Foresighting Australian digital agricultural futures: Applying responsible innovation thinking to anticipate research and development impact under different scenarios

Digital Transformation for Sustainable Future - Agriculture 4.0 : A review

“…These are Precision Farming (McBratney et al 2005;Aubert et al 2012;Eastwood et al 2017), Smart Farming (Wolfert et al 2017), Agriculture 4.0 (Rose & Chilvers 2018;De Clercq et al 2018;Zambon et al 2019;Zhai et al 2020;Raj et al 2021;Rijswijk et al 2021;Rose et al 2021). Moreover, synonyms of Agriculture 4.0 are "Numerical Agriculture" (Agriculture Numérique) in France (Klerkx et al 2019), "Smart Farming" in many countries of the European Union, "Digital Agriculture" in Australia and New Zealand (Keogh & Henry 2016;Shepherd et al 2018;Fielke et al 2020;Fleming et al 2021). These concepts have defined as the "Digital Agricultural Revolution" by Food and Agriculture Organization (FAO) (Trendov et al 2019) According to CEMA (2018), Digital Farming is the transformation from Precision Farming to end to end connectable, knowledge-based farm production systems.…”

Scenario approach to agricultural development in Azerbaijan

“…The scenario approach in studying the development of branches of the national and global economy is one of the most widespread and demanded scientific methods (Hong & Thuy, 2021;Durman et al, 2021;Gerasimov et al, 2020;Fleming et al, 2021;Vasiljeva et al, 2020). The widespread use of the scenario approach studying the agro-industrial complex is due to the possibility of choosing the most suitable management alternative at various stages of development.…”

“…• A realistic scenario (reflects the combination of the impact of "positive" and "negative" events for the development of the agricultural sector (Ragulina et al, 2019;Fleming et al, 2021;Bezpartochnyi, Britchenko & Bezpartochna, 2021).…”

The role of innovative work behaviour and knowledge-based dynamic capabilities in increasing the innovative performance of agricultural enterprises

“…At the same time, agribusinesses are increasingly aware of the need to open up to new ideas, share, work more flexibly and be networked, shifting from traditional to innovative business models in agriculture. Innovations allow them to respond flexibly to changing conditions and resource availability (Fleming et al 2021). Huberty (2015) describes digital agriculture as a revolution in the economies of countries in terms of not only efficiency and sustainability but also much-needed regional and social prosperity.…”

“…Studies performed in the field of IP of agricultural enterprises have been devoted to the description of positive and negative consequences of innovation (Fleming et al 2021), the presentation of 'smart farming', digitisation and other aspects of Industry 4.0 (Rose and Chilvers 2018;Rijswijk et al 2019;Carolan 2020), and the institutional aspect of innovation in agriculture (Gardašević et al 2020). However, innovation does not occur arbitrarily, and the internal incentives of agribusinesses themselves affect the nature, speed and amount of innovation.…”