Chinese Virtual Herbarium (CVH) Platform Overview

The Chinese Virtual Herbarium, known as CVH, is an electronic network platform funded by the "National Science and Technology Infrastructure Platform" project of the Ministry of Science and Technology. It is designed to provide users with a convenient way to access Chinese plant specimens and related botanical information.

Website Access

Visit the CVH through its official website to explore the extensive botanical resources available.

Website Language

The CVH website is primarily in Chinese but offers an English translation service for most of its features, making it accessible to a broader audience.

Product Features

CVH features a vast digital herbarium with over two million general specimens and three thousand type specimens, providing valuable physical materials for botanical research. The platform includes multiple databases such as the Chinese Plant Checklist, Botanical Literature Database, and the Chinese Dry Specimen Collection, offering a convenient information retrieval tool for researchers and botanical enthusiasts.

Industries and Fields

The platform serves the fields of plant taxonomy, biodiversity research, and conservation efforts, supporting national initiatives for ecological protection and the construction of a beautiful China.

Usage Scenarios

CVH offers advanced search capabilities, allowing users to filter plant specimen information based on various conditions. It also provides specialized resources such as teaching specimen resources, Chinese nature reserve specimen resources, polar specimen resources, DNA barcode databases, plant image databases, and rare and endangered plant databases, which are significant for biodiversity studies and education.

Partnership

Over thirty institutions, including the Institute of Botany, Chinese Academy of Sciences, and various regional science academies and university herbaria, contribute to the construction of CVH, ensuring its authority and comprehensiveness in the collection, organization, and digitization of plant specimen resources.