Here we present and discuss the R package modTempEff including a set of functions aimed at modelling temperature effects on mortality with time series data. The functions fit a particular log linear model which allows to capture the two main features of mortality- temperature relationships: nonlinearity and distributed lag effect. Penalized splines and segmented regression constitute the core of the modelling framework. We briefly review the model and illustrate the functions throughout a simulated dataset
BACKGROUND: Although interest in assessing the impacts of temperature on mortality has increased, fe...
This paper introduces Bivariate Distributed Lags Models (BDLMs) to investigate synergic effect of te...
Background: Rich literature has reported that there exists a nonlinear association between temperatu...
Here we present and discuss the R package modTempEff including a set of functions aimed at modelling...
Here we present and discuss the R package modTempEff including a set of functions aimed at modelling...
This introduction to the R package modTempEff is a slightly modified version of Muggeo (2010) publis...
Exposure to ambient temperature can affect mortality levels for days or weeks following exposure, m...
BACKGROUND: Ambient temperature is an important determinant of daily mortality that is of interest b...
We present a model for estimation of temperature effects on mortality that is able to capture jointl...
A model for estimation of temperature effects on mortality is presented in this paper. The model is ...
Changes in the distribution of ambient temperature, due to climate change or oth-erwise, will likely...
Thesis (Master's)--University of Washington, 2022Background: Exposure to high and low ambient temper...
Although interests in assessing the relationship between temperature and mortality have arisen due t...
Objective To quantify the lagged effects of mean temperature on deaths from cardiovascular diseases ...
The health impacts of exposure to ambient temperature have been drawing increasing attention from th...
BACKGROUND: Although interest in assessing the impacts of temperature on mortality has increased, fe...
This paper introduces Bivariate Distributed Lags Models (BDLMs) to investigate synergic effect of te...
Background: Rich literature has reported that there exists a nonlinear association between temperatu...
Here we present and discuss the R package modTempEff including a set of functions aimed at modelling...
Here we present and discuss the R package modTempEff including a set of functions aimed at modelling...
This introduction to the R package modTempEff is a slightly modified version of Muggeo (2010) publis...
Exposure to ambient temperature can affect mortality levels for days or weeks following exposure, m...
BACKGROUND: Ambient temperature is an important determinant of daily mortality that is of interest b...
We present a model for estimation of temperature effects on mortality that is able to capture jointl...
A model for estimation of temperature effects on mortality is presented in this paper. The model is ...
Changes in the distribution of ambient temperature, due to climate change or oth-erwise, will likely...
Thesis (Master's)--University of Washington, 2022Background: Exposure to high and low ambient temper...
Although interests in assessing the relationship between temperature and mortality have arisen due t...
Objective To quantify the lagged effects of mean temperature on deaths from cardiovascular diseases ...
The health impacts of exposure to ambient temperature have been drawing increasing attention from th...
BACKGROUND: Although interest in assessing the impacts of temperature on mortality has increased, fe...
This paper introduces Bivariate Distributed Lags Models (BDLMs) to investigate synergic effect of te...
Background: Rich literature has reported that there exists a nonlinear association between temperatu...