EUROPE IN OUR BLOOD... About the Nadezhda Venediktova`s book Caesar and Venediktova. Cultural excavations

Cultural Excavations by Nadezhda Venediktova were published in late autumn 2021, at the time most suitable for philosophical speculations. This way of thinking brings us close to a collapse that might equally turn out productive or catastrophic. Its anaemic academic manner stands out among full-blooded well-crafted literature of saturated and inspiring reality. Pandemic or not, we seek to know whether there is a need to distinguish between various cultures if at the end of the day people are still people. The author does not provide the answer but rather invites us to join a sophisticated mental game in fine textual decorations. And readers will walk away a little confused about simplicity of binary oppositions, and straightforwardness of the logic that a bored visitor so happily lays their hands on, eager and happy to get down to work. The book evolves around the topic of meeting thyself in different cultural surroundings. Sunlit essays bear the imprint of the bitter rationalism of the French enlightenment coupled with a weathered love of personal presence in the world. In her latest work, Nadezhda Venediktova ‘ambitiously comments on life’s creative abilities’. Vivid sketches entitled Passions for Europe may take place by a nameless lake in Zurich but remind readers of Michel Houellebecq’s concrete jungle, of Spengler’s mathematics. But nothing here speaks of The Decline of the West, under the author’s thoughtful gaze Europe comes to life fresh and real — a proverbial sphynx with its intriguing riddles. The author’s underworld meetings with the world literature alternate with colorful Italian landscapes. Vibrant images of friends are so true to life that remind of the immortality of soul. The soul of Europe is truly immortal and found across the continent — Italy, Britain, Austria, Germany, France, Greece, Switzerland, Spain — gave their name to the chapters but cannot be reduced to a dusty catalogue. Nadezhda Venediktova presents European countries through effortless florid metaphors. This what happens when Europe looks into the author’s soul, though it might look otherwise from an outside perspective.

Cultivating care: Exploring the patchy Anthropocene in four community gardens in Wellington, Aotearoa New Zealand

<p>This thesis responds to the idea that storytelling and gardening are two practices that can be used to re-frame human action within the Anthropocene. Eight gardeners from four community gardens in Wellington City, Aotearoa New Zealand were interviewed. Alongside the interviewees, the author gardened at each of the community gardens from late autumn to early summer 2019. The interviews and field notes have been written up as creative non-fiction essays to form the majority of this thesis. Three major themes are explored through these essays; the patchy Anthropocene (a concept proposed by Anna Lowenhaupt Tsing), the lively multispecies entanglements present at each of the community gardens, and the importance of care.</p>

Cultivating care: Exploring the patchy Anthropocene in four community gardens in Wellington, Aotearoa New Zealand

<p>This thesis responds to the idea that storytelling and gardening are two practices that can be used to re-frame human action within the Anthropocene. Eight gardeners from four community gardens in Wellington City, Aotearoa New Zealand were interviewed. Alongside the interviewees, the author gardened at each of the community gardens from late autumn to early summer 2019. The interviews and field notes have been written up as creative non-fiction essays to form the majority of this thesis. Three major themes are explored through these essays; the patchy Anthropocene (a concept proposed by Anna Lowenhaupt Tsing), the lively multispecies entanglements present at each of the community gardens, and the importance of care.</p>

Summer Mixed Seeding For Green Fodder As A Preceder For Winter And Spring Grain Crops

Mixed summer crops are used to obtain green forage in the late autumn period and are very effective precursors for winter and spring crops. The use of summer crops as a precursor for winter and spring crops saturated with legumes, which, thanks to a well-developed, deeply penetrating root system, raise available nutrients into the arable horizon, structure the soil and leave biological nitrogen for forage after harvesting, using nitrifying bacteria in the rhizosphere.

Virio- and bacterioplankton of the Barents Sea in the autumn

In the autumn period 2011, 2015 in the waters of the Barents Sea, the communities of viruses and bacteria were studied, their quantitative composition was determined, and the nature of their distribution was studied. It was shown that the distribution of both virio- and bacterioplankton had pronounced zoning presumably due to increased concentrations of organic matter in more productive coastal and Atlantic waters compared to the Arctic. In September 2011, the number of viruses varied from 0.6 to 46.7 million particles/ml, exceeding the abundance of bacteria by 5 times an average. The quantity of bacterioplankton varied within 0.3–2.9 million cells/ml, biomass – 4.1–35.1 mg C/m3, with a range of mean cell volumes of 0.030–0.115 μm3. In November–December 2015, the abundance of viruses was 0.3–6.4 million particles/ml and quantitatively exceeded their bacterial hosts by 18 times an average. The quantity and biomass of bacteria varied within 0.02–0.3 million cells/ml and 0.3–2.7 mg C/m3, with a range of mean cell volumes of 0.013–0.068 μm3. It was found that the level of development of virio- and bacterioplankton significantly decreased by the late autumn period.

