Impact of Technology on Agriculture

Agriculture is the branch of science that deals with growing crops or plants and rearing animals for human consumption. Over the last several decades, farming has experienced dramatic changes mainly due to technological intervention that has made farming more productive, sustainable, and efficient. The existence of technology is undoubtedly vital in the transformation of agriculture. This paper discusses innovation's role and the head-on world issues it has faced. Technological advancements like precision farming, Art, AI, and Biotechnology have increased the production per area unit, enhanced the utilization of resources, and reduced the negative impact on the environment. Regarding the current issues of food insecurity and Climate Change challenges, technology has played a vital role in agriculture more than ever (Zhang et al., 2020). This essay contends that while the current infidelities of technological advancement in agriculture have had several positive impacts, they also entail problems that, if solved, will enable a better farming future.

Discussion

Precision farming is rated as one of the most significant technological breakthroughs. This strategy combines locations, touches, and track records to implement GPS technology in running crops. Luckily, today, through technology, farmers can keep track of soil characteristics, weather circumstances, and the health of the crops in real time; hence, they can act appropriately to the circumstances presented. Zhang et al. (2020) note that the incorporation of precision farming means crop yields have increased, although it uses up to 30% less water in some areas. What makes this technology remarkable is that it not only increases production, which is well known globally, but also ensures the conservation of the environment by reducing the use of fertilizers and pest control substances.

AI and machine learning have also extended deep penetration into agriculture. They work well in collecting vast amounts of data to identify different diseases that affect crops, making decisions related to planting time, and even using robots in crop reaping. According to Liakos et al. (2018), AI has been integrated into agriculture, reducing crop losses from pests and diseases by 20%. Besides, Farming machinery under Artificial intelligence's control has made the farmer's work easier and less challenging regarding physical pulls and pushes.

Biotechnology has been essential in breeding crops to resist pests, diseases, and stress. Genetically modified organisms (GMOs) have been in the spotlight despite the fact that they have the potential to enhance crop production and reduce chemical pesticide usage. The CRISPR-based gene editing technology makes it possible for even more specific crop methods to tackle the problems of nutritional littleness and climate change impacts on crops (Zhang et al., 2020). Drones and remote sensing have become handy tools in monitoring fields and crop status. Through the use of multispectral cameras mounted on UAVs, it is possible to monitor plant stresses, nutritional deficiencies, and irrigation problems at an early stage before they turn into something that can easily be observed. This enables farmers to act early and, in most cases, avoid entire crop failures from happening.

Despite these advancements, the various technologies have been accompanied by several challenges. The exorbitant costs of integrating complex technologies also lead to the emergence of high disparities, making a distinction between industrial-scale farms and small-scale farmers. Such a situation might widen disparities in farmers' circumstances while undertaking agricultural activities. Further, the increased use of technology is also a problem since farmers' details will likely be invaded or hacked, and personal information will be turned into an economic asset.

One disadvantage is that there is a risk of losing the information about how to work with the farm in a ''traditional way''. There is the danger of abandoning good and proven native and localized farming practices as the farming industry continues to be transformed into a high-tech industry. It is equally important to embrace technological aspects in the advancement and, at the same time, honour the roots of wise practices.

Conclusion

Technology has also contributed significantly to improving agriculture, as it increases productivity and is sustainable and efficient. Technology regarding precision farming, artificial intelligence, biotechnology, and drones has evolved how food is produced and how resources are managed concerning climate change. These developments hold the promise of feeding the world's population while at the same time minimizing the impact of climate change on farming. However, as with anything involving technology, some issues arise from the use of technology in agriculture. Sustaining access to all technologies, guarding farmers' data, and maintaining traditional agriculture practices are issues that need to be addressed in the future. Thus, by fighting these challenges and using the opportunities of the known technologies with restraint, we will be able to contribute to developing a more effective and environmentally friendly agriculture, which is aimed at providing the increasing population of our planet with food and preserving the resources of the Earth for future generations.