot-level Data, with percent by domain as separate columns | Example 10: Point-level transition data (T1 Cover - T2 Cover) - Post-Stratification | References

Small Area (SA) module overview | Objective of tutorial | Example data - Wyoming (WY), Inventory Years 2011-2012 | Set up | Get data for examples | Examples | modSApop | Example 1: Creating our population dataset with modMApop | modSAarea | Example 2: Area of forest land, unit-level EBLUP | Example 3: Area of forest land, area-level EBLUP | Example 4: Area of forest land, hierarchical Bayesian models | Example 5: Ara of forest land, hierarchical Bayesian models, changing prior distribution | Example 6: Area of forest land, with model variable selection, JoSAE unit level EBLUP | modSAtree | Example 7: Total net cubic-foot volume of live trees (at least 5 inches diameter) | Example 8: Total net cubic-foot volume of live trees (at least 5 inches diameter), using model selection | Example 9: Above Ground Dry Biomass of live trees on forest land (at least 5 inches diameter), unit EBLUP from JoSAE | Example 10: Above Ground Dry Biomass of live trees on forest land (at least 5 inches diameter), area EBLUP from sae | References