Update README.md

README.md

@@ -4,15 +4,15 @@ A Python toolkit for calculating dose rates and aircraft electronics upset rates
 
 **N.B. Currently this tool only runs on Linux-based machines (not on Windows) and requires a copy of [MAGNETOCOSMICS](http://cosray.unibe.ch/~laurent/magnetocosmics/) to be installed.**
 
-If you use this software for scientific research, please reference AniMAIRE as **C. S. W. Davis, F. Lei, F. Baird, K. Ryden and C. Dyer (2023). AniMAIRE version {version number}. https://github.com/ssc-maire/AniMAIRE-public , https://pypi.org/project/AniMAIRE/ . Surrey Space Center, University of Surrey.**. 
+If you use this software for scientific research, please reference AniMAIRE according to the appropriate journal publication rules.
 
 A scientific paper about this software is currently in production, and we recently published a preprint, [which can be found here](https://www.researchgate.net/publication/380403797_AniMAIRE_-_A_New_Openly_Available_Tool_for_Calculating_Atmospheric_Ionising_Radiation_Dose_Rates_and_Single_Event_Effects_During_Anisotropic_Conditions), about AniMAIRE and some interesting scientific findings we've made using our work with AniMAIRE so far.
 
 You can use AniMAIRE to produce dose rate data and maps throughout large space weather events and plot them like this:
 
 <img src="https://raw.githubusercontent.com/ssc-maire/AniMAIRE-public/main/Ani_GLE_only_timestamp1_with_legend.svg" width="350"/> <img src="https://raw.githubusercontent.com/ssc-maire/AniMAIRE-public/main/Ani_GLE_only_timestamp5_with_legend.svg" width="350"/> 
 
-Feel free to contribute to this package through forks and pull requests; the package is intended for usage and potential modification by the community. If you have any questions about this software, please contact myself, https://github.com/ChrisSWDavis, the primary author of this package.
+Feel free to contribute to this package through forks and pull requests; the package is intended for usage and potential modification by the community.
 
 <!-- ![An example map of dose rates during a large space weather event](https://raw.githubusercontent.com/ssc-maire/AniMAIRE-public/main/Ani_GLE_only_timestamp1_with_legend.svg) | ![An example animation of dose rates during a large space weather event](https://raw.githubusercontent.com/ssc-maire/AniMAIRE-public/main/39kft_heatmap_animation_no_contours_anisotropic.gif) -->
 
@@ -82,7 +82,7 @@ Test
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-Feel free to contribute to this package through forks and pull requests; the package is intended for usage and potential modification by the community. If you have any questions about this software, please contact myself, [https://github.com/ChrisSWDavis](https://github.com/ChrisSWDavis), the primary author of this package. 
+Feel free to contribute to this package through forks and pull requests; the package is intended for usage and potential modification by the community.
 
 While this package is new, it fundamentally relies on Magnetocosmics through the [AsympDirsCalculator package](https://github.com/ssc-maire/AsymptoticDirectionsCalculator-public), and it is likely that the community will eventually create a successor for Magnetocosmics. One attempt to do this is the [OTSO software](https://github.com/NLarsen15/OTSO), which is also designed to be open-source and community oriented. We hope that in the future, AniMAIRE could be integrated with OTSO.