collected from farms located in Southern Highlands of Tanzania, specifically in Mbeya (8.9090° S, 33.4589° E), Iringa (7.7673° S, 35.6900° E), Njombe (9.3333° S, 34.7667° E) and Songwe (9.1333° S, 32.9333° E) regions. Data accessibility Repository name: ZENODOData identification number: 10.5281/zenodo.8286529Direct URL to data: https://zenodo.org/records/8286529 1. Value of the Data • This dataset serves as a valuable resource as it addresses critical data gaps in the field of Artificial Intelligence in Agriculture by providing region-specific dataset with over 58,000 annotated images captured under diverse environment in the real-world smallholder farming conditions. • This dataset ca
Open resource ↗Zenodo · 10.5281/zenodo.8286529 · html-lines:1-30Paper record
Irish potato imagery dataset for detection of early and late blight diseases.
Data in brief · 8 Apr 2025 · 10.1016/j.dib.2025.111549
Abstract
This dataset comprises of 58,709 annotated images of irish potato leaves, categorized into three classes (healthy, early blight and late blight). The data was collected over six months from smallholder farms in Southern Highlands Tanzania, using Samsung Galaxy A03 smartphones with 8-megapixel camera. Researchers, farmers and agricultural extension officers were trained to capture images under diverse conditions, including varying lighting, angles and backgrounds to ensure the dataset is diverse and representative. Plant pathologists were used to validate the images to ensure and enhance the reliability of the labels. Pre-processing steps such as duplicate removal, filtering of irrelevant images, annotation and metadata integration were applied resulting in a high-quality dataset. The dataset is organized into three folders (healthy, early blight and late blight) and is freely available on the Zenodo repository to promote accessibility for researchers working in the field of plant diseases. This dataset holds significant potential for reuse in training machine learning models for crop disease detection, transfer learning and data augmentation studies. By enabling early detection and classification of potato diseases, the dataset supports the development of innovative agricultural tools aimed at reducing crop losses and enhancing food security in Sub-Saharan Africa. Its robust design and regional specificity make it a valuable resource for advancing research and innovation in sustainable farming practices.
Code and data availability