Effects of Seasonal Temperature Variation on Slurry Temperature and Biogas Composition of a Commercial Fixed-Dome Anaerobic Digester Used in Bangladesh

Biogas is produced in Bangladesh mostly through fixed-dome anaerobic digesters, which usually operate without any temperature controller. An experiment was conducted to monitor the seasonal temperature variation inside a fixed-dome type digester and its effect on biogas composition. A commercial-scale digester with a working volume of 350 m3 was used for this study. Three k-type thermocouple sensors were used to monitor the ambient, biogas, and slurry temperatures in real-time. The results showed that the average ambient temperature in the autumn, late autumn, and winter was 29.05, 22.90, and 17.64 °C, respectively. The average slurry temperature in the autumn (30.38 °C) was higher than in the late autumn (29.36 °C) and in the winter (25.76 °C). The highest and lowest slurry temperatures were found to be 31.11 and 24.47 °C, respectively, which indicated that the digester worked within a wide temperature range, establishing both psychrophilic and mesophilic operational conditions. Higher methane concentrations were observed in the autumn than in the late autumn and winter. The CO2 and H2S concentrations were higher in the winter than those of in the autumn and late autumn. The electricity generation in the winter was 47.85% and 45.15% lower than in the autumn and late autumn, respectively.

From the 1990s climate change has decreased cool season catchment precipitation reducing river heights in Australia’s southern Murray-Darling Basin

The Murray-Darling Basin (MDB) is Australia’s major agricultural region. The southern MDB receives most of its annual catchment runoff during the cool season (April–September). Focusing on the Murrumbidgee River measurements at Wagga Wagga and further downstream at Hay, cool season river heights are available year to year. The 27-year period April–September Hay and Wagga Wagga river heights exhibit decreases between 1965 and 1991 and 1992–2018 not matched by declining April-September catchment rainfall. However, permutation tests of means and variances of late autumn (April–May) dam catchment precipitation and net inflows, produced p-values indicating a highly significant decline since the early 1990s. Consequently, dry catchments in late autumn, even with average cool season rainfall, have reduced dam inflows and decreased river heights downstream from Wagga Wagga, before water extraction for irrigation. It is concluded that lower April–September mean river heights at Wagga Wagga and decreased river height variability at Hay, since the mid-1990s, are due to combined lower April–May catchment precipitation and increased mean temperatures. Machine learning attribute detection revealed the southern MDB drivers as the southern annular mode (SAM), inter-decadal Pacific oscillation (IPO), Indian Ocean dipole (IOD) and global sea-surface temperature (GlobalSST). Continued catchment drying and warming will drastically reduce future water availability.

Response of Total Suspended Sediment and Chlorophyll-a Concentration to Late Autumn Typhoon Events in the Northwestern South China Sea

Strong typhoon winds enhance turbulent mixing, which induces sediment to resuspend and to promote chlorophyll-a (Chl-a) blooms in the continental shelf areas. In this study, we find limited Chl-a responses to three late autumn typhoons (typhoon Nesat, Mujigae and Khanun) in the northwestern South China Sea (NWSCS) using satellite observations. In climatology, the Chl-a and total suspended sediment (TSS) concentrations are high all year round with higher value in autumn in the offshore area of the NWSCS. After the typhoon passage, the Chl-a concentration increases slightly (23%), while even TSS enhances by 280% on the wide continental shelf of the NWSCS. However, in the southern area, located approximately 100 km from the typhoon tracks, both TSS and Chl-a concentrations increase 160% and 150% after typhoon passage, respectively. In the deeper area, the increased TSS concentration is responsible for the considerable increase of the Chl-a. An empirical analysis is applied to the data, which reveals the TSS and Chl-a processes during typhoon events. The results of this study suggest a different mechanism for Chl-a concentration increase and thus contribute toward further evaluation of typhoon-induced biological responses.