Science mapping of circular system operionalization in sustainable agriculture"
Description
"Operationalizing circular systems in sustainable agriculture" refers to efforts to translate circular economy principles into concrete, measurable, and integrated operational practices throughout sustainable agricultural systems and food security systems. This concept emphasizes not only waste reduction but also the continuous reuse of resources such as water, energy, biomass, agricultural residues, and nutrients in an efficient, regenerative production cycle. In other words, agricultural systems no longer operate in a linear "take-use-dispose" pattern, but rather move towards a closed system that maintains the value of resources for as long as possible. The urgency of "operationalizing circular systems in sustainable agriculture" is increasing as the agricultural sector faces multidimensional pressures, such as soil degradation, high dependence on external inputs, climate change, biodiversity loss, and increasing household food insecurity. A circular approach is crucial because it can increase the efficiency of resource use, reduce yield losses and food waste, strengthen food system resilience, and simultaneously support environmental and economic sustainability. From an operational management perspective, implementing a circular system also optimizes material, energy, and information flows in the agricultural supply chain, creating a more adaptive, resilient, and low-emission production system.
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Institutions
- Binus UniversityJakarta, Jakarta