Title: Daily Streamflow Trend and Change Point Screening
role = c("aut", "cre"), email="jen.r.brand@gmail.com"),
person("Paul", "Whitfield", role = "aut",
Description: Screens daily streamflow time series for temporal trends and
change-points. This package has been primarily developed for assessing
the quality of daily streamflow time series. It also contains tools for
plotting and calculating many different streamflow metrics. The package can be
used to produce summary screening plots showing change-points and significant
temporal trends for high flow, low flow, and/or baseflow statistics, or it can
be used to perform more detailed hydrological time series analyses. The
package was designed for screening daily streamflow time series from Water
Survey Canada and the United States Geological Survey but will also work
with streamflow time series from many other agencies.
Imports: zyp, changepoint, evir, graphics, grDevices, stats, utils

change-points. This package has been primarily developed for assessing the
quality of daily streamflow time series. It also contains tools for plotting
and calculating many different streamflow metrics. The package can be used to
produce summary screening plots showing change-points and significant temporal
trends for high flow, low flow, and/or baseflow statistics, or it can be used
to perform more detailed hydrological time series analyses. The package was
designed for screening daily streamflow time series from Water Survey Canada
and the United States Geological Survey but will also work with streamflow time

Imports: stats, utils, splines, tcltk, tsModel
Title: Influenza-Attributable Mortality with Distributed-Lag Models
Description: Functions to estimate the mortality attributable to
influenza and temperature, using distributed-lag nonlinear models
Full descriptions of underlying DLNM methodology in Gasparrini et al.
<doi:10.1186/1471-2288-14-55> (attributable risk from DLNMs) and
Author: Theodore Lytras [aut, cre] (<https://orcid.org/0000-0002-4146-4122>),

Package: FluOMatic
Type: Package
Title: Estimation of background-subtracted fluorescence data
Version: 1.0
Date: 2013-03-18
Author: Sebastien Joucla, Christophe Pouzat
Maintainer: Sebastien Joucla <joucla_sebastien@yahoo.fr>
Description: Simulate and analyse fluorescence data sets obtained from
calcium imaging experiments in living cells (such as neurons).
The package provide tools to estimate background-subtracted
fluorescence transients and build meaningful confidence
intervals on these estimations. This covers both the case of
homogeneous background fluorescence and that of Regions Of
Interest (ROI) displaying background inhomogeneities.
Background-subtracted fluorescence transients can be fitted
with monoexponential models or estimated pointwise.
License: GPL (>= 2)
Packaged: 2013-03-20 20:48:25 UTC; seb
Depends: R (>= 2.10)
NeedsCompilation: no
Repository: CRAN
Date/Publication: 2013-03-22 06:36:51