Algae Bloom Dynamics vs Life

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.

Explore the iconic 'Life' cellular automaton devised by mathematician John Conway. Study how trivial patterns evolve into complexity - or vanish after a couple of generations. Choose from eight cell shapes and five color schemes, with an optional grid and afterglow trails. A catalog containing more than 100 popular patterns, grouped by family, is included to explore and combine at your leisure. A built-in cycle detection and other statistics provide insight into the current cellular automaton. The rewind feature enables you to go back in time and reverse the last steps of the evolution. Save the worlds you want to revisit and load them again later. Export images or RLE representations to share online or import to other apps.