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model_summary.Rmd
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model_summary.Rmd
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---
title: "Summary of model data for FACE-IT study sites"
author: "Robert Schlegel"
date: '`r format(Sys.Date(), "%d %B %Y")`'
output: workflowr::wflow_html
editor_options:
chunk_output_type: console
# css: acid.css
# csl: frontiers.csl
# bibliography: FACE-IT.bib
---
```{r global_options, include = FALSE}
knitr::opts_chunk$set(fig.width = 8, fig.align = 'center',
echo = FALSE, warning = FALSE, message = FALSE,
eval = TRUE, tidy = FALSE)
```
<center>
{ width=70% }
</center>
```{r setup}
# Necessary libraries
source("code/functions.R")
```
# Overview
This document contains a summary of the model data made available by Morten Skogen of the FACE-IT project.
<!-- # European Arctic -->
# Svalbard
## Kongsfjorden
Model temperatures. There are many more variables available within the models.
```{r kong-summary-1, fig.height=10, width=10, fig.cap="__Figure 1:__ A) Average model temperatures at depths for different RCP projections. Note that the model data are not on a cartesian coordinate grid so the data are shown here as points instead of as a raster. B) Trends in model temperatures at different depths and RCP projections. Straight lines show linear models fitted to each point in panel A."}
# Load model
model_kong <- load_model("kongsfjorden_rcp")
# Model visuals
model_summary(model_kong, "Kongsfjorden")
```
## Isfjorden
```{r is-summary-1, fig.height=10, width=10, fig.cap="__Figure 2:__ A) Average model temperatures at depths for different RCP projections. Note that the model data are not on a cartesian coordinate grid so the data are shown here as points instead of as a raster. B) Trends in model temperatures at different depths and RCP projections. Straight lines show linear models fitted to each point in panel A."}
# Load model
model_is <- load_model("isfjorden_rcp")
# Model visuals
model_summary(model_is, "Isfjorden")
```
## Inglefieldbukta
```{r ingle-summary-1, fig.height=10, width=10, fig.cap="__Figure 3:__ A) Average model temperatures at depths for different RCP projections. Note that the model data are not on a cartesian coordinate grid so the data are shown here as points instead of as a raster. B) Trends in model temperatures at different depths and RCP projections. Straight lines show linear models fitted to each point in panel A."}
# Load model
model_ingle <- load_model("inglefieldbukta_rcp")
# Model visuals
model_summary(model_ingle, "Inglefieldbukta")
```
# Greenland
## Young Sound
```{r young-summary-1, fig.height=10, width=10, fig.cap="__Figure 4:__ A) Average model temperatures at depths for different RCP projections. Note that the model data are not on a cartesian coordinate grid so the data are shown here as points instead of as a raster. B) Trends in model temperatures at different depths and RCP projections. Straight lines show linear models fitted to each point in panel A."}
# Load model
model_young <- load_model("young_sound_rcp")
# Model visuals
model_summary(model_young, "Young Sound")
```
## Disko Bay
There are no model data for the western side of Greenland.
## Nuup Kangerlua
There are no model data for the western side of Greenland.
# Norway
## Porsangerfjorden
```{r por-summary-1, fig.height=10, width=10, fig.cap="__Figure 5:__ A) Average model temperatures at depths for different RCP projections. Note that the model data are not on a cartesian coordinate grid so the data are shown here as points instead of as a raster. B) Trends in model temperatures at different depths and RCP projections. Straight lines show linear models fitted to each point in panel A."}
# Load model
model_por <- load_model("porsangerfjorden_rcp")
# Model visuals
model_summary(model_por, "Porsangerfjorden")
```