The Routledge Companion to New Cinema History.pdf

The rise of the Greek film industry during the 1950s and 1960s was enjoyed not just in Greece but internationally throughout the Greek diaspora. This was especially apparent in Australia, where waves of post-war migration provided a ready audience for imported Greek cinema. This paper will examine the relationship between domestic and diasporic film industries focussing on the distribution arrangements between Greek suppliers and Australian distributors.

Early Popular Visual Culture, 2015

The Brief Sourcebook is structured upon 16 concepts/topics which we considered to be reappearing the most in the public discourse in East Central and South East Europe when discussing history and memory. The topics range from more specialized ones, such as historical education and transitional justice, to a set of ones the subjects of which are emerging interdisciplinary inquiries, such as trauma, nostalgia, or nationalism. They are all written in a more popular manner with an ultimate goal of suggesting a more inclusive, open-ended, and creative reading of those formative notions that inform the most the ways of speaking and understanding the recent public deliberations about the past.

Hydroponics Plant Nutrients " Hydroponics is a technology for growing plants in nutrient solutions (water and fertilizers) with or without the use of artificial medium (e.g., sand, gravel, vermiculite, rockwool, peat, coir, sawdust) to provide mechanical support. Liquid hydroponic systems have no other supporting medium for the plant roots: aggregate systems have a solid medium of support. The inert growing medium does not contain any nutrients. Hydroponic systems are further categorized as open, where, after the nutrient solution has been delivered to the plant roots, it is not reused or closed where surplus solution is recovered, replenished, and recycled. In hydroponics, plants roots will only take up as much nutrition as they require. However, mixing a solution too high in nutrient levels will result in root dehydration. All plants require a balance of nitrogen, phosphorous and potassium (N-P-K) and trace elements to grow properly. The growth influencing factors determine a plants' ability of utilize these nutrients adequately. Small amounts of these nutrients can be assimilated through healthy soil; however, they are quickly depleted rendering the soil void of all life sustaining properties. " Hydroponic formulations are structured for the different stages of growth. In hydroponic cultivation, essential nutrients are provided in ideal proportions. A plant's nutritional requirements shift from their vegetative stage to their flowering stage. Natural enzymes, vitamins and some rare trace elements will stimulate normal biological functions in plants. There are other nutrients designed to help facilitate faster nutrient uptake and accelerate stem and leaf growth. Dr. Sahgal suggests reading of the book Soilless Culture-Theory & Practice by Michael Raviv & J,Heinrich Lieth for more technical information on hydroponics. Water Intake Shweta asks Dr. Sahgal, " You mentioned water and electricity are two prerequisites of using hydroponics for cultivating fresh fruits and vegetable. On the contrary we learnt that hydroponics uses only 10% of water needed to that of used in soil cultivation. Please explain the difference in the statements. " Dr. Sahgal replies, " Sometimes because of intentional or unintentional reasons, the entire water system gets contaminated and needs to be changed. In this regard and instance, there must be adequate back up water supply. Round the clock electricity supply is required to keep temperature, humidity, water circulation and lighting under control. But these systems do not use much electricity and now the water is kept circulating in the system after due filtration and water treatment. " Priyadarshini further explains, " Hydroponics uses substantially less water as compared to the soil farming. It is actually drastically less. It is a proven fact. However, this is also true that electricity and water are mandatory requisites for cultivating crops using hydroponics. In soil farming, most of the water that we supply to the plants gets leached deep into the soil and is unavailable to the plants roots, whereas in hydroponics, plant roots are either submerged in water or a film of nutrients mixed in water is constantly encompassing the root zone, keeping it hydrated and nourished. Water is not wasted in this process, as it gets recovered, filtered, replenished and recycled. In such processes, like ebb and flow, nutrient film technique, uninterrupted pumping of the nutrient solution is required for which electricity is necessary. Electricity is also required for operating other environmental controlling units like sensors, cooling systems, and fertigation units. " Training To switch over to hydroponic farming, farmers need to undergo basic training about hydroponic farming like irrigation and fertigation, keeping a check on greenhouse environment and growing conditions, and maintaining pH and EC, besides other factors. Every Indian state has its own government-run horticulture boards (NHB & NHM) that conduct introductory training for progressive farmers. " At Plant Genome Sciences, we give on-field training to the farmers, who are going for hydroponic greenhouse cultivation, because we believe that this is the best way to learn, discovering the practical growing challenges and solving them.

La empresa 2. Objetivos y fines 3. Organización de empresas 4. Conclusiones

trastornos

Religion, 2021

This paper argues that skeptical theism isn’t susceptible to criticisms of the view presented in James Sterba’s new book on the logical problem of evil. Nevertheless, Sterba’s argument does serve to underscore the unpalatable moral-epistemological consequences of skeptical theistic skepticism (STS): for precisely the reasons that STS doesn’t succumb to Sterba’s critique, STS threatens to undermine moral knowledge altogether.