My Planet Simulation vs Algae Bloom Dynamics

My Planet is a virtual simulation game where you take control of a planet and try to grow a healthy and thriving population! It is like a virtual pet or Tamagotchi game on a planetary level. Play God by manipulating the sunlight and the rain in order to grow as large a population as possible. My Planet runs in real time, even when the the game is closed. Therefore, you must keep checking back throughout the day to make sure your planet is running at optimal levels. The controls are simple to use, by mastery can take weeks. Can you achieve the ultimate goal of growing your planet to over 1,000,000 people? Or will your planet burn under the sun while your people anguish? The choice is yours! The ultimate goal of My Planet is to grow a happy and thriving population. Your population will continue to grow as long as you have a healthy level of Vegetation on your planet (represented by the green bar). The more vegetation you have, the faster your population will grow. Likewise, if your vegetation levels get too low, your people will starve to death and population will begin to decline. Vegetation grows when it has the proper amount of sunlight and water. For optimal vegetation and thus population growth, you must try to keep your Sun and Water levels in the sweet spot, indicated by your Sun and Water meters being 50% full. If you have too much sunlight, vegetation will dry up and your people will die. If you have too little sunlight, vegetation cannot grow and your people will starve. Same concept with water. If you have too much, vegetation will flood out and die. To little, and drought will set in. Check your planet every day to make sure you have the optimal amount of sun and water! I am always looking to improve my apps, so if you have any ideas on how to make My Planet better, please let me know. I will continue to update and improve the game, so let me know what you would like to see added in the future! This app is for you guys!

Algae Bloom Dynamics (ABD) is an augmented reality art, science, and game simulation for experiencing how algae blooms occur, and where to find and fix their sources in lakes and waterways globally. Educate and inform people in an engaging augmented reality that is experienced in your own environment. Experience a clear-water lake that begins to have imbalances in phosphorus and nitrogen from human activities and threats from invasive species. Local, regional, and global threats are presented from: - agriculture - household waste - stormwater runoff - wastewater systems - road salt - invasive species - fossil fuels The project includes animated 3D models of: - Fish: Yellow Perch, Rainbow Smelt, and Bass - Zooplankton: Daphnia and Spiny Water Flea - Phytoplankton: Microcystis and Aphanocapsa - Mollusks: Zebra Mussels - Macroalgae: Nitella ABD is a project created by the Eco Resilience Global Games Research Group at Rensselaer Polytechnic Institute. The project is funded in part by the Jefferson Project. For more information, please see our website. Algae Bloom Dynamic AR: https://sites.google.com/view/algae-bloom-dynamics/algae-bloom-dynamics Eco Resilience Games: https://sites.google.com/view/eco-resilience/home Eco Resilience Games is creating virtual worlds that inspire us to preserve our actual ones. Whether we are enabling people to experientially see, hear and touch plankton in new ways in order to understand their vital importance to freshwater ecology, or making it possible to become a water droplet traveling through an entire watershed, we are using advanced game technology creatively to introduce people to new worlds, new perspectives, and new systems to help understand emerging environmental knowledge and the vital need to work together globally for a sustainable, eco resilient future.