Most of the papers in this issue of Polar Record are a result of research performed by a cadre of scientists specifically dealing with remote sensing applications in the Arctic environments. These studies, and other similar activities, were presented originally at the 9th Circumpolar Remote Sensing Symposium held in Seward, Alaska, from 15–19 May 2006. The symposium provided a forum to the 40 international scientists attending it for the exchange of current applied research, the presentation of new technology, and the advancement of internal co-operation in the circumpolar Arctic and Antarctic regions. Oral presentations in the 10 plenary sessions focused on snow, ice, and cryosphere studies, climate and the environment, environmental monitoring, arctic vegetation inventory, monitoring and analysis, databases, data processing and GIS. In addition there was a special plenary session on remote sensing for the International Polar Year. At the end of the symposium, there was a special panel discussion on recommendations for future sensors for boreal and polar remote sensing.

In January-February 1939, a secret German expedition visited Dronning (or Queen) Maud Land, Antarctica, apparently with the intention inter alia of establishing a base there. Between 1943 and 1945 the British launched a secret wartime Antarctic operation, code-named Tabarin. Men from the Special Air Services Regiment (SAS), Britain's covert forces for operating behind the lines, appeared to be involved. In July and August 1945, after the German surrender, two U-boats arrived in Argentina. Had they been to Antarctica to land Nazi treasure or officials? In the southern summer of 1946–1947, the US Navy appeared to ‘invade’ Antarctica using a large force. The operation, code-named Highjump, was classified confidential. In 1958, three nuclear weapons were exploded in the region, as part of another classified US operation, code-named Argus. Given the initial lack of information about these various activities, it is not, perhaps, surprising that some people would connect them to produce a pattern in which governments would be accused of suppressing information about ‘what really happened’, and would use these pieces of information to construct a myth of a large German base existing in Antarctica and of allied efforts to destroy it. Using background knowledge of Antarctica and information concerning these activities that has been published since the early 1940s, it is demonstrated: that the two U-Boats could not have reached Antarctica; that there was no secret wartime German base in Dronning Maud Land; that SAS troops did not attack the alleged German base; that the SAS men in the region at the time had civilian jobs; that Operation Highjump was designed to train the US Navy for a possible war with the Soviet Union in the Arctic, and not to attack an alleged German base in Antarctica; and that Operation Argus took place over the ocean more than 2000 km north of Dronning Maud Land. Activities that were classified have subsequently been declassified and it is no longer difficult to separate fact from fancy, despite the fact that many find it attractive not to do so.

In 1947 knowledge of Heard Island was confined to a rough mapping compiled by nineteenth-century sealers, and the results of four scientific expeditions that had briefly investigated the Atlas Cove area. Exploration continued in two distinct periods between 1947 and 1971. In the first period the Australian National Antarctic Research Expeditions (ANARE) built a scientific station at Atlas Cove in 1947, and occupied it continuously until 1955 as an ‘A Class’ meteorological station, a seismic and magnetic observatory, and a base for other scientific studies and for exploration of the island. In the second period four summer expeditions and one wintering expedition worked on the island between 1963 and 1971. The summer expeditions were an ANARE expedition in 1963, an Australian private expedition (The South Indian Ocean Expedition to Heard Island) in 1965, and ANARE expeditions in 1969 and 1971 associated with United States and French expeditions. A United States expedition wintered in 1969. There were no further expeditions until 1980. The years 1947–1971 saw many achievements. Expedition members recorded seven years of synoptic meteorological observations and four years of seismic and magnetic observations. They developed empirical techniques of work, travel, and survival that shaped the collective character of ANARE and were later applied in Antarctica. Despite difficult terrain and consistently bad weather, and the accidental deaths of two men in 1952, unsupported field parties of two or three men travelling on foot explored and mapped in detail the heavily glaciated island, and documented its topography, geology, glaciology and biology. They made three overland circuits of the island, the first ascent of Big Ben (2745 m), and the first recorded landing on the nearby McDonald Islands. Expedition members bred and trained dog teams for later use in Antarctica. They reported the commencement and subsequent progress of massive glacier retreat caused by regional warming, and of the island's colonisation by king penguins (Aptenodytes patagonicus) and antarctic fur seals (Arctocephalus gazella). They also reported measurements of glacier flow and thickness, the palaeomagnetism of Heard Island rocks, behavioural and population studies of southern giant petrels (Macronectes giganteus) and other birds, studies of southern elephant seals (Mirounga leonina) and leopard seals (Hydrurga leptonyx), and the cold stress and acclimatisation experienced by humans working in the island's wet-cold climate. In addition, Heard Island served as a testing ground for men, equipment, scientific programmes, huskies, general administration, and logistics, without which Mawson station could not have been established as successfully as it was in 1954. The American wintering expedition and the French summer expedition contributed to major international geodetic and geophysical investigations. In sum, the expeditions between 1947 and 1971 added much to our knowledge of Heard Island, and they laid down a solid foundation for the work of later expeditions.

