Adding links

Author: jhill1

_layouts/landing-page.html

@@ -10,9 +10,9 @@
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-                <h2><img height="150px" src="images/logo_large.png" alt="" /></h2>
+                <h2><img height="200px" src="images/logo_large.png" alt="" /></h2>
                 <p>Environmental Modelling Research Group.</p>
-                <p>Using the latest numerical technologies to solve environmental problems.</p>
+                <p>Using the latest numerical technologies and data to solve environmental problems.</p>
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index.html

@@ -9,7 +9,7 @@
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             <h2>What do we do?</h2>
-            <p>The Hill Environmental Modelling Research Group focuses on using the latest numerical technologies to solve environmental problems. As a group we look at natural hazards, such coastal and river flooding, and tsunamis, as well as oceanographic processes such as tides. We study these in the geological past, present and future.</p>
+            <p>The Hill Environmental Modelling Research Group focuses on using the latest numerical technologies and data to solve environmental problems. As a group we look at natural hazards, such coastal and river flooding, and tsunamis, as well as oceanographic processes such as tides. We study these in the geological past, present and future.</p>
 
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@@ -37,22 +37,22 @@ <h2>What do we do?</h2>
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 		   <h2>Software Used</h2>
            <h3>Fluidity</h3>
-           <p>Fluidity is used in a number of different scientific areas including geophysical fluid dynamics, computational fluid dynamics, ocean modelling and mantle convection. It uses a finite element/control volume method which allows arbitrary movement of the mesh with time dependent problems, allowing mesh resolution to increase or decrease locally according to the current simulated state. It has a wide range of element choices including mixed formulations. There is a lot more information on the <a href="http://fluidityproject.github.io/">Fluidity website.</a></p>
+           <p>Fluidity is used in a number of different scientific areas including geophysical fluid dynamics, computational fluid dynamics, ocean modelling and mantle convection. It uses a finite element/control volume method which allows arbitrary movement of the mesh with time dependent problems, allowing mesh resolution to increase or decrease locally according to the current simulated state. It has a wide range of element choices including mixed formulations. There is a lot more information on the <a href="http://fluidityproject.github.io/">Fluidity website.</a> Fluidity is available <a href="https://github.com/FluidityProject/fluidity">here.</a></p>
 
             <h3>qmesh</h3>
-            <p>qmesh is a new meshing software package that can integrate with QGIS to make computational meshes for other software ike Telemac, Fluidity, and Thetis.</p>
+            <p>qmesh is a new meshing software package that can integrate with QGIS to make computational meshes for other software ike Telemac, Fluidity, and Thetis. More information on the <a href="http://qmesh.org/">qmesh website</a> and can be downloaded <a href="https://bitbucket.org/qmesh-developers/qmesh">here.</a></p>
 
             <h3>Thetis</h3>
-            <p>Thetis is a new modelling tool which like Fluidity is very flexible. Rather than code in C or Fortran, Thetis is written in a very high level <a href="http://www.firedrakeproject.org/"</a>Python abstraction called Firedrake</a> making use of mathematical terms like <i>grad</i> in the code itself. This high level code can then be compiled for a targetted platform.</p>
+            <p><a href="http://thetisproject.org/">Thetis</a> is a new modelling tool which like Fluidity is very flexible. Rather than code in C or Fortran, Thetis is written in a very high level <a href="http://www.firedrakeproject.org/"</a>Python abstraction called Firedrake</a> making use of mathematical terms like <i>grad</i> in the code itself. This high level code can then be compiled for a targetted platform.</p>
 
            <h3>Supertree Toolkit</h3>
-            <p>Supertree Toolkit is a data processing pipeline for Supertree construction. It has been used in a number of publications which carry out macro-evolutionary studies using some of the largest supertrees ever constructed.</p>
+           <p><a href="https://github.com/supertree-toolkit/stk">Supertree Toolkit</a> is a data processing pipeline for Supertree construction. It has been used in a number of publications which carry out macro-evolutionary studies using some of the largest supertrees ever constructed. More information is <a href="http://supertreetoolkit.org/">here.</a></p>
 
             <h3>R</h3>
-            <p>R is used for a number purposes, including GIS, stats, species distribution modelling and phylogenetic applications.</p>
+            <p><a href="https://www.r-project.org/">R</a> is used for a number purposes, including GIS, stats, species distribution modelling and phylogenetic applications.</p>
 
             <h3>Python</h3>
-            <p>Python is our "go-to" tool for writting short scripts to visualise or convert data formats.</p> 
+            <p><a href="https://www.python.org/">Python</a> is our "go-to" tool for writting short scripts to visualise or convert data formats.</p> 
 
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@@ -61,7 +61,7 @@ <h3>Python</h3>
 
         <section>
            <h2>Collaborators</h2>
-           <p>Our group works with a number of collaborators across the globe, including at Imperial College London, University of Sydney, University of Bristol.</p>
+           <p>Our group works with a number of collaborators across the globe, including at Imperial College London, University of Sydney, University of Bristol. We also work with collaborators in the University of York's Biology and Electronic Engineering departments.</p>
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