View of the Mississippi River from the Port of New Orleans headquarters.

Sizing up the Mississippi River

Bill Nuttle ·
28 January 2014
Science Communication | 

Last week, I attended a meeting of the Changing Course design competition in New Orleans. The Changing Course competition will stimulate innovative thinking about the future shape of coastal Louisiana, including possibly relocating the main channel of the Mississippi River below New Orleans - hence its name. The purpose of this meeting was to bring together the eight teams invited to enter the competition to review the issues at stake and answer questions about the competition.

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Map of Long Island Sound (left) and layers of sediment and rock beneath the Sound (right).

Long Island Sound: Environmental Literacy

Bill Dennison ·
23 January 2014
Environmental Literacy | 

'Environmental literacy' series … The seven environmental literacy principles for Long Island Sound are the following: • Long Island Sound is an estuary formed from a terminal glacial moraine (Long Island), flushed through tidal action from Block Island Sound, with minor exchange with NY Harbor. • Long Island Sound once supported abundant oysters, scallops, birds and lobsters with widespread salt marshes and seagrasses.

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Sign at the launch.

ShorePower project launched

Bill Dennison ·
21 January 2014
Science Communication | 

I attended the launch of the ShorePower Project at the Tidewater Inn in Easton, Maryland on 17 Jan 2014. It was a nice event on the topic of green energy for the Delmarva peninsula. The project is funded by the Town Creek Foundation, based in Easton, Maryland. Four municipal governments - Cambridge, Easton, Salisbury, and Snow Hill - are receiving funding to help them transition to green energy sources.

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The poetry and art of Nicholas Copernicus

Bill Dennison ·
16 January 2014
Science Communication | 

'Scientists Who Made a Difference' series … This blog accompanying the biographical sketch of Nicholas Copernicus looks at a selection of his writing as poetry and a selection of his scientific sketches as art. The 'Poetry' uses Copernicus' exact words (translated into English) in prose form, using the title 'The Earth Moves' to focus on the cadence and word choice.

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Portrait of Nicolaus Copernicus in 1580, Toruń Old Town City Hall. Source: Wikipedia.

Nicholas Copernicus and the Copernican Revolution

Bill Dennison ·
14 January 2014
Science Communication |     2 comments

'Scientists Who Made a Difference' series … Nicholas Copernicus was an interesting renaissance man who overcame the existing paradigm placing earth in the center of the solar system to the new paradigm of a heliocentric view that earth and the planets revolved around the sun. This perspective led to the Copernican revolution which occurred after Copernicus died in 1543 and published his book, De revolutionibus orbium coelestium (On the Revolutions of the Celestial Spheres).

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Scholarship Reconsidered by Ernest Boyer

Scientists who made a difference: Celebrating effective science application

Bill Dennison ·
7 January 2014
Science Communication | 

Scientists whose work has affected society are noteworthy for their abilities to a) produce good scientific results, b) effectively communicate these results to broad audiences and c) affect decisions and perspectives of society. These noteworthy scientists will be celebrated in this blog series on 'Scientists who made a difference'. Of the four pillars of scholarship defined by Boyer in 1990 (Scholarship Reconsidered:

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Ocean Literacy booklet cover.

Environmental Literacy: Determining the essential elements necessary for understanding a topic or a place

Bill Dennison ·
2 January 2014
Environmental Literacy | 

Environmental literacy refers to the most basic information necessary for the broadest understanding of a topic that non-experts need to possess to be conversant about the topic. Just as literacy or numeracy refers to the basic ability necessary to read or perform mathematical tasks, environmental literacy provides the basic ability to make informed environmental decisions.

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The Keeling Curve: Atmospheric carbon dioxide concentrations as measured at Mauna Loa Observatory. Source: Wikipedia.

Visual science communication: Using data visualization, conceptual diagrams and photographs to convey science information

Bill Dennison ·
31 December 2013
Science Communication | 

Science communication using visual elements can convey unambiguous information that words cannot. Words are often used by lawyers and journalists to argue cases or make points - science is an attempt to base arguments on all the facts available, not just the 'convenient' facts used to support an argument. Words can be interpreted in a variety of ways, but data is less ambiguous.

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Map of the Gulf Stream by Benjamin Franklin, 1770.

Ten classic scientific maps

Bill Dennison ·
27 December 2013
Science Communication | 

A well conceived and creatively constructed map can elucidate scientific concepts and effectively communicate important concepts. There are many examples of beautiful maps focusing on various geographic features, but this collection of classic scientific maps is notable for the scientific meaning that they convey. They are presented in chronological order. 1) Gulf Stream:

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