forestinventory: Design-Based Global and Small-Area Estimations for Multiphase Forest Inventories

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Extensive global and small-area estimation procedures for multiphase forest inventories under the design-based Monte-Carlo approach are provided. The implementation includes estimators for simple and cluster sampling published by Daniel Mandallaz in 2007 (<DOI:10.1201/9781584889779>), 2013 (<DOI:10.1139/cjfr-2012-0381>, <DOI:10.1139/cjfr-2013-0181>, <DOI:10.1139/cjfr-2013-0449>, <DOI:10.3929/ethz-a-009990020>) and 2016 (<DOI:10.3929/ethz-a-010579388>). It provides point estimates, their external- and design-based variances as well as confidence intervals. The procedures have also been optimized for the use of remote sensing data as auxiliary information.

Author
Andreas Hill [aut, cre], Alexander Massey [aut], Daniel Mandallaz [ctb]
Date of publication
2016-07-06 16:04:39
Maintainer
Andreas Hill <forestinventory@gmx.ch>
License
GPL (>= 2)
Version
0.1.0

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Man pages

confint
Calculates Confidence Intervals for Global and Small-Area...
forestinventory
forestinventory: A package for computing design-based...
grisons
Data from a multiphase forest inventory in the canton of...
onephase
onephase
summary
Summarizing Global and Small-Area Estimation Results
threephase
threephase
twophase
twophase
zberg
Data from a multiphase forest inventory at the zurichberg...

Files in this package

forestinventory
forestinventory/inst
forestinventory/inst/CITATION
forestinventory/NAMESPACE
forestinventory/NEWS
forestinventory/data
forestinventory/data/grisons.rda
forestinventory/data/zberg.rda
forestinventory/R
forestinventory/R/global_exhaustive3p.R
forestinventory/R/global_nonexhaustive2p.R
forestinventory/R/small_area_exhaustive2p.R
forestinventory/R/small_area_exhaustive3p_cluster.R
forestinventory/R/small_area_nonexhaustive2p_cluster.R
forestinventory/R/psmall_fct.R
forestinventory/R/small_area_exhaustive2p_cluster.R
forestinventory/R/small_area_exhaustive3p.R
forestinventory/R/zberg_documentation.R
forestinventory/R/global_exhaustive2p_cluster.R
forestinventory/R/global_exhaustive2p.R
forestinventory/R/small_area_nonexhaustive3p.R
forestinventory/R/small_area_nonexhaustive2p.R
forestinventory/R/psmall_fct3p.R
forestinventory/R/onephase.R
forestinventory/R/threephase.R
forestinventory/R/convert_coefs_table_global3p.R
forestinventory/R/twophase.R
forestinventory/R/errorchecking.R
forestinventory/R/print_methods.R
forestinventory/R/small_area_nonexhaustive3p_cluster.R
forestinventory/R/small_area_looper_3p.R
forestinventory/R/global_nonexhaustive2p_cluster.R
forestinventory/R/boundaryweight_fct_3p_clust.R
forestinventory/R/global_exhaustive3p_cluster.R
forestinventory/R/grisons_documentation.R
forestinventory/R/confint_methods.R
forestinventory/R/boundaryweight_fct_2p3p.R
forestinventory/R/global_nonexhaustive3p.R
forestinventory/R/global_nonexhaustive3p_cluster.R
forestinventory/R/forestinventory.R
forestinventory/R/small_area_looper.R
forestinventory/R/design_matrix.s1_return.R
forestinventory/R/summary_methods.R
forestinventory/README.md
forestinventory/MD5
forestinventory/DESCRIPTION
forestinventory/man
forestinventory/man/twophase.Rd
forestinventory/man/threephase.Rd
forestinventory/man/onephase.Rd
forestinventory/man/confint.Rd
forestinventory/man/zberg.Rd
forestinventory/man/grisons.Rd
forestinventory/man/forestinventory.Rd
forestinventory/man/summary.Rd