The majority of the archaeological information is based on the work of M.D. Monsarrat, John N. Cobb, George P. Cooke, John F. G. Stokes, Kenneth P. Emory, Bruce Cartwright, and James M. Dunn.

Precontact Hawaiian civilization is represented by a rich legacy of archaeological sites, many of which have been preserved and are accessible to the public. This volume provides for the first time an authoritative handbook to the most important of these archaeological treasures. The 50 sites covered by this book are distributed over all the main islands and include heiau (temples), habitation sites, irrigated and dryland agricultural complexes, fishponds, petroglyphs, and several post-contact (early 19th-century) sites. Site locations are shown on individual island maps, and detailed plans are provided for several sites.

This text aims to combine all the evidence for Hawaiian prehistory into a coherent pattern. It presents a balanced cultural history of the Hawaiian group of islands, from the first Polynesian settlement to the time of European contact and is grounded in the archaeological evidence.

Oral traditions are recounted in this collection of stories that reveal how those who actively lived Hawaiian culture and kept the spirit of the land alive have enabled native Hawaiians to endure as a unique and dignified people.

The Beaches series by John R. K. Clark include Beaches of Maui County, Beaches of the Big Island, Beaches of Kauai and Niihau, and The Beaches of Oahu. The author, an ocean recreation consultant, includes comprehensive site descriptions of hundreds of beaches in the Hawaiian Islands and shares his extensive knowledge of, and deep respect for, Hawaii's shorelines. This revised edition updates the data on access and new facilities resulting from developments on Maui, Lanai, Molokai, and Kahoolawe.

PhD dissertation to explore the extent of the invasive mangrove habitat on Molokai's southern coastline in year 2000, to access the accuracy of various techniques used to analyze and classify remote sensing data of varying spatial and spectral resolutions, and to validate the use of remote sensing technology, as a tool for mapping mangrove cover and tracking ecosystem response to invasive species.