Alexander Theodor von Middendorff's name is closely associated with the exploration of Siberia and research on the natural history of the Russian Arctic. Yet it is surprising that, in the extensive literature in Russian and German on the environment of those regions, there are no specific analyses of Middendorff's important contribution to these areas of research. He is barely mentioned in English language studies on the history of exploration and science in Siberia and there are very few accounts of his life and work. The present paper is largely based on a number of newly discovered archival documents and contemporary literary sources and is an attempt to fill this lacuna. In this account, all dates are given according to the new style calendar.

Since the end of the Cold War, cooperative and region-building endeavours involving Arctic governments and peoples have flourished. These efforts have been rooted in a desire to pursue northern sustainable development and in assertions about the shared experiences and values of Arctic states and peoples. In this paper, a case study is presented concerning a Canadian development project designed to promote Canadian sustainable economic development models to indigenous and non-indigenous leaders and bureaucrats in the Russian north. In their efforts to move knowledge across northern borders, the Canadian project team relied clearly upon two central discourses of the Arctic region-building process: a common Arctic space and the shared pursuit of sustainable development. Drawing upon over thirty qualitative interviews and a year of participant observation at project events, the aim of this article is to map the currency and reach of these Arctic regional discourses at a more ‘local’ level amongst the Russian and Canadian Arctic residents involved in the project. The continuing debate during this development project over what Arctic regionalism and sustainable development mean in practice calls into question a key assertion of contemporary region-building rhetoric, the assumption or hopeful injunction that not only is a regional landscape or environment shared but that values and experiences are, or will come to be, shared as well.

The two gun schooners Axel Thorsen and Skjøn Walborg were launched in 1810 and initially served as patrol ships with the task of protecting merchant vessels leaving Archangel from British attacks during the Napoleonic wars. Following the peace of 1815, the Norwegian authorities interpreted Russian activities in Finnmark, northern Norway, with considerable suspicion and, in 1816, Axel Thorsen was sent north to remove the Russian settlers from the area and to demolish their buildings. In 1817 and 1818, Skjøn Walborg replaced Axel Thorsen on the same mission. The two vessels also carried out a cartographic programme in the far north. In 1831 and 1832 there was an epidemic of cholera in Archangel, and the two ships acted to prevent vessels from that port docking in northern Norway. In 1864, Axel Thorsen was engaged by Adolf Nordenskiöld on his expedition to Svalbard while Skjøn Walborg was used by Graf Walburg-Ziel and Baron von Heuglin on their expedition to Svalbard in 1870. Both vessels were heavily engaged in sealing and hunting walrus at Novaya Zemlya from 1869 until both were crushed in the ice and lost in 1872.

The analysis of international and national cooperation interprets relations between states, international organisations and indigenous peoples as currently being constructed in terms of political practices. Through practical work in their organisations (IPOs), indigenous peoples are building up a joint agenda to further their social and economic interests. This process is accompanied by a transformation of the agenda of sovereign states and subordinate government bodies as well as by the establishment of partnerships with indigenous peoples through their legally recognised organisations that have become new political actors. New methods are emerging in which these practices can evolve in the most efficient way: the recognition of IPOs as equal partners in the decision-making process; the allocation of resources to facilitate their participation; the incorporation of traditional knowledge; the accommodation of indigenous priorities; joint initiatives; and other collective actions. The intergovernmental forum of the Arctic Council may serve as a positive model in which both governments and indigenous peoples collaborate. IPOs fully participate in the regional decision-making process, and through building up a new collective identity, reach out to high-level international organisations and events such as the World Summit on Sustainable Development and the UN Permanent Forum on Indigenous Issues. In Russia, at the national level, the process has been less successful than elsewhere. This formation of collective identity is connected to two processes: one is a search for new opportunities of interaction with the state in the legal and governmental sphere: the other comprises regional cooperation and local interpretation of sustainable development. This is an INDIPO project paper (Tennberg 2006).

