Archaeological sites threatened by rising seas, urban development

November 12, 2010 By Leslie Reeder

Should global warming cause sea levels to rise as predicted in coming decades, thousands of archaeological sites in coastal areas around the world will be lost to erosion.

With no hope of saving all of these sites, Leslie Reeder of Southern Methodist University, Torben Rick from the Smithsonian Institution, and Jon Erlandson of the University of Oregon have issued a call to action for scientists to assess the sites most at risk.

Writing in the Journal of Coastal Conservation and using California's Santa Barbara Channel as a case study, the researchers illustrate how quantifiable factors such as historical rates of shoreline change, wave action, coastal slope and shoreline geomorphology can be used to develop a scientifically sound way of measuring the vulnerability of individual .

They then propose developing an index of the sites most at risk so informed decisions can be made about how to preserve or salvage them.

Urban development, the researchers point out, also is a significant threat to the loss of archaeological data. Coastlines have long been magnets of human settlement and contain a rich array of ancient archaeological sites, many of which have never been excavated. Urban development is projected to remain high in coastal areas, representing a significant danger to undisturbed sites.

Thousands of archaeological sites — from large villages and workshops to fragmented shell middens and lithic scatters — are perched on the shorelines and sea cliffs of the Santa Barbara Channel, the researchers point out. The archaeological record is never static, and the materials left behind by one generation are altered by the people and environment of the next. However, increasing threats from modern , rise and are poised to increase this steady pattern of alteration and destruction.

The vulnerability of sites in the Santa Barbara Channel is generally lower than sites located along more open, more gently sloped or unstable coastlines, such as the Atlantic and Gulf coasts of North America.

Measuring threats and identifying vulnerable sites is not an end in itself, the researchers say. "We must find ways to act by quantifying those sites most vulnerable to destruction, we take a first step toward mitigating the loss of archaeological data and the shared cultural patrimony they contain."

Provided by Southern Methodist University search and more info website

Filter


Move the slider to adjust rank threshold, so that you can hide some of the comments.


Display comments: newest first

rgwalther
Nov 12, 2010

Rank: 3 / 5 (2)
Though not as important as losses to archeology, rising seas will probably 'inconvenience' living famiies on these threatened shorelines.
Rank 5 /5 (1 vote)
Relevant PhysicsForums posts

More news stories

Earliest musical instruments in Europe 40,000 years ago

The first modern humans in Europe were playing musical instruments and showing artistic creativity as early as 40,000 years ago, according to new research from Oxford and Tübingen universities.

Other Sciences / Archaeology & Fossils

created 43 minutes ago | popularity not rated yet | comments 0

Her majesty's secret

One of the greatest cliches uttered about her majesty Queen Elizabeth II is that in 60 years of reigning over us, "she has never put a foot wrong". This may well be true, but how do we know? What do we really ...

Other Sciences / Other

created 48 minutes ago | popularity not rated yet | comments 1

Holidays inspire disadvantaged children to learn, says study

Holidays could serve as a valuable extension of the national curriculum for the UK’s disadvantaged youngsters, new research has suggested.

Other Sciences / Social Sciences

created 42 minutes ago | popularity not rated yet | comments 0

Dinosaur with tiny arms unearthed in Argentina

Argentine experts have discovered the near-complete remains of a new species of Jurassic-era dinosaur that stood on its rear legs and had tiny arms, according to a leading paleontologist.

Other Sciences / Archaeology & Fossils

created 6 hours ago | popularity 5 / 5 (1) | comments 0

Talking works: UB professor develops method to analyze creative problem solving

(Phys.org) -- Talk -- if it's the right kind -- can increase creativity, leading students to create useful, new ideas that solve problems, a University at Buffalo professor has found by using a statistical tool that he invented.

Other Sciences / Social Sciences

created 3 hours ago | popularity not rated yet | comments 0


Of mice and mental models: Neuroscientific implications of risk-optimized behavior in the mouse

(Medical Xpress) -- Regardless of an organism’s biological complexity, every encephalized animal continuously makes under-informed behavioral choices that can have serious consequences. Despite its ubiquity, ...

Landmark calculation clears the way to answering how matter is formed

(Phys.org) -- An international collaboration of scientists, including Thomas Blum, associate professor of physics, is reporting in landmark detail the decay process of a subatomic particle called a kaon – ...

Researchers demonstrate possible primitive mechanism of chemical info self-replication

(Phys.org) -- When scientists think about the replication of information in chemistry, they usually have in mind something akin to what happens in living organisms when DNA gets copied: a double-stranded molecule ...

Rockefeller scientists pioneer new method to determine mechanisms of drug action

(Medical Xpress) -- Knowing that a drug works is great. Knowing how it works is a luxury. And until now, determining a drug’s mechanism of action has been a tedious and difficult process for scientists.

Synthetic nano-waste does not disappear

(Phys.org) -- Tiny particles of cerium oxide do not burn or change in the heat of a waste incineration plant. They remain intact on combustion residues or in the incineration system, as a new study by Swiss ...

Building a better solar panel -- one molecule at a time

(Phys.org) -- One of the fundamental building blocks in modern chemistry, an organometallic chemical compound called ferrocene, has never been structurally defined - until now.