Guess Trees From Leaves vs WILDTRACE!

This app is a great resource to memorize Types of Trees . The app is engineered to make users perfect identifying types of trees by studying for a very short amount of time. Audio functionality and bookmarking is available throughout the app on chapter, section, study mode and quiz modes. The app will help you learn the correct pronunciation of types of trees using English language. Following are the main features of this app 1. Supports pronouncing Types of Trees in English Language 2. Uses Text to Speech Engine for Audio Functionality 3. Quizzes 4. Study Mode 5. Bookmarking Study Flashcards and Quiz Questions 6. Progress Indicators for Every Chapter 7. Visualization for Overall Progress Currently following tree types are supported Arborvitae Black Ash White Ash Bigtooth Aspen Quaking Aspen Basswood American Beech Black Birch Gray Birch Paper Birch Yellow Birch Butternut Black Cherry Pin Cherry American Chestnut Eastern Cottonwood Cucumber Tree American Elm Slippery Elm Balsam Fir Hawthorn Eastern Hemlock Bitternut Hickory Pignut Hickory Shagbark Hickory American Hophornbeam American Hornbeam American Larch Black Locust Honey-Locust Red Maple Silver Maple Sugar Maple Black Oak Chestnut Oak Northern Red Oak Scarlet Oak White Oak Eastern White Pine Pitch Pine Red Pine Eastern Redcedar Sassafras Shadbush Red Spruce White Spruce Sycamore Tulip Tree Black Walnut Black Willow

WILDTRACE! – This app is a journey of wildlife exploration where players search for and filter species by name, habitat, or conservation status; open profiles to view characteristics, anatomy, life cycles, evolution, communication signals, and locomotion; and then carry out research activities—such as rehabilitating individuals by balancing health and selecting care plans, formulating behavioral hypotheses and adjusting cover and noise levels, planning foraging routes based on energy, time, and risk, classifying footage from four camera traps for population statistics, matching patterns against individual records, aligning DNA samples with reference sequences, and mapping herd networks. Conservation missions require allocating rangers, camera traps, and drones within budget limits; selecting evidence and arranging timelines to solve cases; and balancing a coexistence budget across residents, science, and conservation. A creative zone allows for drafting four-step field missions, designing bird nests using at least two materials to test against wind, rain, or storms, and matching biological traits with model components to evaluate effectiveness. Saved discoveries can be displayed in three museum slots without duplication, while all results and journey details are recorded in a field log; data is saved locally for offline use, with a focus on self-observation, evidence matching, completing mission chains, and reviewing achievements.