Integrate Tom's suggestions

docs/src/index.md

@@ -4,7 +4,7 @@ CurrentModule = EcologicalNetworksDynamics
 
 # EcologicalNetworksDynamics
 
-EcologicalNetworksDynamics is a library to simulate species biomass dynamics
+EcologicalNetworksDynamics is a library designed to simulate species biomass dynamics
 in ecological networks.
 These networks can either trophic interactions only (i.e. food webs),
 or trophic interactions plus various non-trophic interactions (i.e. multiplex networks).
@@ -40,17 +40,17 @@ The [Quick start](@ref) page shows how to simulate biomass dynamics in a simple
 The rest of the guide provides a step by step introduction to the package features,
 from the generation of the network structure to the simulation of the biomass dynamics.
 At each step, we detail how the model can be customized at your will.
-Lastly, the Tutorials section contain
+Lastly, the Tutorials section contains
 realistic use-cases of EcologicalNetworksDynamics.
 
 ## Getting help
 
-During your journey while learning EcologicalNetworksDynamics you might encounter issues.
+During your journey learning EcologicalNetworksDynamics you might encounter issues.
 If so the best is to open an issue on the
 [GitHub page of EcologicalNetworksDynamics](https://pkg-url/issues).
 To ensure that we can help you efficiently,
 please provide a short description of your problem
-and a minimal example to reproduce the error your encounter.
+and a minimal example to reproduce the error you encountered.
 
 ## How can I contribute?
 

docs/src/man/quickstart.md

@@ -1,6 +1,6 @@
 # Quick start
 
-If it's you first time using EcologicalNetworksDynamics
+If it's your first time using EcologicalNetworksDynamics,
 exploring this example might be useful to you
 so that you understand how the package works.
 Try pasting the following code blocks in a Julia REPL.

src/EcologicalNetworksDynamics.jl

@@ -2,12 +2,12 @@
 EcologicalNetworksDynamics
 
 Provide tools to simulate biomass dynamics in trophic and multiplex networks.
-Trophic networks only includes feeding interactions,
+Trophic networks only include feeding interactions,
 while multiplex networks also include non-trophic interactions such as
-interference between predator or plant facilitation.
-The basic workflow has been designed to remain as simple as possible,
-while leaving the possibility for the experienced or adventurous user to
-to refine the model and its parameters.
+interference between predators, or plant facilitation.
+The basic workflow has been designed to be as simple as possible,
+while remaining flexible for the experienced or adventurous user 
+who would like to refine the model and its parameters.
 
 Example of a simple workflow: