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You either want a introductory book in evolutionary biology or a book that offers mathematical models of evolutionary processes.

In my first class of evolutionary biology I had this textbook: Futuyama, Evolution I think it gives a good start to the field and offers a good overview of the difference subfields.

If you think you already know enough about the concepts selection, genetic drift, molecular evolution, etc… and you want a book that provides mathematical formulations of evolution, then you might want to have a look into the field of population genetics. On this post you'll find some book-recommendations

If you are particularly interested into molecular evolution, I'd suggest: Yang, Computational molecular evolution

Maybe you are particularly interested into the statistical methodology used in DNA annotation or in phylogeny. Then…. I don't know! It's not quite my field!

You either want a introductory book in evolutionary biology or a book that offers mathematical models of evolutionary processes.

In my first class of evolutionary biology I had this textbook: Futuyama, Evolution I think it gives a good start to the field and offers a good overview of the difference subfields.

If you think you already know enough about the concepts selection, genetic drift, molecular evolution, etc… and you want a book that provides mathematical formulations of evolution, then you might want to have a look into the field of population genetics. On this post you'll find some book-recommendations

If you are particularly interested into molecular evolution, I'd suggest: Yang, Computational molecular evolution

Maybe you are particularly interested into the statistical methodology used in DNA annotation or in phylogeny. Then…. I don't know! It's not quite my field!

You either want a introductory book in evolutionary biology or a book that offers mathematica models of evolutionary processes.

In my first class of evolutionary biology I had this textbook: Futuyama, Evolution I think it gives a good start to the field and offers a good overview of the difference subfields.

If you think you already know enough about the concepts selection, genetic drift, molecular evolution, etc… and you want a book that provides mathematical formulations of evolution, then you might want to have a look into the field of population genetics. On this post you'll find some book-recommendations

If you are particularly interested into molecular evolution, I'd suggest: Yang, Computational molecular evolution

Maybe you are particularly interested into the statistical methodology used in DNA annotation or in phylogeny. Then…. I don't know! It's not quite my field!

You either want a introductory book in evolutionary biology or a book that offers mathematical models of evolutionary processes.

In my first class of evolutionary biology I had this textbook: Futuyama, Evolution I think it gives a good start to the field and offers a good overview of the difference subfields.

If you think you already know enough about the concepts selection, genetic drift, molecular evolution, etc… and you want a book that provides mathematical formulations of evolution, then you might want to have a look into the field of population genetics. On this post you'll find some book-recommendations

If you are particularly interested into molecular evolution, I'd suggest: Yang, Computational molecular evolution

Maybe you are particularly interested into the statistical methodology used in DNA annotation or in phylogeny. Then…. I don't know! It's not quite my field!

You either want a introductory book in evolutionary biology or a book that provide models/formulations of evolutionary processes

In my first class of evolutionary biology I had this textbook: Futuyama, Evolution I think it gives a good start to the field and offers a good overview of the difference subfields.

If you think you already knows enough about the concepts selection, genetic drift, molecular evolution, etc… and you want a book that provides mathematical formulations of evolution, then you might want to have a look into the field of population genetics. On this post you'll find some book-recommendations

If you are particularly interested into molecular evolution, I'd suggest: Yang, Computational molecular evolution

Maybe you are particularly interested into the math of speciation or the statistics used in bioinformatics. Then…. I don't know! It's not quite my field!

I might misunderstand the words "evolutionary models" in your title. I thought that meant mathematical formulations. But you might just looking for something a general introductory book. Hope my answer helps you!

You either want a introductory book in evolutionary biology or a book that offers mathematica models of evolutionary processes.

In my first class of evolutionary biology I had this textbook: Futuyama, Evolution I think it gives a good start to the field and offers a good overview of the difference subfields.

If you think you already know enough about the concepts selection, genetic drift, molecular evolution, etc… and you want a book that provides mathematical formulations of evolution, then you might want to have a look into the field of population genetics. On this post you'll find some book-recommendations

If you are particularly interested into molecular evolution, I'd suggest: Yang, Computational molecular evolution

Maybe you are particularly interested into the statistical methodology used in DNA annotation or in phylogeny. Then…. I don't know! It's not quite my field!