Throughout northern Eurasia, the presence of reindeer is a complicating factor in the consideration of interactions between vegetation and climate. The ability to interpret future changes in these interactions will depend on access to maps of sufficient detail to represent aspects of vegetation distribution relevant to reindeer grazing, amongst which we particularly identify lichens and shrubs. Such maps, if they are to have circumpolar coverage, can only feasibly be produced on a routine basis using satellite imagery having wide swaths but comparatively coarse resolution. This paper presents qualitative and quantitative comparisons between three such maps, and two more detailed vegetation maps compiled from fieldwork and from recent field-trained satellite image analysis, all for a study area in the Nenets Autonomous Okrug, Russia. It is shown that, despite its high degree of generalisation, the Circumpolar Arctic Vegetation Map provides the best representation of the vegetation in the study area amongst the three circumpolar land-cover maps that were examined, but that none of the three is entirely satisfactory. While the adequate representation of shrubs and lichens currently continues to depend on the analysis of field data or high-resolution satellite imagery which is unsuitable for circumpolar mapping, it is suggested that the prospects for satellite-based circumpolar vegetation mapping capable of including these components is promising.

The southwestern part of Foxe Basin is a little known region of the Canadian Arctic, being difficult to access during the summer because of heavy and unpredictable ice conditions. Surveys of birds and marine mammals in the area were carried out by lightweight expeditions in the summers of 1994 and 1995, using sea-kayaks, as well as a Peterhead boat from the nearest community, at Repulse Bay. The area supports important populations of narwhal, bowhead whales and walrus, as well as significant concentrations of shorebirds, common eiders, black guillemots, and perhaps one third of the world's Thayer's gulls. New information was obtained on the status and abundance of these species and novel observations were made on the feeding ecology and breeding phenology of the gulls.

In 2002 and 2003, studies were made of the breeding phenology, nesting success, nesting density, and rates of nest predation of ruddy turnstones (Arenaria interpres) at East Bay, Southampton Island, Nunavut, Canada. Previous data from East Bay were used to compare nesting chronology and nest success across years. Bird banding data were used to examine migration routes and rates of return. In all years, ruddy turnstones initiated nests within 7 days of arrival at the study area. The median date of incubation onset was the same in 2002 and 2003, despite different spring snow conditions. Snow remained later in the season in 2003 and the overall range of incubation onset was greater than in 2002. Ruddy turnstones at East Bay nested at high densities and in semi-colonial groups with a significantly aggregated distribution. In both years, nest success was low, predation was high, and lemmings were scarce. These data (and data from earlier East Bay studies) support the ‘alternative prey hypothesis’. Resighting rates of breeding adults between 2002 and 2003 were also low. Individuals banded at East Bay were resighted at Delaware Bay on the Atlantic coast of the United States, the Caribbean Islands, and in southern Brazil. This study increases our knowledge of this understudied species about which there is conservation concern.

In November 2005, the first comprehensive survey for Adélie penguin (Pygoscelis adeliae) breeding sites in the Robinson Group of islands, situated 25 to 55 km east of Australia's Mawson station (67.602°S, 62.879°E) was conducted. Breeding Adélie penguins were found on 30 of the 149 islands, with the number of nests on each island ranging from fewer than 10 to several thousand. With the exception of those islands in the southeast, nesting Adélie penguins were found throughout the Robinson Group. In this paper, the spatial coordinates and presence/absence of breeding penguins for all 149 islands are reported so that researchers may interpret the results in relation to possible future survey work. All locations reported in this paper are in decimal degrees.

