scholarly journals Legal Aspects of the French Nuclear Tests

1967 ◽  
Vol 61 (1) ◽  
pp. 66-77 ◽  
Author(s):  
Anthony A. D’Amato

The question of the legality of France’s nuclear test series, commenced on July 2, 1966, in French Polynesia, will probably stop short of any definitive third-party determination and be subjected only to general community appraisal. Yet even at the level of scholarly or diplomatic argumentation it is important to inquire into the competing interests and legal factors involved in the atmospheric tests. This is true not only because differing political expectations or even measures might depend on the consensus as to the legality or illegality of the French tests, but also because the precedential value of the tests will be of greater or less force depending upon whether there is agreement at the time of the tests that France was or was not acting within her international legal rights.

2021 ◽  
Vol 27 (1and2) ◽  
pp. 297-300
Author(s):  
Ena Manuireva

Toxique: Enquête sur les essais nucléaires français en Polynésie, by Sébastien Philippe and Tomas Statius, and the Moruroa Files microsite. Paris: PUF/Disclose, 2021. 192 pages. ISBN 9782130814849https://moruroa-files.org/   THE COMBINATION of nuclear expertise (Sebastien Philippe), inquisitive journalism (Tomas Statius) and the investigative approach by Interprt (a collective of architects specialising in the forensic analysis of environmental crimes) of around 2000 declassified French government documents in 2013 called the Moruroa Files, resulted in the explosive book Toxic about what was already known to the Ma’ohi Nui (French Polynesia) people. That since 1966 (55 years ago), the French government has consistently lied about and concealed the deadly consequences of their nuclear tests, which they now seem to acknowledge (French admit nuclear test fall out, 2006), to the health of the populations and their environment.  


2021 ◽  
Author(s):  
Felix M. Schneider ◽  
Petr Kolínský ◽  
Götz Bokelmann

<p>We study finite-frequency effects that arise in cavity detection. The task comes along with the Onsite-Inspection part for the Comprehensive Nuclear Test Ban Treaty (CTBT), where the remnants of a potential nuclear test need to be identified. In such nuclear tests, there is preexisting knowledge about the depths at which nuclear tests may take place, and also about sizes that such cavities can attain. The task of cavity detection has consistently been a difficult one in the past, which is surprising, since a cavity represents one of the strongest seismic anomalies one can ever have in the subsurface. A conclusion of this study is that considering finite-frequency effects are rather promising for cavity detection, and that it is worthwhile to take them into account. We utilize an analytical approach for the forward problem of the a seismic wave interacting with a underground cavity in order to develop an inversion routine that finds and detects an underground cavity utilizing the transmitted wave-field.</p><p> </p>


2021 ◽  
Vol 14 (3) ◽  
pp. 297-314
Author(s):  
Carter Soles

Godzilla is one of the most famous de-extinct monsters in global popular cinema. Fan loyalty to the original Toho Studios conception of the creature as a super-powered, dinosaur-like creature helps explain the negative response to Roland Emmerich’s 1998 Hollywood version, which re-imagines Godzilla as a giant, irradiated twentieth-century iguana. Emmerich’s film is plotted around the monster’s attempt to use subterranean New York City as a spawning ground. The creature lays eggs that later hatch into baby Godzillas that look suspiciously like Jurassic Park-style velociraptors. Indeed, the movie plays like an expanded version of the last twenty minutes of The Lost World: Jurassic Park (1997): a dinosaur-like creature runs amok in a major American city and is eventually defeated by a plan involving its offspring. Emmerich’s Godzilla is famous for being ‘Godzilla in name only’, yet its extensive intertextuality with The Lost World foregrounds de-extinction themes and imagery. Furthermore, Godzilla (1998) emphasises human action - in this case, 1950s French nuclear tests in French Polynesia - as the cause of the mutant creature’s emergence. Humans causing de-extinction is a key feature of the entire Godzilla franchise and of similar creature features from the 1950s to the present. Akin to its 1950s predecessors, Godzilla’s light, intentionally (and sometimes unintentionally) comedic tone open it to camp readings of the kind analysed by Bridgitte Barclay, who writes that the narrative and aesthetic shortcomings of schlocky sf B movies ‘disengage the audience from the filmic world and expose the mechanics of storytelling, making the master narrative a story and thereby resisting it by showing it as such’. Godzilla does just that, deflating its own anthropocentrism and rampant pro-militarism via its blatantly derivative story, shoddy digital effects and ham-handed dialogue.


