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GJAE - German Journal of Agricultural Economics

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GJAE - German Journal of Agricultural Economics

Browse Volumes: GJAE - German Journal of Agricultural Economics

GJAE Volume 71 (2022) Issue 03 ISSN Online: 2191-4028

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Alfons Balmann, Taras Gagalyuk, Igor Ostapchuk, Volodymyr Lapa Why did Ukraine become a Key Player on the World Agri-Food Markets? An Enterprise-Level Perspective S. 114-133

„… Ukrainian agriculture.Keywordsagricultural enterprises; financial strength; digitalization; resilience …” „… drivers of recent growth. Scarce evidence sug-gests that Ukraine’s agriculture has been successfully …” „… resilience in Ukrainian agriculture. Keywords agricultural enterprises; financial strength; digitaliza-tion …”

Raphaela Ellßel, Friedrich Wüstemann, Frank Offermann, Thomas de Witte Impact of the War in Ukraine on Farm Profitability and the Attractiveness of Environmental Measures in Germany S. 150-163

„… (“eco-schemes”) of the new Common Agriculture Policy (CAP). Our results suggest that income effects are …” „… conducted by the Lower Saxony Chamber of Agriculture on clay sites (HOWIND, 2021). We con-sidered a 15 …” „… re-sults determined in the context of an analysis for the Federal Ministry of Food and Agriculture (BMEL …”

Sebastian Hess, Marvin Berndt, Kirsten Boysen-Urban, Simon Ehjeij, Amelia Espey, Arndt Feuerbacher, Dorothee Flaig, Tobias Heimann, Markus Kempen, Franziska Schünemann, Christine Wieck Implications of Russia’s War in Ukraine for the Global Agri-Food Sector – An Ex-Ante Assessment using Different Simulation Models S. 134-149

„… suggest an intensification of food and bioenergy production in global agricul-ture? At EU and member state …” „… agriculture is targeted, the simulation results suggest that the implied general reduction in fertiliser use …” „… due to this measure would cut agricultur-al output in the EU significantly. This is also con-firmed by …”

doi.org/10.51202/2191-4028-2022-03

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VDI (ed.)

Agricultural Technology 2030

Series: Blaue Papiere

Volume 03/2022 2022

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Landwirtschaftliche Hintergründe S. 6-7

„… AgricultureOrganization“ (FAO) geht davon aus, dass 90 % deszukünftigen globalen landwirtschaftlichen …” „… 6 VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktionwww.vdi.de1 …” „… ländlicher Systeme. Ins-besondere in den hoch entwickelten Ländern stehtVDI-Roadmap – Agriculture Technology …”

Schrifttum S. 27-30

„… VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktion 27 …” „… ] FAO (Food and Agriculture Organization):High-level expert forum: How to feed theworld in 2050. Rome …” „… of agricultural productivity in theEuropean Union, Berlin: Humboldt Forumfor Food and Agriculture …”

Forschungsschwerpunkte S. 22-26

„… 22 VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktionwww.vdi.de5 …” „… zuVDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktion 23www.vdi.dereagieren …” „… https://easternpeak.com/blog/iot-in-agriculture-5-technology-use-cases-for-smart-farming-and-4-challenges-to-consider/ Erhöhte …”

Automatisierung und Sensoren S. 14-18

„… 14 VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktionwww.vdi.de3 …” „… Geräte mit dem Internet oderVDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige …” „… Pro-duktgedächtnis. Außerdem ist immer erkennbar, wosich jede Maschine befindet.16 VDI-Roadmap – Agriculture …”

Nachhaltigkeit S. 8-13

„… 8 VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktionwww.vdi.de2 …” „… Integration wesentli-VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktion 9 …” „… , es sei10 VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige …”

Digitalisierung des Agrar- und Lebensmittelsektors S. 19-21

„… VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktion 19www.vdi.de4 …” „… desProduktionsverfahrens. Es besteht die Notwendigkeit,20 VDI-Roadmap – Agriculture Technology 2030 – Teil 1: Nachhaltige …” „… , Accessible, Interope-rable and Reusable) entsprechen. „Daten-Center“VDI-Roadmap – Agriculture Technology 2030 …”

Titelei/Inhaltsverzeichnis S. 1-5

„… Agriculture Technology 2030VDI-RoadmapFebruar 2022Quelle: John Deere Strategische …” „… – Agriculture Technology 2030 – Teil 1: Nachhaltige Pflanzenproduktion 5www.vdi.deInhaltZusammenfassung 1Vorwort …”

doi.org/10.51202/9783949971099

VDI Wissensforum GmbH - ELIV-MarketPlace 2022

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VDI Wissensforum GmbH (ed.)