The United States National Snow and Ice Data Center (NSIDC) initiated an outreach project to enhance the visibility of and interest in cryospheric images. Methods were utilised to convert cryospheric data into a projection and image format compatible with Google Earth™. The word ‘image’ should be emphasised since raster data in a native polar projection and format cannot be overlaid on the Earth without prior data conversions. The project focused on reaching out to a diverse audience by integrating images from key components of the cryosphere into a single compressed Keyhole Markup Language (KMZ) file. As a result, users can visualise glacier photographs, permafrost type and extent, sea ice concentration and extent, and snow extent superimposed on the Earth. Those interested in browsing the NSIDC collection of over 3,000 glacier photographs have the option of zooming into Alaska for a majority of the images and accessing both the photograph and the associated metadata. For a current perspective of global snow and ice coverage, one could look at satellite imagery derived from passive microwave Special Sensor Microwave/Imager (SSM/I) data. Another option is to select the permafrost layer and observe the various types and extent of permafrost. This paper explores the project by describing the data, methodologies and results and concludes with future implications on how to improve the processing and functionality of polar data in Google Earth.

The Norwegian Henrik Johan Bull managed the Antarctic expedition that penetrated the Ross Sea in 1895 and made a landing at Cape Adare, the first confirmed landing on the Antarctic mainland. Bull had attempted to fund the voyage in Melbourne where he had lived since the late 1880s. At that time, Melbourne's learned societies, through their Antarctic Exploration Committee (AEC), were also making strenuous attempts to launch an expedition. The two parties had contact but the differences in their aims resulted in little cooperation. The AEC plans of a joint commercial/scientific expedition with Dundee or Norwegian whalers, and then a joint scientific expedition under Adolf Erik Nordenskiöld, foundered due to lack of funds. The plans to include a scientist, nominated by the learned societies, in Bull's expedition also failed. Instead, Carsten Egeberg Borchgrevink joined Bull's expedition as an ordinary seaman and an occasional scientist. He used this experience to realise his plans to winter on Antarctica. Both Bull and the AEC were important in developing interest in Antarctic exploration and commerce.

The changing surface geometry of the glacier Midre Lovénbreen on Svalbard was investigated using LiDAR data acquired on 9 August 2003 and again on 5 July 2005. The data were processed to generate Digital Elevation Models (DEMs) of unprecedentedly high spatial resolution (2 m) and accuracy (better than 0.15 m). Comparison of the two DEMs allowed the mass balance of the glacier to be determined as more negative than −0.62 m yr−1 water equivalent, about twice as negative as the value estimated from in situ measurements. Comparison of the DEMs also showed that the area of the glacier decreased by around 0.3%, and the position of its margin retreated by around 14 m, from 2003 to 2005. It was also possible to track the motion of fine-scale features in the surface geometry such as meltwater channels, and hence to determine the glacier's surface velocity, in some areas. Typical average speeds were around 1–2 cm per day.

During the period of approximately forty years after 1898, a small number of Norwegian women chose to over-winter with their men folk who were trappers in Svalbard. Some were primarily engaged in a housekeeping role, while some were actively involved in hunting and trapping activities. Diaries and contemporary newspaper accounts provide interesting insights into the experiences and the perceptions of these women. This paper provides brief, but illustrative, examples drawn from transcripts of original material. Translations are by the author.

The effectiveness of international environmental cooperation is a theoretical and methodological challenge that has captured the interest of scholars and students of international relations in the recent years. This article is an evaluation of international environmental cooperation in northwest Russia by applying an approach developed in the Institutional Dimensions of Global Environmental Change (IDGEC) research programme of the International Human Dimension Programme (IHDP). The IDGEC approach emphasises the importance of complex diagnostics of institutional environmental arrangements in terms of performance. The approach relates to the effects of international environmental cooperation in terms of sustainability, efficiency, fairness, and robustness. The article focuses on Russian and Nordic experiences of international environmental cooperation, and the assessment of performance has been done by the participants themselves. According to the results of interviews and questionnaires, the cooperation is considered institutionally effective and robust in general. However, views about the environmental effects vary. Some problems exist that are related to sustainability and fairness, but the most critical issue is the lack of domestic environmental capacity in Russia.

