Dr. Bluestein's books are written to be used with the senior-level Dynamics course at OU, and are very math-intensive. Additionally, I found the derivations somewhat difficult to follow since he likes to skip steps in some places. If you have a strong calculus/ODE background and some understanding of thermodynamics/dynamics then it would be a good book. I don't know what your background is, so I have several suggestions that you could choose from:
Some basic books:
Meteorology Today by C. Donald Ahrens (very basic, little math involved)
Weather Analysis by Dusan Djuric (more advanced, with a more mathematical context, but still with a good variety of material)
Meteorology for Scientists and Engineers (a lot like Weather Analysis, emphasizes other material)
These books were used in my freshman and sophomore level meteorology courses.
More advanced:
An Introduction to Dynamic Meteorology by James Holton (makes a good companion to Bluestein's books)
Severe Convective Storms edited by Chuck Doswell (AMS monograph with lots of technical articles but a great source if you're looking for really juicy information)
Radar for Meteorologists by ___ Reinhart (first name escapes me - a good book for radar interpretation, basic theory, and use in forecasting/operations).
If you're pretty familiar with meteorology and just want a good book about severe weather and tornadoes, then I definitely think the Severe Convective Storms book would be a good investment.
