Socio Economic Impacts Of Horticultural Crop Diversification On Rural Livelihoods In Pakistan

  • Asmat Ullah Agriculture Information Quetta
  • Habib Ullah Extension Department, Zhob
  • Muhammad Nasir Balochistan Khaiity Technologies MSc (Hons) Horticulture, University of Agriculture Faisalabad
  • Syed Azizullah Directorate of Plant Protection, Agriculture Extension Balochistan, Quetta
  • Sajjad Ahmed Khan Directorate of Plant Protection, Agriculture Extension Balochistan, Quetta
  • Muhammad Kamran Wazir Director Agriculture Research Fruit, Agriculture Research Institute (ARI), Quetta, Pakistan

Abstract

Vegetable production is a critical component of agricultural sustainability, food security, and nutritional improvement in developing economies. Understanding long-term production trends and interrelationships among major vegetable crops is essential for effective agricultural planning and policy formulation. This study applies Principal Component Analysis (PCA) to examine production dynamics of tomatoes, onions, potatoes, and chillies, together with the total area under vegetables, during the period 2018–19 to 2022–23. PCA was employed to reduce data dimensionality and identify dominant sources of variability within the vegetable production system. The results revealed that the first principal component explained 98.38% of the total variance, indicating a strong and synchronized growth pattern among all crops and cultivated area. The second principal component captured only minor crop-wise variation and contributed negligibly to overall variability. Trend analysis and PCA biplot further confirmed a consistent temporal increase in vegetable production across the study period. These findings demonstrate that vegetable production growth was primarily driven by system-wide expansion rather than crop-specific fluctuations. The study highlights the usefulness of PCA as a robust analytical tool for assessing complex agricultural datasets and provides valuable insights for policymakers and planners seeking to enhance vegetable productivity and ensure sustainable food systems.

Published
2023-12-30