Alaska currently relies on the Canadian Fire Weather Index (FWI) System for the assessment of the potential for wildfire and although it provides invaluable information it is designed as a single system that does not account for the varied fuel types and drying conditions (day length, permafrost, decomposition rate, and soil type) that occur across the North American boreal forest. The FWI System is completely weather-based using noontime measurements of precipitation, relative humidity, temperature and wind speed. The most common problem observed with the FWI system is in the initialisation and need for calibration of one of the moisture codes that make up the FWI system, the Drought Code (DC), which is representative of the deeper organic soil layers and has a 53 day lag period. SAR data represent an innovative tool to improve the current weather-based fire danger system of interior Alaska by initialising the spring values of DC, calibrating the codes throughout the season and providing additional point-source data. Using radar backscatter values from several recently burned boreal forests, an algorithm was developed that related backscatter to DC. The authors then demonstrated the application and validation of this algorithm at independent test sites with good correlation to in situ soil moisture and rainfall variations.

Since the 1970s, a number of writers have endorsed the belief that Dr John Richardson very probably committed discreditable, and possibly even criminal, acts during the first Franklin expedition (1819–1822). These acts, they allege, were concealed from the public by Franklin and Richardson, who inserted a fabricated account into Franklin's 1823 narrative. This paper examines the evidence and arguments put forward by the originator of this theory, the historian Richard Glover. It concludes that Glover was motivated primarily by a desire to vindicate the good name of another explorer, Samuel Hearne. Richardson had suggested that Hearne's narrative was not an entirely reliable account of his travels, and in Glover's view, these remarks had seriously damaged Hearne's reputation. Glover therefore sought to characterise Richardson as a deceitful man of exceptionally poor judgement, upon whose claims no reliance could be placed. Later writers, engaged in a re-evaluation of Britain's imperial activities in the Canadian north, have accepted and expanded on Glover's theories. However, an examination of the primary sources cited by Glover and others demonstrates that there is no solid basis for the revisionist version of the 1819–1822 expedition.

Frederick George Jackson, the leader of the Jackson-Harmsworth Expedition of 1894–1897, accomplished a great deal during his exploration of Franz Josef Land [Zemlya Frantsa-Iosifa] although his achievements have never been fully acknowledged. Jackson's expedition itself has often been eclipsed by his famous meeting in 1896 with Fridtjof Nansen, absent for 3 years in the Arctic and it has been unfairly coloured by the view that Jackson was no more than an adventurer and sportsman. The research reported in this article evaluates Jackson's plan and management activities. The study developed a set of factors to evaluate his performance arising from a variety of expeditions contemporary with Jackson's. His strong personality and limited personnel managerial experience limited the full extent of what he might have achieved. Yet, Jackson developed a strong exploration model that was based on comprehensive planning, a significant concern for the health and welfare of his companions, the willingness to innovate in a number of activities including sledging, and a commitment to scientific discovery. Although the expedition did not find a route to the North Pole, Jackson confirmed that Franz Josef Land was an archipelago and he gave credence to the consumption of fresh meat as a means of preventing scurvy. One of Jackson's legacies to subsequent explorers was the use of ponies for haulage. He was unable to appreciate the weaknesses in their use and his influence on subsequent Antarctic expeditions often led to undesirable results. But, overall, Jackson was an innovator in a conservative exploration community.

The Committee for Environmental Protection (CEP) was established under the Protocol on Environmental Protection to the Antarctic Treaty to advise the Antarctic Treaty Consultative Meeting (ATCM) on matters relating to protection of the Antarctic environment. After almost a decade of work, the committee has consolidated itself as a highly relevant and important component of the Antarctic Treaty system. Through a detailed analysis of meeting reports, as well as first-hand information and experience, this study describes the activities of the CEP during its first nine years of operation, provides likely explanations for some trends observed and proposes future scenarios by highlighting major challenges and opportunities. In particular, the instigation of strategic planning shows potential for launching a new era of CEP activities focused on the environmental issues requiring the greatest attention. This overview will assist readers to understand the role of the CEP as the main environmental advisor to the ATCM, and the reasons for the Antarctic Treaty parties to support the Committee's work to foster a spirit of cooperation as a prerequisite for continuing protection of the Antarctic environment.