This out of print book has been reprinted by OPET with an additional chapter. Copies are available through OPET by mail for only $10 per copy plus $2.50 shipping and handling (to order click to the form). ISBN: 0964885808. Paperback. 111 pages.
Editorial Reviews
Review in the American Littoral Society's "Underwater Naturalist", Vol.23, No.4 by Dereck Bennett
A Coastal Pond Studied by Oceanographic Methods By K.O. Emery Epilogue: Oyster Pond - Three Decades of Change By Brian L.
Howes and Stanley R. Hart
Emery's idea was to study a small (60 acre) coastal pond on Cape Cod near Woods Hole, MA, the way you study the ocean, a cheap model that would have valuable lessons for both the deepsea and pond students. His classic work was published originally in 1969 and went through
three printings. But in the mid-eighties local residents and another generation of scientists began to notice changes in the pond - some oxygen
problems and changes in salinity, nutrients, and both plant and fish populations. To pinpoint the reasons for change and possibly reverse them,
a Falmouth Pond Watch Program was started in 1987; this book is the result of their observations and suggestions for pond management.
There is nothing fancy here, just straightforward descriptions of the pond's topography, fresh/salt water regimes, nutrient budgets, and the
like, mostly physical oceanography aimed at a body of water barely 10 feet deep. Their conclusion is that the pond's problems are not caused
by the nearby development and a resultant runoff from septic tanks and stormwater but by increased salinity, and should be managed with a
light hand as a brackish system. The next steps are anyone's guess; the methods used to get this far are interesting and applicable elsewhere.
But while the techniques can be duplicated, it would be difficult to gather as august a group as the Woods Hole scientists and Cape Cod
Yankees. You can bet these "Pond Watchers" took the work seriously - lots of tweed jackets with elbow patches, pipe smoking, and "hear,
hears" as they wrestled with parts per thousand and coliforms per liter. Their conclusion is that ponds are worthy of serious study, and this
book will serve others as a model.
"A Coastal Pond Studied by Oceanographic Methods" by K.O. Emery, is a re-issue of a report originally published in 1969. The subject is Oyster Pond, in Falmouth, Massachusetts, USA. The history of the pond was traced from pre-European days, into the middle of the present century. The discussion covers topography, geology and biology. It summarizes recent findings, and also suggests the first stages of a corrective management plan. It is available from Oyster Pond Environmental Trust, P.O. Box 496, Woods Hole, MA 002543-0496, USA
A Coastal Pond Studied by Oceanographic Methods is a reprint of the classic book of the same name by K.O. Emery, distinguished scientist at the famous Woods Hole Oceanographic Institution (WHOI). This book was first published in 1969 and enjoyed three printings, but has long since been out of print. This study of Oyster Pond in Falmouth, MA, traces the pond's history from post glacial, pre-European and early settler days to the middle of the 20th century and details the geology, topography,chemistry and biology of the pond in the late 1960s. In Emery's words, it "was a low-cost backyard operation, but it cut through much of the whole field of oceanography". In this reprinting by the Oyster Pond Environmental Trust, Inc., the original book was updated with an addendum, Epilogue: Oyster Pond -- Three Decades of Change, in which Brian Howes and Stanley R. Hart of the WHOI summarize studies of Oyster Pond conducted during the years 1987-1997 by the Falmouth Pond Watch Program. This is an ongoing and cooperative project involving citizen volunteers and local municipality and research institutions. This decadal Pond Watch study elucidates the changes that have taken are taking place in the pond, especially since the large-scale development of housing in the pond's watershed. The book chronicles thirty years of change in the pond's vital statistics during a period of rapid expansion of human activity in its watershed area.