Fixing bulleted list line wraps

docs/abacussummit.rst

@@ -18,26 +18,16 @@ are available on other pages.
 
 Key portions of the suite are:
 
-* A primary Planck2018 LCDM cosmology with 25 base simulations (330
-billion particles in 2 Gpc/h).
+* A primary Planck2018 LCDM cosmology with 25 base simulations (330 billion particles in 2 Gpc/h).
 
-* Four secondary cosmologies with 6 base simulations, phase matched
-to the first 6 of the primary boxes.
+* Four secondary cosmologies with 6 base simulations, phase matched to the first 6 of the primary boxes.
 
-* A grid of 79 other cosmologies, each with 1 phase-matched base
-simulation, to support interpolation in an 8-dimensional parameter
-space, including w0, wa, Neff, and running of the spectral index.
+* A grid of 79 other cosmologies, each with 1 phase-matched base simulation, to support interpolation in an 8-dimensional parameter space, including w0, wa, Neff, and running of the spectral index.
 
-* Other base simulations to match the cosmology of external flagship
-simulations and to explore the effects of our neutrino approximation.
+* Other base simulations to match the cosmology of external flagship simulations and to explore the effects of our neutrino approximation.
 
-* A 6x higher mass resolution simulation of the primary cosmology to
-allow study of group finding, and a large-volume 27x lower mass
-resolution simulation of the primary cosmology to provide full-sky
-light cone to z>2.
+* A 6x higher mass resolution simulation of the primary cosmology to allow study of group finding, and a large-volume 27x lower mass resolution simulation of the primary cosmology to provide full-sky light cone to z>2.
 
-* Specialty simulations including those with fixed-amplitude white noise
-and scale-free simulations.
+* Specialty simulations including those with fixed-amplitude white noise and scale-free simulations.
 
-* Extensive data products including particle subsamples, halo catalogs, 
-merger trees, kernel density estimates, and light cones.
+* Extensive data products including particle subsamples, halo catalogs, merger trees, kernel density estimates, and light cones.