Steiner approach for Biological Pathway Graph Analysis
A set of graph functions writen in R to perform steiner
tree network data analysis on biological pathway data

Package is broken since a (premilinary announced) API
change in package igraph, although an igraph0 compatibility
package is available.

Steiner Tree Approach for Graph Analysis
A set of graph functions writen in R to find Steiner trees
on graphs. It provides tools for analysing Steiner tree
application on networks. It has applications in biological
pathway network analysis.

A set of graph functions written in R to find Steiner
trees on graphs. It provides tools for analysing Steiner tree
application on networks. It has applications in biological
pathway network analysis.

igraph, limma, RBGL, graph, grDevices, stats, utils, graphics
A set of graph functions to find Steiner
trees on graphs. It provides tools for analysing Steiner tree
application on networks. It has applications in biological
pathway network analysis (Sadeghi 2013) <doi:10.1186/1471-2105-14-144>.

A set of functions for finding and analysing Steiner trees. It has applications in
biological pathway network analysis. Sadeghi (2013) <doi:10.1186/1471-2105-14-144>.

Estimation of the parameters of a spatio-temporal model
using the EM algorithm, estimation of the parameter standard
errors using a spatio-temporal parametric bootstrap, spatial
mapping.

Reconstructing Tree Growth and Carbon Accumulation with Stem
Analysis Data
c(person("Huili", "Wu", role = c("aut", "cre"), email = "wuhuili0701@163.com"), person("Wenhua", "Xiang", role = "aut"))
Use stem analysis data to reconstructing tree growth and carbon accumulation. Users can independently or in combination perform a number of standard tasks for any tree species.
(i) Age class determination.
(ii) The cumulative growth, mean annual increment, and current annual increment of diameter at breast height (DBH) with bark, tree height, and stem volume with bark are estimated.
(iii) Tree biomass and carbon storage estimation from volume and allometric models are calculated.
(iv) Height-diameter relationship is fitted with nonlinear models, if diameter at breast height (DBH) or tree height are available, which can be used to retrieve tree height and diameter at breast height (DBH).
<https://github.com/forestscientist/StemAnalysis>.