Title: a Keep It Simple Species Migration Model
Authors@R: c( person("Michael P.", "Nobis", role = c("cre", "aut"), email =
"michael.nobis@wsl.ch"), person("Signe", "Normand", role = "ctb"))
Author: Michael P. Nobis [cre, aut], Signe Normand [ctb]
Maintainer: Michael P. Nobis <michael.nobis@wsl.ch>
Description: Simulating species migration and range dynamics under stable or changing environmental conditions based on a simple, raster-based, stochastic migration model. Providing accessibility for considering species migration in niche-based species distribution models.

Description: Simulating species migration and range dynamics under stable or changing environmental conditions based on a simple, raster-based, stochastic migration model. Providing accessibility from an origin or previous distribution for niche-based species distribution models. Nobis & Normand (2014) <doi:10.1111/ecog.00930>.

Title: Data Manipulation Functions Implemented in C
Authors@R: c(person("Morgan", "Jacob", role = c("aut", "cre", "cph"), email = "morgan.emailbox@gmail.com"))
Description: Basic functions, implemented in C, for large data manipulation. Fast vectorised ifelse()/nested if()/switch() functions, psum()/pprod() functions equivalent to pmin()/pmax() plus others which are missing from base R. Most of these functions are callable at C level.
Packaged: 2020-05-07 08:04:52 UTC; giuliabertuzzi

Packaged: 2021-11-28 11:14:39 UTC; giuliabertuzzi

Packaged: 2022-03-27 10:59:36 UTC; giuliabertuzzi

Authors@R: c(person("Morgan", "Jacob", role = c("aut", "cre", "cph"), email = "morgan.emailbox@gmail.com"),
person("Sebastian", "Krantz", role = "ctb"))
Packaged: 2022-10-26 18:55:45 UTC; giuliabertuzzi

Packaged: 2020-06-26 14:35:09 UTC; giuliabertuzzi

Packaged: 2020-11-19 08:11:35 UTC; giuliabertuzzi

Packaged: 2021-02-21 07:47:44 UTC; giuliabertuzzi

Packaged: 2021-03-07 17:00:10 UTC; giuliabertuzzi

Packaged: 2021-08-17 10:42:01 UTC; giuliabertuzzi

Packaged: 2021-09-12 16:20:38 UTC; giuliabertuzzi

Title: Model the spectral response of a closed water-well to harmonic
Description: Provides tools to calculate what the theoretical
hydrodynamic response will be for borehole strain and
fluid-pressure (water height) measurements of seismic waves,
for a given set of aquifer parameters.  The calculations are
based on the model presented by Kitagawa et al (2011); hence,