What is the role of technology in sustainable agriculture?

Introduction

Sustainable agriculture aims to meet current food production needs while conserving resources for future generations. The integration of technology into agricultural practices is increasingly seen as a key driver for achieving sustainability. This synthesis explores the role of various technologies in promoting sustainable agriculture.

Key Insights

Smart Technology and Precision Agriculture:
- Smart technologies, such as IoT and cloud computing, enhance sustainability by improving productivity, resource use efficiency, and food safety while reducing environmental impact .
- Precision farming technologies, including digital and geospatial tools, help monitor and manage soil, climate, and genetic resources, balancing economic, environmental, and social dimensions of sustainability .
Biotechnology:
- Biotechnology plays a crucial role in developing pest and disease-resistant crops, improving yields, and enhancing nutritional value, thereby supporting sustainable agriculture .
- Genetic engineering and crop protection innovations contribute to more resilient and sustainable agricultural practices .
Technological Foresight and Policy:
- Systematic evaluation and prioritization of emerging technologies through technological foresight can guide R&D investments towards sustainable agricultural systems.
- Forward-looking biotechnology policies are essential for fostering innovation aimed at climate change mitigation and adaptation.
Rural Innovation and Community Involvement:
- Rural innovation, involving the active participation of local communities and women, is vital for the successful implementation of sustainable technologies in agriculture.
- Modern farming practices, supported by rural innovation, can enhance resource utilization and promote sustainable development.
Financial Technology:
- Financial technology services, such as those provided by startups like iGrow, facilitate access to capital and market certainty for farmers, supporting sustainable agricultural practices.

Conclusion

Technology plays a multifaceted role in promoting sustainable agriculture. Smart technologies and precision farming enhance resource efficiency and productivity. Biotechnology contributes to crop resilience and nutritional improvements. Technological foresight and supportive policies guide sustainable innovation. Rural innovation and financial technology ensure community involvement and financial support, respectively. Together, these technological advancements and strategies form a comprehensive approach to achieving sustainable agriculture.

What is the role of technology in sustainable agriculture?

Summary

Introduction

Key Insights

Conclusion

Sources and full results

The Role of Smart Technology in Sustainable Agriculture: A Case Study of Wangree Plant Factory

Smart technology implementation in agriculture improves sustainability performance by increasing production productivity, product quality, crop per year, resource use efficiency, and food safety, while also improving employee quality of life.

Emerging technologies in favour of sustainable agriculture

Technology foresight can help prioritize investments in emerging agriculture-related technologies, promoting innovation and sustainability in European agricultural systems.

Digital agriculture to design sustainable agricultural systems

Digital agriculture can help balance economic, environmental, and social dimensions of sustainable food production, promoting a more sustainable global food system.

Agriculture 4.0: The Role of Innovative Smart Technologies Towards Sustainable Farm Management

Smart technologies, such as Cloud Computing and Internet of Things, can revolutionize agriculture by reducing costs, improving safety, and increasing synergies among stakeholders.

Role of biotechnology in creating sustainable agriculture

Biotechnology can help create sustainable agriculture by creating pest-resistant crops and addressing soil nutrient deficiency, but responsible development and equitable distribution are crucial.

Agricultural Technology for Increasing Competitiveness of Small Holders

Biotechnology can increase agricultural productivity, resilience to climate change, and reduce environmental impact, requiring forward-looking biotechnology policies in India.

Rural Innovation Using Technology in Progressive Agriculture

Sustainable technology can enhance rural innovation and development by promoting modern farming practices, empowering rural women, and promoting green initiatives among rural livelihoods.

Future prospects for sustainable agricultural development

Advancements in technology and innovation, along with climate-smart practices, can revolutionize agriculture and contribute to sustainable and resilient practices.

Redirecting technology to support sustainable farm management practices

Redirecting agricultural technology towards sustainable farming practices can improve profitability and reduce reliance on chemical inputs, while maintaining ecological balance.

Financial Technology for Supporting Sustainable Agriculture

Financial Technology, such as iGrow, can support sustainable agriculture in Indonesia by providing access to capital, market certainty, and agri-business management.

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