R. simon 1937 267 pages in12. 1937. Broché. 267 pages.
Etat Correct dos recollé
Bossard 1928 374 pages in8. 1928. Broché. 374 pages.
Etat Correct
Famot 1975 in12. 1975. Cartonné.
Très Bon Etat
Arthème fayard collection les meilleurs livres. in12. Sans date. Broché.
Etat Correct
Henri Beziat 1937 250 pages in12. 1937. Broché. 250 pages.
Bon Etat d'usage jauni dos taché intérieur propre et net
Livre de Poche 1961 444 pages poche. 1961. broché. 444 pages.
Bon Etat-couv usagée
De Bonnot 1971 290 pages in8. 1971. Relié. 290 pages. Paris chez Jean de Bonnot 1971. In-8 (210x146 mm) 290 pages. Livre relié Pleine peau décorée Tranche supérieure dorée. Texte revu par Jacques Haumont. Nombreuses gravures en noir de l'Ecole néo-romantique. Reliure en très bon état général avec de légers frottements aux coins inférieurs. Intérieur propre
Très Bon Etat proche du neuf très bel exemplaire relier doré sur la tranche supérieure
Le figaro 2009 collection la bibliothèque #4. in8. 2009. Broché.
Très Bon Etat
Nelson 382+380 pages in12. Sans date. Relié jaquette. 382+380 pages.
Bon Etat bords jaquette par endroit frottés
Carnet de baudasser 1970 in12. 1970. Broché. 19 pages. Bon Etat exemplaire nominatif numeroté
Rocher 1945 335 pages in8. 1945. Broché. 335 pages.
bon Etat exemplaire numéroté n°4405 tiré sur vergé crème des papeteries johannot
Bibliothèque précieuse 1955 190 pages in12. 1955. Broché. 190 pages.
Etat Correct traces scotch début et fin ouvrage
Encre. 1984. In-8. Relié. Bon état, Couv. convenable, Dos satisfaisant, Intérieur frais. 207 pages.. . . . Classification Dewey : 908-Régionalisme varia
'Itinéraires'. Bordeaux. Le Médoc. La Garonne. Toulouse. La Brède. Pau, Tarbes, Auch... Classification Dewey : 908-Régionalisme varia
G.p/super 1958 510 pages in8. 1958. relié. 510 pages.
Bon Etat jaquette rhodoïd abimée taches rousseurs tranche
Arthaud 1944 520 pages in8. 1944. Broché. 520 pages.
Etat Correct pages assez jaunies
Paris, Dunod, s.d.; in-8, 72 pp., broché, couverture illustr. D'après les règles de l'institut sténographique de France par Justin Grimaud.
D'après les règles de l'institut sténographique de France par Justin Grimaud.
Hafniae, 1952. Large 4to. Uncut in orig. wrappers. XXII,1028 pp. 2 portraits. One of 500 copies. Clean and fine.
Stockholm, R.W. Statlanders Boktryckeri, 1935 + 1930. Large 4to. 2 vols in original printed wrappers. 1st part with some spine wear and a bit of wear to corners. Wrappers of second part with a bit of light brownspotting. Both parts with stamps to front wrappers and title-pages, library markings to wrappers, and printed tape-strips across wrappers, all from the Danish Meteorological Institute (from the archive of which this set has been sold directly). 79 + 17 pp. Richly illustrated.
First printing of Stenquist's landmark work on earth currents, which includes his seminal scientific description of the great storm of May 1921 that has turned out to be one of the most significant reports in the history of geomagnetic storms and space weather. The work is of fundamental importance to extreme weather forecasting and is a classic in the field. ""The most spectacular (and most dangerous) examples of GIC impact were two destructive fires-the first in Sweden around 02:00 GMT on 15 May and the second in the United States around an hour later. The Swedish event occurred in a telephone exchange in the town of Karlstad, 260 km west of Stockholm. This event was widely reported around the world... It was also the subject of contemporary study by David Stenquist, a Swedish scientist and engineer, who had a long interest in what we would now call GIC impacts on telecommunications systems. One of his narrative reports on the event is included in his 1925 memoir on earth currents (Stenquist, 1925), and another is reproduced by Karsberg et al. (1959). They both outline how the operators at Karlstad exchange first experienced problems (equipment anomalies and faint smoke) around 01:00, followed by a period of quiet, before the main fire started around 02:00 leading to extensive equipment damage. Stenquist also highlighted a near-miss incident at Ånge, some 380 km north west of Stockholm, that was simultaneous with the Karlstad fire. This experienced a threat similar to that fire, but where the initial problems were sufficient to trigger preventive measures that avoided major damage. In his later analysis of the Karlstad fire (Albinson, 2018" Engström, 1928" Stenquist, 1925), Stenquist noted that this site was vulnerable to strong GIC, because it was on the 400 km route of the major communications lines between Oslo and Stockholm, and this route was vulnerable because of its east-west orientation. His insights into engineering design of the communications lines enabled him to estimate the geoelectric fields that created the damaging GIC. He showed that fields of at least 6 V/km were required to cause the observed melting of fuses, ""tubes de fusion,"" in copper wires, and that a field of 20 V/km would have caused more damage than observed (melting of fuses in iron wires). As a result he suggested that 10 V/km would be a reasonable estimate of the average geoelectric field in central Sweden at the time of the Karlstad fire."" (Hapgood). ""Over the past decade the public perception of space weather has changed markedly so that it is now considered a major societal risk alongside other natural hazards including pandemic disease, extremes of temperature, coastal and river flooding, earthquakes, and volcanic activity. As a result of this step change in public perception, improved understanding of severe space weather, and its impacts, is now a vital element in the scientific evidence sought by policy-makers responsible for societal resilience. Those policy-makers require information on both the likelihood, and the adverse impacts, of severe space weather, just as they do for other natural hazards. Only then can they integrate space weather into wider plans to ensure societal resilience against the whole range of natural hazards....A key element in this evidence is the likely timelines of extreme space weather events. Such knowledge enables us to build scenarios that give insights into the spatial and temporal distribution of adverse impacts, and into the information that will be available to enable timely decision-making before, during and after an extreme event. They are also vital for exercises to test mitigation plans and to train key personnel in government and industry. Scenarios are also critical inputs for realistic studies on the socio-economic impact of space weather.This study addresses one route to scenario development, namely, a review of previous severe space weather events, and specifically focuses on one outstanding case, the great storm of 13-16 May 1921, and particularly the very intense activity on 14/15 May."" (Mike Hapgood: Space Weather. The Great Storm of May 1921: An Exemplar of a Dangerous Space Weather Event).
1 volume in-4° relié plein cartonnage sous jaquette illustrée, 227 p., illustrations. Très bon état.
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