2018 ◽  
Vol 2 (4) ◽  
pp. 1-96
Author(s):  
Henrik Ringbom ◽  
Brita Bohman ◽  
Saara Ilvessalo

AbstractThe main environmental problem of the Baltic Sea is that too many nutrients are being released to the sea (eutrophication). As many of the ‘easy’ measures to reduce the load from land-based sources have been put in place, increasing attention is given to measures to reduce the release of nutrients from the seabed sediments through the use of various technologies at sea, i.e. ‘sea-based’ measures.There is no specific legal framework available for sea-based measures, but a number of provisions set general obligations to protect and preserve the marine environment.The analysis indicates that neither the type of measure nor the geographical location of the activity is of decisive importance for the legal rights and obligations involved. Instead, the legality of any sea-based measure depends on the risks they present balanced against their benefits. There is considerable uncertainty on all these issues, and the matter is further complicated by the fact that both the risks and the benefits of the measures relate to their environmental impact.It is recommended that a regional risk-based framework is established for assessing when and how further research on sea-based technologies can be undertaken in the Baltic Sea.


2006 ◽  
Vol 47 (SupplementA) ◽  
pp. A1-A13 ◽  
Author(s):  
Valeriy F. STEPANENKO ◽  
Masaharu HOSHI ◽  
Ian K. BAILIFF ◽  
Alexander I. IVANNIKOV ◽  
Shin TOYODA ◽  
...  

Legal Studies ◽  
2018 ◽  
Vol 38 (4) ◽  
pp. 645-665
Author(s):  
Naomi Hawkins ◽  
Timon Hughes-Davies

AbstractGenetic information is relevant not only to the patient, but also to their family. Where a patient refuses to share that information with family members, then their legal rights may conflict. This paper focuses on that conflict between the rights of individuals and the rights of third parties. We first examine the nature of the duty of confidence as it applies in these circumstances, and the extent to which it can appropriately accommodate the familial nature of genetic information. We then consider the situations in which a healthcare practitioner might owe a third-party family member a tortious duty of care. We conclude that in most cases, there will be no duty owed to third parties, but that in certain limited circumstances, a duty of care should arise.


Author(s):  
Henglei Xu ◽  
Sidao Ni ◽  
Ping Jin ◽  
Shiban Ding ◽  
Hongchun Wang

ABSTRACT The mb :  Ms (mb vs. Ms) relationship is an important criterion for screening explosions from earthquakes and has been widely adopted in seismological monitoring by the Comprehensive Nuclear-Test-Ban Treaty Organization. In general, the earthquakes have larger Ms than the underground explosions with equivalent mb. However, it has been reported that this recognition criterion failed to identify some explosions at the North Korea nuclear test site. In this study, we investigate the potential effects of secondary source components, including the compensated linear vector dipole (CLVD) and double-couple (DC) sources, on mb and Ms magnitude measurements and the physical mechanism of the mb :  Ms recognition criterion by calculating synthetic seismograms. The results show an apparent critical body-wave magnitude of 5 when using the mb :  Ms method to discriminate North Korean underground nuclear explosions. The Ms measurements decrease as the CLVD components increase, whereas the effects from the DC source can be neglected. Small events, such as the first five North Korean nuclear tests, generate weak CLVD components, leading to the failure of mb :  Ms-based discrimination, whereas the last event, with a larger magnitude, caused extensive damage and hence can be successfully discriminated. In addition, the large difference between the source spectrum of explosions and those of earthquakes might be another important factor in the successful mb :  Ms-based discrimination of the sixth North Korean nuclear test.


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