The Bolshevik Party Transformed: Stalin’s Rise to Power (1917–1927)

The article was submitted on 17.01.2017.In 1917, the Bolsheviks promised the liberation of the working masses from exploitation. And yet, within twenty years, they had delivered a regime that was substantially more exploitative and repressive than that of the Tsarist regime they had overthrown. This article argues that more than a quarter of a century after the opening of the archives, we still misapprehend how it happened. Historians tend to see the process as programmatic, or planned and intentional: that the Bolsheviks were authoritarian by nature, or that Stalin hijacked the Revolution and satisfied his lust for power by building a personal dictatorship. The article argues that we have failed to grasp the extent to which the positive programme of liberation continued to motivate the Bolshevik leadership throughout the interwar period. But they had underestimated the obstacles to creating a consensual, participatory political order. Considerable progress was made overcoming basic illiteracy, but it was another matter altogether to establish a functioning administrative apparatus, to fight and win the civil war, and to rebuild a shattered economy. The breakdown of liberal (“bourgeois”) democracies in Europe encouraged complacency about the superiority of the “transitional” proletarian dictatorship. The struggle for power after Lenin’s death turned local organisations against inner party democracy. It did not seem appropriate to revive it either in the midst of collectivisation and rapid industrialisation. The survival of the Revolution and catching up to the advanced capitalist countries took precedence. But if we treat extreme political violence and dictatorship as ends in themselves, we will fail adequately to grasp the fate of the Revolution.В 1917 г. большевики обещали освобождение трудящихся масс от эксплуатации. Но в течение 20 лет они установили режим гораздо более эксплуататорский и репрессивный по своей сути, чем побежденный ими царизм. Автор утверждает, что спустя более четверти века после открытия архивов мы все еще остаемся в неведении по поводу того, почему так случилось. Историки склонны рассматривать этот исход как запрограммированный либо преднамеренно спланированный, поскольку большевики были авторитарны по своей природе, или же Сталин «оседлал» революцию и установил личную диктатуру, удовлетворяя жажду власти. До сих пор нет ясности в понимании того, в какой степени положительная программа освобождения народа продолжала мотивировать большевистское руководство в межвоенный период. Большевики недооценили препятствия на пути создания общественного порядка, основанного на согласованном политическом участии. Существенный прогресс был достигнут на пути ликвидации неграмотности, но значительно труднее было создать функционирующий государственный аппарат, бороться и выиграть Гражданскую войну, а также восстановить разрушенную экономику. Падение либеральных («буржуазных») демократий в Европе укрепляло ощущение превосходства «переходной» пролетарской диктатуры. Борьба за власть после смерти Ленина направила местные партийные организации на борьбу с внутрипартийной демократией. Возрождать ее в условиях коллективизации и ускоренной индустриализации казалось неуместным. Гораздо более важным представлялось выживание революции и стремление догнать передовые капиталистические страны. Автор отмечает, что если относиться к проявлениям политического насилия и диктатуре как к конечной цели советской власти, невозможно должным образом понять судьбу революции

Ultrathin graphitic structures and carbon nanotubes in a purified synthetic graphite

A new class of carbon structure is reported, which consists of microscale graphitic shells bounded by curved and faceted planes containing two to five layers. These structures were originally found in a commercial graphite produced by the Acheson process, followed by a purification treatment. The particles, which could be several hundreds of nanometres in size, were frequently decorated with nanoscale carbon particles, or short nanotubes. In some cases, nanotubes were found to be seamlessly connected to the thin shells, indicating that the formation of the shells and that of the nanotubes are intimately connected. The structures are believed to form during a purification process which involves passing an electric current through the graphite in the presence of a reactive gas. In support of this, it is shown that similar particles can be produced in a standard carbon arc apparatus. With their extremely thin graphene walls and high surface areas, the new structures may have a range of useful properties

A new approach for estimating northern peatland gross primary productivity using a satellite-sensor-derived chlorophyll index

Carbon flux models that are largely driven by remotely sensed data can be used to estimate gross primary productivity (GPP) over large areas, but despite the importance of peatland ecosystems in the global carbon cycle, relatively little attention has been given to determining their success in these ecosystems. This paper is the first to explore the potential of chlorophyll-based vegetation index models for estimating peatland GPP from satellite data. Using several years of carbon flux data from contrasting peatlands, we explored the relationships between the MERIS terrestrial chlorophyll index (MTCI) and GPP, and determined whether the inclusion of environmental variables such as PAR and temperature, thought to be important determinants of peatland carbon flux, improved upon direct relationships. To place our results in context, we compared the newly developed GPP models with the MODIS (Moderate Resolution Imaging Spectrometer) GPP product. Our results show that simple MTCI-based models can be used for estimates of interannual and intra-annual variability in peatland GPP. The MTCI is a good indicator of GPP and compares favorably with more complex products derived from the MODIS sensor on a site-specific basis. The incorporation of MTCI into a light use efficiency type model, by means of partitioning the fraction of photosynthetic material within a plant canopy, shows most promise for peatland GPP estimation, outperforming all other models. Our results demonstrate that satellite data specifically related to vegetation chlorophyll content may ultimately facilitate improved quantification of peatland carbon flux dynamics

Adaptation and Resilience of Interdependent Infrastructure Systems: a Complex Systems Perspective

The effects of disruption upon one or more components in interdependent infrastructure systems and the ability of the system to return to normal operations, is investigated in this paper. This addresses the concept of resilience, and examines the trade-off between redundancy and efficiency, as well as the adaptive ability of a system to respond to disruptions and continue to operate, albeit not necessarily as it did initially