Different Ways Technology Has Changed the Agricultural Sector

Author: Book My Crop

Different Ways Technology Has Changed the Agricultural Sector

The agricultural sector has historically served as a fundamental pillar of human civilization, fulfilling the essential requirements of sustenance and supplying raw resources. Throughout the course of time, technology has assumed a crucial role in revolutionising the agricultural sector and the methods employed for food cultivation and production. The year 2023 marks the advent of the role of technology in the farming industry and that is profoundly reshaping the agricultural sector. This article examines the various ways in which technology is transforming the agricultural sector, with a particular focus on the impact of platforms such as Book My Crop in facilitating the establishment of digital agricultural marketplaces.

  • Precision Agriculture:
Precision agriculture refers to the modern agricultural practices that have been facilitated by advancements in technology and also shows how technology is changing agriculture in India. This approach enables farmers to make informed decisions and optimise their operations by utilising data-driven insights. GPS-guided tractors, unmanned aerial vehicles (UAVs), and sensing devices offer instantaneous data pertaining to soil quality, crop development, and meteorological circumstances. This empowers farmers to make well-informed decisions on the processes of planting, irrigation, and fertilisation, hence leading to enhanced crop yields and the preservation of valuable resources.
  • Automated Machinery:
Automated machinery has emerged as a game changing technology for agriculture in 2023. Contemporary agricultural operations employ automated machinery such as robotic harvesters and autonomous tractors. These devices have the capability to operate continuously, resulting in enhanced efficiency and less reliance on human labour.
  • Emerging Technology in Farming:
The agricultural industry is undergoing continuous evolution due to the emergence of new technologies. Blockchain technology is employed to enhance the transparency and traceability of agricultural products inside the supply chain. The implementation of blockchain technology facilitates the ability of consumers to effectively trace the provenance of their food goods, thereby fostering an environment of enhanced confidence and safety.
  • Online Agricultural Markets:
Book My Crop - an excellent online agri market in India, has revolutionised the process of purchasing and selling agricultural commodities in India. Online agricultural markets facilitate direct connections between producers and buyers, thereby removing intermediaries and promoting equitable pricing for all stakeholders involved. The implementation of digital technology in India has resulted in the online availability of agricultural products, hence bringing about a transformative impact on the supply chain.
  • IoT and Smart Farming:
The agricultural sector has witnessed the integration of the Internet of Things (IoT) in the form of smart farming which is also popularly known as an emerging technology in farming industry. Data on soil moisture, temperature, and crop health is collected by the deployment of sensors strategically positioned across the entirety of the farm. The aforementioned data is transferred to the smartphones or laptops of farmers, enabling remote monitoring and prompt interventions.
  • Genetic Engineering and Biotechnology:
The field of genetic engineering and biotechnology has facilitated the development of crop types that exhibit enhanced resistance against pests and diseases, necessitate reduced water consumption, and possess superior nutritional characteristics. These technological advancements play a significant role in enhancing agricultural productivity and promoting environmentally friendly farming methods.
  • Vertical Farming:
Vertical farming has emerged as a response to the challenges posed by urbanisation and limited land availability. This innovative agricultural practice involves cultivating crops in vertically stacked layers within controlled conditions. The utilisation of LED lighting, hydroponics, and improved temperature control systems facilitates the growing of crops throughout the year, hence mitigating the requirement for extensive tracts of cultivable land.
  • Weather Forecasting and Climate Modeling:
State-of-the-art weather forecasting and climate modelling techniques offer farmers precise forecasts of weather patterns and climatic fluctuations. This data enables agricultural practitioners to adjust their planting and harvesting timetables, so reducing the adverse effects of severe weather occurrences.

Final Thoughts:

The agricultural industry is currently experiencing a significant shift as a result of technological advancements. Buying and selling agriculture products online in India is currently experiencing a significant surge in innovation, encompassing several areas such as precision agriculture, automation, blockchain technology, and the emergence of online agricultural platforms like Book My Crop. The aforementioned improvements are not alone contributing to the enhancement of productivity and sustainability but are also playing a crucial role in ensuring that food production aligns with the needs of an expanding global population. As the progression of the 21st century unfolds, the influence of technology on the agricultural sector will persist, exerting a significant impact on its future trajectory. This technological integration is expected to yield enhanced efficiency, sustainability, and resilience within the industry.