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International Polar Year 2007–2008 - WMO

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2<br />

IPY 20 07–20 08<br />

PA R T O N E : PL A N N I N G A N D I M PLEMEN T I N G I PY 20 07–20 0 8<br />

Introduction<br />

Igor Krupnik and Paul Cutler<br />

The purpose of this opening section is to explore<br />

“what it takes” to launch an IPY. Its<br />

seven constituent chapters illuminate how<br />

the <strong>International</strong> <strong>Polar</strong> <strong>Year</strong> (IPY) <strong>2007–2008</strong><br />

was built on the history of three earlier IPYs, how it<br />

has been conceptualized and developed by its champions,<br />

and how it was successfully implemented over<br />

the course of ten years from 2001 to 2010. Launched<br />

first in 1882–1883 and then every 50 years (or 25 years<br />

in the case of the <strong>International</strong> Geophysical <strong>Year</strong><br />

1957–1958), each of these four ‘international polar<br />

years’ has been a major milestone in the history of science.<br />

Each has served as a springboard for advances<br />

in scientific knowledge and in science methodology,<br />

technology, planning, international collaboration, and<br />

capacity building to its constituent disciplines. In addition,<br />

every ‘polar year’ has initiated an intensive public<br />

campaign to advance polar research and to inspire<br />

people’s imagination about the Earth’s polar regions.<br />

Such monumental enterprises usually required several<br />

years in planning and the efforts of many people<br />

and organizations in implementation.<br />

It is, therefore, no accident that each successive<br />

initiative after the first <strong>International</strong> <strong>Polar</strong> <strong>Year</strong> (IPY-<br />

1)—the second <strong>International</strong> <strong>Polar</strong> <strong>Year</strong> 1932–1933<br />

(IPY-2), the <strong>International</strong> Geophysical <strong>Year</strong> 1957–1958<br />

(IGY, which was originally developed as IPY-3, but<br />

later became a global program with very strong<br />

polar component), and the recent <strong>International</strong> <strong>Polar</strong><br />

<strong>Year</strong> <strong>2007–2008</strong>—had advanced by invoking the<br />

memory of their predecessors. The IGY organizers, in<br />

particular, helped solidify that practice by producing<br />

extended historical overviews of both IPY-1 and IPY-<br />

2 (Heathcote and Armitage, 1959; Laursen, 1959)<br />

published in the first volume of their publication<br />

series, Annals of the <strong>International</strong> Geophysical <strong>Year</strong>. In a<br />

similar way, the drive for new IPY <strong>2007–2008</strong> started as<br />

the preparation for the “50th anniversary of IGY 1957–<br />

1958” or “IPY +50” (Chapter 1.2). It is also no accident<br />

that many champions of IPY <strong>2007–2008</strong> referred to<br />

their early memories or to the stories they heard from<br />

their mentors about the IGY era. Several major IPY<br />

<strong>2007–2008</strong> websites featured historical summaries<br />

of IPY-1, IPY-2, and IGY, often accompanied by early<br />

photographs and excerpts from old articles and books<br />

that, otherwise, are hardly cited in today’s science<br />

publications (Fig. 1). 1<br />

Science history and legacy played such an<br />

important role in the development of IPY <strong>2007–2008</strong><br />

because it helped generate grass-roots enthusiasm<br />

and marshal disciplinary and institutional resources.<br />

It also illuminated the specifics of modern science<br />

organization and planning. Several comparative<br />

overviews of three or even four <strong>International</strong> <strong>Polar</strong><br />

<strong>Year</strong>s were published as a result of IPY <strong>2007–2008</strong><br />

(Andreev et al., 2007; Barr and Lüdecke, 2010; Behr et<br />

al., 2007; Elzinga 2009; Fleming and Seitchek 2009;<br />

Lüdecke, 2007b; Rae, 2003; Sörlin, 2007; Summerhayes,<br />

2008). All shared valuable insights into the preparation<br />

of the earlier IPYs and explored how history can offer<br />

a successful playbook to today’s science planners<br />

(Berkman, 2003; Korsmo, 2004, 2009; Korsmo and<br />

Sfraga, 2003; Lüdecke, 2004; Rae, 2003). That long-term<br />

historical view was on the minds of many champions<br />

and organizers of IPY <strong>2007–2008</strong> (Chapter 1.2) and it<br />

guided the approach to this opening section of the JC<br />

overview of IPY.<br />

This first section starts with a synopsis of major steps<br />

in the origination and organization of three previous<br />

IPY initiatives: IPY-1, IPY-2, and IGY (Chapter 1.1). Since<br />

lengthy accounts of all earlier IPYs are available in<br />

many books and historical papers, the purpose of<br />

this chapter is rather practical, as it aims to introduce<br />

IPY <strong>2007–2008</strong> scientists and educators to certain<br />

approaches and strategies that emerged repeatedly<br />

over the past 125 years in the organization of all<br />

previous IPYs. Many of the same or similar strategies,<br />

like the active promotion of the proposal for a new IPY<br />

across professional fields and science organizations;<br />

seeking endorsement and support of the most<br />

respected international science bodies of the time;<br />

establishment of an effective international steering<br />

committee; focus on coordinated efforts, international<br />

dissemination of results, and publication, etc., were

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