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Yes, wikipedia page for muscovite tells:

Muscovite is the most common mica, found in granites, pegmatites, gneisses, and schists, and as a contact metamorphic rock or as a secondary mineral resulting from the alteration of topaz, feldspar, kyanite, etc.

 

Source: Muscovite, Wikipedia.

As always, you need to corroborate wikipedia is correct, but there are several papers that talk about muscovite on contact metamorphism environments, you can do your own search on a scientifical database.

Here is an example about a paper that deals with muscovite found on contact aureole of Duluth Complex, Minnesota.

So yes it is a mineral phase formed in that conditions of increased temperature due to an intrusion.

For you specific question about contact metadacites, yes too, they can develop muscovite as shown in this book about US geology.

Yes, wikipedia page for muscovite tells:

Muscovite is the most common mica, found in granites, pegmatites, gneisses, and schists, and as a contact metamorphic rock or as a secondary mineral resulting from the alteration of topaz, feldspar, kyanite, etc.

Source: Muscovite, Wikipedia.

As always, you need to corroborate wikipedia is correct, but there are several papers that talk about muscovite on contact metamorphism environments, you can do your own search on a scientifical database.

Here is an example about a paper that deals with muscovite found on contact aureole of Duluth Complex, Minnesota.

So yes it is a mineral phase formed in that conditions of increased temperature due to an intrusion.

For you specific question about contact metadacites, yes too, they can develop muscovite as shown in this book about US geology.

Yes, wikipedia page for muscovite tells:

Muscovite is the most common mica, found in granites, pegmatites, gneisses, and schists, and as a contact metamorphic rock or as a secondary mineral resulting from the alteration of topaz, feldspar, kyanite, etc.

Source: Muscovite, Wikipedia.

As always, you need to corroborate wikipedia is correct, but there are several papers that talk about muscovite on contact metamorphism environments, you can do your own search on a scientifical database.

Here is an example about a paper that deals with muscovite found on contact aureole of Duluth Complex, Minnesota.

So yes it is a mineral phase formed in that conditions of increased temperature due to a plutonic intrusion.

For you specific question about contact metadacites, yes, they can develop muscovite as shown in this book about US geology.

Yes, wikipedia page for muscovite tells:

Muscovite is the most common mica, found in granites, pegmatites, gneisses, and schists, and as a contact metamorphic rock or as a secondary mineral resulting from the alteration of topaz, feldspar, kyanite, etc.

Source: Muscovite, Wikipedia.

As always, you need to corroborate wikipedia is correct, but there are several papers that talk about muscovite on contact metamorphism environments, you can do your own search on a scientifical database.

Here is an example about a paper that deals with muscovite found on contact aureole of Duluth Complex, Minnesota.

So yes it is a mineral phase formed in that conditions of increased temperature due to an intrusion.

For you specific question about contact metadacites, yes too, they can develop muscovite as shown in this book about US geology.

Yes, wikipedia page for muscovite tells:

Muscovite is the most common mica, found in granites, pegmatites, gneisses, and schists, and as a contact metamorphic rock or as a secondary mineral resulting from the alteration of topaz, feldspar, kyanite, etc.

Source: Muscovite, Wikipedia.

As always, you need to corroborate wikipedia is correct, but there are several papers that talk about muscovite on contact metamorphism environments, you can do your own search on a scientifical database.

Here is an example about a paper that deals with muscovite found on contact aureole of Duluth Complex, Minnesota.

So yes it is a mineral phase formed in that conditions of increased temperature due to a plutonic intrusion.

As for you specific question about contact metadacites, yes, they can develop muscovite as shown in this book about US geology.

Yes, wikipedia page for muscovite tells:

Muscovite is the most common mica, found in granites, pegmatites, gneisses, and schists, and as a contact metamorphic rock or as a secondary mineral resulting from the alteration of topaz, feldspar, kyanite, etc.

Source: Muscovite, Wikipedia.

As always, you need to corroborate wikipedia is correct, but there are several papers that talk about muscovite on contact metamorphism environments, you can do your own search on a scientifical database.

Here is an example about a paper that deals with muscovite found on contact aureole of Duluth Complex, Minnesota.

So yes it is a mineral phase formed in that conditions of increased temperature due to a plutonic intrusion.

For you specific question about contact metadacites, yes, they can develop muscovite as shown in this book about US geology.