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Abstract
The article offers a comparative account of Raymond Williams's The Fight for Manod and E. P. Thompson's The Sykaos Papers and examines their depiction of social and political realities during the late twentieth century, the meeting of socialist and ecological concerns in their fictional world, as well as their allegiance to William Morris's utopian vision. The article also aims to place Williams's and Thompson's fiction in an often-neglected thread of the modern utopian tradition, which tends to combine utopian and dystopian elements.

For the five hundred years since Thomas More first depicted the island of Utopia, the portrayal of an ideal social system has intrigued generations of authors. The concept served a double purpose: it applied to an ideal place (eutopia) but also an imaginary, unrealizable one (utopia). Although the search for utopia started from the Classical Age, More invented the genre and hundreds of utopian thinkers followed in his footsteps trying to predict how life would unfold and provide a detailed description of an ideal (or nonideal) future society. From H. G. Wells and Aldous Huxley to Arthur C. Clarke and Ursula Le Guin, successful and popular authors showed a deep concern for future living and working conditions. If the past is another country, the growing literature of utopian thought suggests that the future can be a whole continent. Several undiscovered countries lay in waiting and intellectual historians have often been fascinated by the dense explorations of the utopian writers.

Polycyclic aromatic hydrocarbons (PAHs) and some of their nitrated derivatives, NPAHs, are seemingly ubiquitous in the atmospheric environment. Atmospheric lifetimes may nevertheless vary within a wide range, and be as short as a few hours. The sources and sinks of NPAH in the atmosphere are not well understood. With a Lagrangian field experiment and modeling, we studied the conversion of the semivolatile PAHs fluoranthene and pyrene into the 2-nitro derivatives 2-nitrofluoranthene and 2-nitropyrene in a cloud-free marine atmosphere on the time scale of hours to 1 day between a coastal and an island site. Chemistry and transport during several episodes was simulated by a Lagrangian box model i.e., a box model coupled to a Lagrangian particle dispersion model, FLEXPART-WRF. It is found that the chemical kinetic data do capture photochemical degradation of the 4-ring PAHs under ambient conditions on the time scale of hours to 1 day, while the production of the corresponding NPAH, which sustained 2-nitrofluoranthene/fluoranthene and 2-nitropyrene/pyrene yields of (3.7 ± 0.2) and (1.5 ± 0.1)%, respectively, is by far underestimated. Predicted levels of NPAH come close to observed ones, when kinetic data describing the reactivity of the OH-adduct were explored by means of theoretically based estimates. Predictions are also underestimated by 1-2 orders of magnitude, when NPAH/PAH yields reported from laboratory experiments conducted under high NOx conditions are adopted for the simulations. It is concluded that NPAH sources effective under low NOx conditions, are largely underestimated. ; Grant Agency of the Czech Republic (P503 16-115375); Izmir Institute of Technology Research Fund (2013IYTE-14); Max Planck Society; European Union (262254); Ministry of Education, Youth & Sports - Czech Republic (LM2015051/CZ.02.1.01/0.0/0.0/16_013/0001761)