11export const Features = [
22 {
3- title : 'Use data from any rectilinear or curvilinear horizontal grid' ,
3+ title : 'Use data from any ( curvilinear) grid' ,
44 text : 'Parcels works on model outputs including NEMO, POP, MITgcm, and more.' ,
55 } ,
66 {
@@ -9,23 +9,23 @@ export const Features = [
99 } ,
1010 {
1111 title : 'Define and execute custom kernels' ,
12- text : 'Encode custom advection, diffusion, and other particle operations .' ,
12+ text : 'Encode custom particle operations such as swimming or sinking .' ,
1313 } ,
1414 {
15- title : 'Advection of particles in 2D and 3D' ,
16- text : 'Using built-in kernels for Runge-Kutta4 and Runge-Kutta45.' ,
15+ title : 'Advect particles in 2D and 3D' ,
16+ text : 'Use built-in kernels for Runge-Kutta4 and Runge-Kutta45 schemes .' ,
1717 } ,
1818 {
19- title : 'Horizontal diffusion of particles ' ,
20- text : 'Through built-in kernels using the Milstein and Euler-Maruyama schemes.' ,
19+ title : 'Diffuse particles in 2D ' ,
20+ text : 'Use built-in kernels for the Milstein and Euler-Maruyama schemes.' ,
2121 } ,
2222 {
23- title : 'Start and remove Particles during execution' ,
23+ title : 'Start and stop particles during execution' ,
2424 text : 'For example, to simulate oil spills or fish spawning.' ,
2525 } ,
2626 {
27- title : 'Particle -particle interactions' ,
28- text : 'Simulate particle-particle interactions, such as aggregation and mortality.' ,
27+ title : 'Simulate particle -particle interactions' ,
28+ text : 'For example, to simulate aggregation or mortality.' ,
2929 } ,
3030 {
3131 title : 'Output particle data in zarr format' ,
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