Embracing Genetically Modified Crops for Global Prosperity

Authors

  • Yousif Dhia The Pennsylvania State University

Keywords:

Agricultural Biotechnology, Agricultural Sustainability, Biofortification, Crop Improvement, Genetic Engineering, Genetically Modified Crops, Global Agriculture, Nutritional Enhancement, Pesticide Reduction

Abstract

This paper advocates for the global implementation of genetically modified crops, highlighting their substantial benefits and addressing prevalent controversies. The primary research question explores their impact on agricultural productivity, nutritional enhancement, and pesticide reduction. Utilizing a comprehensive literature review, the study reveals significant increases in crop yields and productivity, particularly in developing countries. It also emphasizes the nutritional benefits of biofortification, exemplified by β-carotene-enriched rice to combat vitamin A deficiency. Furthermore, the paper discusses their environmental advantages, such as reduced pesticide use and associated health risks. Addressing safety concerns, the research indicates a broad scientific consensus on the safety of GM foods, supported by major health organizations. Despite ecological concerns about biodiversity, studies show minimal adverse effects. The paper concludes by highlighting future prospects in genetic engineering, including cisgenesis and genome editing, which promise to further revolutionize agriculture. These findings suggest that genetically modified crops are a crucial tool for achieving global agricultural prosperity and call for policy reforms and public education to support their adoption.

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Published

2025-03-14 — Updated on 2025-03-14

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Section

Natural Sciences and Engineering