has 9130 images from 23 classes. Within the dataset, there’s an unequal distribution of samples among various classes. Data source location For this project, a large no of gardens of various places of central India has visited to collect the medicinal plant leaves. Data accessibility Repository name: Kaggle Direct URL to data: https://www.kaggle.com/datasets/satyamtomar08/indian-medicinal-plant-dataset 1. Value of the Data • The development of a medicinal plant dataset plays a crucial role in the exploration of advanced machine learning models for significant investigations such as plant identification, disease detection, crop management, and more [ [1] , [2] , [3] , [4] ]. • This plant leaf
Open resource ↗Kaggle · lines:1-54Paper record
Central India Medicinal Plant Dataset (CIMPD).
Data in brief · 9 Oct 2025 · 10.1016/j.dib.2025.112154
Abstract
In the present scenario, medicinal plants play a crucial role in promoting a healthy lifestyle by protecting against numerous diseases. They also hold significant potential as a source of income, particularly for rural populations across the globe. Plants used for herbal medicine are known as medicinal plants, and each part of these plants may be utilized for medicinal purposes. Further, medicinal plants are beneficial in enhancing the human immune system. In this research, a new medicinal plant named as Central India Medicinal Plant Dataset (CIMPD) has been developed to support significant research in human health. The dataset contains 9130 leaf images (both healthy and unhealthy) from 23 medicinal plant species. These images were collected from various locations in central India. The entire work was carried out over a period of five months, which included plant selection, leaf collection, image capturing, and data organization into folders. This dataset provides comprehensive information, including the botanical name, common name, geographical origin, healthy and unhealthy leaf images, and medicinal uses of the plants. It serves as a valuable resource for research in machine learning, computer vision, and related domains. Additionally, it will enable the development and evaluation of methodologies for disease detection, plant identification, and other relevant applications.
Code and data availability