Fendt 936 & John Deere 6R Traktor | Am Limit im Moor | Gülle Ausbring

Fendt 936 & John Deere 6R Traktor | Am Limit im Moor | Gülle Ausbringung | AgrartechnikHD

In addition, some (but not all) mechanization is subject to genuine economies of scale: it is technically more efficient to design a large rather than a small machine. Even machines invented in countries with abundant labor (and therefore smaller farms) were first developed for the largest farms, because they had the lowest costs of capital relative to labor.The market for machines expanded to smaller farms only when labor costs rose or capital became more abundant. In the history of engineering, technical developments have often been embodied in smaller and smaller machines.

The adoption of small paddy mills in Southeast Asia was also very quick. Rapid change has not been confined to the twentieth century. In the United States threshers spread enormously from 1830 to 1850 once satisfactory designs were available.The same seems to have happened in Europe. However, the speed of change cannot be captured by historical statistics that focus on power sources at a national level; it is observed in operations at a regional level.

Traktoren von John Deere und Fendt im Einsatz. Gülleausbringung und Einarbeitung im Moor mit einem Fendt Vario 936 und einem John Deere 6170R. Auf unserem Youtube Channel Agrartechnik HD https://www.youtube.com/AgrartechnikHD findet ihr viele weitere Videos von Traktoren und Landmaschinen Herstellern, wie Fendt, John Deere, Case IH, New Holland, Claas, Massey Ferguson, Challenger, Valtra, JCB, Caterpillar, Same, Deutz, Lamborghini, Steyr und vielen mehr! Mit dabei sind natürlich auch Mähdrescher, wie die Claas Lexion oder Bodenbearbeitunsgeräte, wie die von Horsch, Köckerling und Kverneland oder aber auch Anhänger und Kipper von Krampe, HAWE, Strautmann und Fortuna. Schaut einfach mal vorbei! ----- Slurry injection with a John Deere 6170 R and cultivating with a Fendt 936 tractor. --------------------------------------------------------------------------------------------------- Unser Equipment, mit dem wir das Videos erstellen: Kamera: Panasonic GH4 - http://amzn.to/1Zbg2YW Objektiv: Panasonic 12-35mm - http://amzn.to/1Zbguq1 Panasonic 7-14mm - http://amzn.to/1ZbgSoG Olympus 12mm - http://amzn.to/1JYVAyd Drohne: Tarot 680Pro - http://amzn.to/1ZbhxWV Sonstiges: Glidecam - http://amzn.to/1ZbhkmC Schnittsoftware: Adobe Premiere CC - http://amzn.to/1JYW9YM ----------------------------------------------------------------------------------------------------------- Ihr wollt Landwirtschaft hautnah und von zu Hause aus erleben Dann seid ihr hier bei Agrartechnik HD genau richtig! Wir sind der größte Youtube-Channel für landwirtschaftliche Videos und für euch europaweit unterwegs. Von der Saat bis hin zur Ernte, begleiten wir die größten und modernsten Landmaschinen bei der Arbeit und versorgen euch wöchentlich mit neuen, spannenden Videos. Damit ihr keine neue Folge verpasst, abonniert unseren Channel und liked unsere Seite bei Facebook!" Bei uns seht ihr Videos mit Maschinen von allen großen Herstellern: Fendt, John Deere, Case IH, New Holland, Claas, Massey Ferguson, Challenger, Valtra und vielen mehr! ---- Do you want to experience agriculture up close, right from your computer at home If that’s the case, Agrartechnik HD has exactly what you need. We are the largest Youtube-Channel for agricultural videos and on-tour throughout whole Europe. From the seed to the harvest, we accompany the biggest and most modern agricultural machines and provide you with new exciting videos every week. In order not to miss another episode, subscribe to our channel and like our Facebook page! Mehr Informationen unter: https://www.youtube.com/AgrartechnikHD http://www.facebook.com/AgrartechnikHD http://www.wkro-media.deHowever, if the weather is bad and the quality of the grain is in danger, it may be more economical to protect quality by harvesting early (before ripeness) even if an increased post-harvest drying cost is incurred. Due to the timeliness factor, machinery of a somewhat higher capacity is often employed to avoid timeliness penalties that may accrue due to the use of a contractor, machine breakdown and repair, bad weather or operator illness.

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Until the 1950s mechanization played only a minor role. The emphasis on biological technology was supported by conscious government choice: in the late nineteenth century Japan imported machinery from the United States, but did not find it useful. It then hired biologists from Germany to assist in developing its biological research program, which was successful. The United States, however, emphasized mechanical technology even before 1880. Although publicly funded biological research was initiated in the 1870s, it did not produce big increases in yields until about 1930, well after the major land frontiers had been closed and mechanization was far advanced.

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