From WeoGeo Support

Contents 1 How to Write a Listing Description 1.1 Introduction 1.2 Example 1: Most common Tags 1.3 Example 2: Real World Example

How to Write a Listing Description

Getting Started >> Upload data to WeoGeo Library >> How to Write a Listing Description

Introduction

A good description can really complement a dataset. Not only is it a major part of the data's metadata preview (see here), it is also embedded in all of the downloadable KML links and attached to all data requests.

In order to help you describe your data, WeoGeo accepts basic html tags. The most common are: <a> - for hyperlinks, <b> - for bold text, <i> - for italic, <center> - to center align a section, <h2> - header text, and <img> - to display web addressable images and <br> for line break.

Below, are two examples. Note: the description on WeoGeo is limited to 300 pixels in width. There is no limit on length. So size images so that their width does not exceed 300 pixels.

Example 1: Most common Tags

A description that highlights the most common tags.

Code that generated this:

This is an example of plain text. Followed by a double line break.

<br><br>

<center>This is an example of centered text.</center>

<br><br>

<b>This is an example of bold text.</b>

<br><br>

<i>This is an example of italicized text.</i>

<br><br>

<h2>This is an example of a header.</h2>

<br><br>

This is an example of a <a href="http://www.weogeo.com">hyperlink</a>.

<br><br>

Below is an example of an image.

<br><br>

<img src="http://images.wiki.weogeo.com/desc/Logo.png" />

<br><br>

Below is an example of an image that is centered.

<br><br>

<center><a href="http://www.weogeo.com"><img src="http://images.wiki.weogeo.com/desc/Logo.png" /></a></center>

<br><br>

Below is an example of an image that was resized.

<br><br>

<img src="http://images.wiki.weogeo.com/desc/Logo.png" width="50px"/>

<br><br>

Below is an example of an image that is hyperlinked.

<br><br>

<a href="http://www.weogeo.com"><img src="http://images.wiki.weogeo.com/desc/Logo.png" /></a>

Example 2: Real World Example

This real world description was taken from here.

Code that generated this:

<center><img src="http://www.dep.state.fl.us/secretary/news/graphics/images/bwlogo_72.gif" width="125px"> <img src="http://images.wiki.weogeo.com/logos/feri_logo.png" width="82px"></center>

<br><br>

The data was collected by the <a href="http://www.feriweb.org/">Florida Environmental Research Institute (FERI)</a>as part of the <a href="http://www.dep.state.fl.us/">Florida Department of Environmental Protection (DEP)</a>'s St Joseph's Bay sponsored experiment.

<br><br>

This <a href="http://wiki.weogeo.com/index.php/Hyperspectral">hyperspectral</a> <a href="http://wiki.weogeo.com/index.php/Remote_sensing">remote sensing</a> dataset was generated by the SAMSON sensor. It covers the spectral range of 400nm-900nmwith a band width of 3.2nm. This sensor was designed and developed by FERI.

<br><br>

The sensor was coupled with the <a href="http://www.applanix.com/products/airborne/posav.html">Applanix - GPS/INS system</a> and a Gimbel mount, to gather the sensor attitude and positional information.

<br><br>

The data was <a href="http://wiki.weogeo.com/index.php/Orthophoto">orthorectified</a> using the software package <a href="http://www.rese.ch/parge/index.html">PARGE</a>.

<br>

This dataset has been atmospherically corrected using <a href="http://rsd-www.nrl.navy.mil/7230/tafkaa.htm">TAFKAA</a>, a hyperspectral atmospheric correction algorithm that is a heavily modified version of ATREM which was developed by <a href="http://rsd-www.nrl.navy.mil/7230/">NRL's Coastal and Oceanic Sensing Branch</a>. The parameter used was:

<br><br>

Water Vapor = 0.30088 cm<br>

Ozone = 0.291 atm-cm<br>

Tau550 = 0.07595<br>

Rh = 80%<br>

Wind Speed = 2 m/s<br>

Model = tropospheric<br>

<br><br>

In order to maintain dynamic range yet minimize data size, the data should be divided by 100,000 to get it back to its original <a href="http://wiki.weogeo.com/index.php/Remote_sensing_reflectance">Remote Sensing Reflectance</a> units. :<nowiki><br><br>

Below you can see representative spectra taken from one of the data sets in this <a href="http://market.weogeo.com/#/original_data_map/b56f3fda-2a8b-3c51-8279-ac130e5da374">collect</a>. Top image is an overview used to demonstrate where the spectra were collected from. This data was orthorectified and atmospherically corrected. No other post processing has been performed. Click the graph to get a larger version. :<nowiki><br><br>

<img src="http://images.wiki.weogeo.com/FERI_HSI/FERI_HSI.png" width="250px"><br>

<a href="http://images.wiki.weogeo.com/FERI_HSI/trees_FERI_HSI.png"><img src="http://images.wiki.weogeo.com/FERI_HSI/trees_FERI_HSI.png" width="250px"> </a><br>

<a href="http://images.wiki.weogeo.com/FERI_HSI/water_FERI_HSI.png"><img src="http://images.wiki.weogeo.com/FERI_HSI/water_FERI_HSI.png" width="250px"> </a><br>

<a href="http://images.wiki.weogeo.com/FERI_HSI/sand_FERI_HSI.png"><img src="http://images.wiki.weogeo.com/FERI_HSI/sand_FERI_HSI.png" width="250px"> </a>

<br><br>

Further information about the specifics of this collect can be found in the online<a href="http://feri.s3.amazonaws.com/cicore_fall_2006/FL_2006Sep30_pm/2006Sep30_pm_Metadata.htm"> flight logs</a> and <a href="http://feri.s3.amazonaws.com/pubs_ppts/Final+Report_StJoe_w_Appendices.pdf"> final experiment report</a>.