ELIV-MarketPlace 2022

Series: VDI-Berichte

Volume 2405 2022

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B. Franczyk Technology comparison of surround sensors for mobile machines – Change from rule-based systems to Deep Learning S. 421-428

„… opportunity for agriculture. Especially in this field, sensor systems have to overcome a wide variety of …” „… the agriculture. VDI-Berichte Nr. 2405, 2022 421Prof. Dr. Bogdan FranczykPROF. DR.-ING. BOGDAN …” „… experimental field for thedigitization of agriculture (EXPRESS) www.digitalisierung-landwirtschaft.de …”

L. H. M. Schmitz, J. J. Hiddema Autonomy by AgXeed – Development of an autonomous ecosystem S. 461-0

„… agriculture in total production and employment. Europe’s agricultural sector is struggling with an aging …” „… people prefer to work in other sectors, avoiding agriculture because of the hard work and unfavourable …” „… machinery for agriculture. VDI-Berichte Nr. 2405, 2022462The autonomous eco system building …”

S. Stesny AEF – Agricultural Interoperability Network – Let’s cultivate the digitalization S. 413-420

„… Stesny, AGCO GmbH, Marktoberdorf, Germany Abstract Today almost everybody active in agriculture and …” „… , there is still no standardized connection for all multi-branded participants within the agriculture …”

S. Poledna, L. Antonia Zaza Bringing together major stakeholders to shape the future of autonomous operation. Can this also be done for the offhighway industry? S. 447-460

„… Environmental Benefits of Precision Agriculture in the United States”• Job execution optimization• Process …”

doi.org/10.51202/9783181024058

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GJAE - German Journal of Agricultural Economics

Browse Volumes: GJAE - German Journal of Agricultural Economics

GJAE Volume 71 (2022) Issue 01 ISSN Online: 2191-4028

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Felicity Addo, Klaus Salhofer Part-Time Farming and Scale Efficiency S. 16-35

„… include agriculture, forestry, secondary agriculture-related business, and agri-tourism. A farm is …” „… buildings, machinery, livestock, and forestry assets, and assets for other agriculture-related activities …” „… , pesticides, fertilizers, etc.), insurance, energy, bought services, and other agriculture-related expenses …”

Regina Rehermann, Birgit Gassler Risk Preferences and the Adoption of Subsidised Crop Insurance: Evidence from Lithuania S. 36-52

„… peril crop insurance; small farms; European agriculture; contract attribute preferences; discrete …” „… an emerging insurance market with relatively small-scale agriculture. Moreover, risk preferences and …” „… follows, we first provide information on Lithuanian agriculture and insurance markets and state our …”

Oliver Mußhoff, Michael Danne Farmers’ Willingness to Accept Animal Welfare Practices: A Discrete Choice Experiment with German Pig Producers S. 1-15

„… : factor structure and personality correlates in farmers and agriculture students. In: Journal of …” „… . https://www.destatis.de/EN/FactsFigures/ EconomicSectors/Agriculture …” „… onomicSectors/AgricultureForestryFisheries/AnimalsAn imalProduction/Tables/3HoldingsWithPigsAndStockOf Pigs.html, call: 03 September 2015. GERMAN …”

doi.org/10.51202/2191-4028-2022-01

Sebastian Haug - Plant Classification and Position Estimation for Autonomous Field Robots

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Sebastian Haug

Plant Classification and Position Estimation for Autonomous Field Robots

Series: Informatik/ Kommunikation

Volume 870 2020

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Bibliography S. 139-154

„… Bibliography [1] N. Zhang, M. Wang, and N. Wang. Precision agriculture - a worldwide overview …” „… . Computers and Electronics in Agriculture, 36(2-3):113–132, 2002. [2] S. Christensen, H. T. Søgaard, P. Kudsk …” „… , modular robotic vehicle for the sustainable intensification of agriculture. volume 02-04-December- 2014 …”

Introduction S. 1-8

„… 1 Introduction Agriculture throughout the world faces major challenges: The need for food keeps …” „… additional pressure on agriculture and forestry around the world. Recent developments in automation, computer …” „… effects on the environment and climate. Since more than 30 years precision agriculture techniques for …”

Titelei/Inhaltsverzeichnis

„… – Precision Agriculture – Robotics – Plant Classification – Plant Position Estimation – Weed Control This …” „… robot based precision agriculture. The developed methods are designed for challenging real world field …” „… precision agriculture tasks such as single plant weed control. Experiments with a field robot prove the …”

Conclusion S. 129-138

„… 7 Conclusion Ensuring sustainable agriculture to feed a growing world population is a large ongoing …” „… worldwide challenge. Combining robotic capabilities with precision agriculture are a promising approach to …” „… enables single plant precision agriculture and phenotyping measures such as plant counting. Combined …”

Plant Position Estimation S. 70-95

„… on stem position information (right). The precision agriculture trend is continuously evolving due to …” „… rows of plants are treated homogeneously. Once agriculture tasks focus on single plants, the plant stem …” „… effective method for mechanical weed control [73] and other precision agriculture tasks. This chapter …”

Experimental Results and Discussion S. 96-128

„… pipeline to solve the precision agriculture tasks defined in the objectives of this thesis. 6.1 Data …” „… developed for precision agriculture. The robot by itself does not implement a specific agricultural function …” „… ) is required to be discriminated properly. Precision agriculture metrics (for example weed coverage …”

Plant Classification S. 40-69

„… Methods Another approach to plant classification in agriculture are rowbased methods [31, 32, 33, 5, 34 …” „… modified and applied to other task in agriculture. For example defects on vegetables can be determined with …”

Background: Computer Vision andMachine Learning S. 9-23

„… where computers analyze products for defects and control robotic arms. In agriculture and food …”

doi.org/10.51202/9783186870100

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