Identify wild mushrooms by snapping photos and using image recognition. Filter results by color, shape, habitat, and other traits. Learn about species with detailed descriptions and key characteristics.
Identify mushrooms by taking photos or searching by name. Learn about edibility, properties, and effects. Create maps of locations. Build a collection with species details and notes. Share findings with others.
Identify mushrooms with photo or gallery selection
Identify mushrooms by snapping photos or selecting images from the gallery. Use AI to recognize species and display scientific names. Learn about characteristics, habitats, and safety information for each .
Educational for preschoolers offers tracing activities with glowing letters and numbers. complete outlines to animate drawings like butterflies and rockets. Includes 100+ templates for creative play and learning.
Identify of North America with high-quality images, audio recordings, and GPS-enabled sightings. Add photos and location data. View anatomical details and ecological information. No internet required.
Explore through bite-sized lessons on 20+ topics, including animals and space. Take fun quizzes to test knowledge and track progress. View 3D animations and interact with models to explore concepts in detail.
40 BYTE YAZILIM BILISIM REKLAM E-TICARET LIMITED SIRKETI
Learn about mushrooms in a playful way.
The app provides a playful way to learn about mushrooms. Users can gather information on edible, inedible, and poisonous varieties from a catalog of over five hundred mushrooms.
Identify mushrooms using photos. Learn about species, toxicity, and edibility. Access detailed information on habitats and seasonal availability. Compare similar species to avoid misidentification. Share findings with others.
The app is a puzzle game featuring mushrooms. Users drag and drop mushrooms to align at least three of the same color, vertically or horizontally, to make them disappear within a time limit.
Create AR experiences without 3D expertise. Place and rotate virtual objects using drag and drop. Import .usdz files or use built-in AR content library. Build high-quality 3D models via photogrammetry with guided capture.