Identify trees and plants by scanning them. View species, characteristics, habitats, and uses. Access detailed information about each plant. Share findings with others. Sync data across devices.
by Eren Berkay Dinc★ 4.914 ratingsReferenceFreeData updated 2026-09-06
Take a photo of a , , bug, or bird to instantly identify it using advanced AI. View detailed information about the species. Share findings with other nature enthusiasts and join a community of nature lovers.
Browse and download high-resolution for iPhone models including XR, XS, XS Max, X, 8, 7, and Plus. Filter by categories like architecture, animals, flowers, or seasonal themes. Set for home or lock screen. Edit images for fit.
Identify species by scanning leaves or branches. View detailed information about each , including habitat, structure, and growth patterns. Access a database of species with accurate AI-powered recognition.
Take a photo or upload an image to identify antiques using AI. Save identification history for future reference. Access in- purchase options to unlock full features.
Identify plants through photos. Analyze health with real-time insights and treatment suggestions. Track watering schedules and light requirements. Access care guides and grow tips for various species. Sync data across devices.
Identify by taking a photo or uploading an image. View detailed information about the item. Save identification history for future reference. Purchase in- options to access advanced features.
Access detailed weapon statistics including tree structure, attack power, elements, and crafting materials. View monster loot, hit tables, and kinsect colors. Track item crafting tables and acquisition methods.
Identify issues by comparing damaged plant parts to over 1000 high-resolution images. Learn about insect and disease causes. Access management tips for treatment and care. Share information with customers or colleagues.
Learn linear structures like arrays, linked lists, queues, and stacks. Explore tree structures including binary trees and binary search trees. Dynamically debug structures and visually observe changes during operations.