Book Management Database

Designing a book management database requires careful consideration of the types of data we need to store and how users will interact with it. Let's design a basic schema for such a database. This design will handle books, authors, categories, publishers, and user reviews.

Tables & Their Attributes:
- Authors:
  - AuthorID (Primary Key)
  - FirstName
  - LastName
  - BirthDate
  - Biography
- Categories:
  - CategoryID (Primary Key)
  - CategoryName
- Publishers:
  - PublisherID (Primary Key)
  - PublisherName
  - Address
  - ContactNumber
- Books:
  - BookID (Primary Key)
  - Title
  - ISBN
  - PublicationDate
  - Summary
  - Price
  - AuthorID (Foreign Key to Authors)
  - PublisherID (Foreign Key to Publishers)
- BookCategories (To manage many-to-many relationship between Books and Categories):
  - BookID (Foreign Key to Books)
  - CategoryID (Foreign Key to Categories)
- Reviews:
  - ReviewID (Primary Key)
  - UserID
  - BookID (Foreign Key to Books)
  - Rating
  - Comment
  - ReviewDate
- Users (For the sake of reviews):
  - UserID (Primary Key)
  - FirstName
  - LastName
  - Email
  - Password (hashed and salted)
Relationships:
- A book can be written by one author but an author can write many books. This is a one-to-many relationship between Authors and Books.
- A book can have many categories and a category can have many books. This is a many-to-many relationship. Hence, we've introduced the BookCategories table to manage this.
- A book can be published by one publisher but a publisher can publish many books. This is a one-to-many relationship between Publishers and Books.
- A user can write many reviews, but each review pertains to a single book. This is a one-to-many relationship between Users and Reviews.

SQL Creation Snippets (using generic SQL):

CREATE TABLE Authors (
  AuthorID INT PRIMARY KEY,
  FirstName VARCHAR(100),
  LastName VARCHAR(100),
  BirthDate DATE,
  Biography TEXT
);

CREATE TABLE Categories (
  CategoryID INT PRIMARY KEY,
  CategoryName VARCHAR(100)
);

CREATE TABLE Publishers (
  PublisherID INT PRIMARY KEY,
  PublisherName VARCHAR(100),
  Address TEXT,
  ContactNumber VARCHAR(20)
);

CREATE TABLE Books (
  BookID INT PRIMARY KEY,
  Title VARCHAR(255),
  ISBN VARCHAR(13),
  PublicationDate DATE,
  Summary TEXT,
  Price DECIMAL(10,2),
  AuthorID INT,
  PublisherID INT,
  FOREIGN KEY (AuthorID) REFERENCES Authors(AuthorID),
  FOREIGN KEY (PublisherID) REFERENCES Publishers(PublisherID)
);

CREATE TABLE BookCategories (
  BookID INT,
  CategoryID INT,
  FOREIGN KEY (BookID) REFERENCES Books(BookID),
  FOREIGN KEY (CategoryID) REFERENCES Categories(CategoryID),
  PRIMARY KEY (BookID, CategoryID)
);

CREATE TABLE Users (
  UserID INT PRIMARY KEY,
  FirstName VARCHAR(100),
  LastName VARCHAR(100),
  Email VARCHAR(150),
  Password VARCHAR(255) -- hashed and salted
);

CREATE TABLE Reviews (
  ReviewID INT PRIMARY KEY,
  UserID INT,
  BookID INT,
  Rating INT,
  Comment TEXT,
  ReviewDate DATE,
  FOREIGN KEY (UserID) REFERENCES Users(UserID),
  FOREIGN KEY (BookID) REFERENCES Books(BookID)
);

This is a basic design. In real-world applications, you would need to handle more advanced features like multiple authors for a book, book editions, stock levels, transactions, or even eBook file management. Adjustments can be made based on specific requirements.