![]() ![]() The ability to map and characterize distinct tropical forest types is thus critical for identifying where further research can examine mechanistic controls on differences in structure and function, and how different forest types within the tropical forest biome will respond to a changing planet. However, a study using Orbiting Carbon Observatory (OCO-2) satellite data revealed net carbon emissions across Africa, Asia, and the Americas following the 2015 El Niño event, albeit with unique drivers 3. For example, field observations indicate that the carbon sink in tropical Africa has been stable for three decades (1983–2011), which is in stark contrast with a long-term decline in the Amazon 2. ![]() Differences in ecosystem structure and function corresponding to variation in species composition directly influence ecosystem processes and will likely influence tropical forest responses to climate change. Although categorized as a single biome, tropical forests differ substantially within and across continents. Tropical forests are the most biologically diverse biome on Earth, encompassing an estimated 96% of all tree species 1. Our findings highlight the importance of these parameters for accurately mapping tropical forest types using space borne observations. We find leaf mass per area and canopy phosphorus are critical traits for distinguishing forest type. We find ecologically relevant variations in forest type that correspond to substantial differences in carbon stock, growth, and mortality rate. Using principal component and cluster analysis, we derive and map seven forest types. Here, we resample airborne remotely sensed forest data at spatial resolutions relevant to satellite remote sensing (30 m) across two sites in Malaysian Borneo. Whether the spatial resolution of emerging satellite-derived hyperspectral data is sufficient to identify different tropical forest types is unclear. Forest types differ based on functional traits and forest structure, which are readily derived from high resolution airborne remotely sensed data. The response of the tropical forest biome to environmental change is strongly influenced by forest type. Fully re-mappable keybindings (with dual key option), a host of graphical options, 4K and Steam Cloud support.Although tropical forests differ substantially in form and function, they are often represented as a single biome in global change models, hindering understanding of how different tropical forests will respond to environmental change.Procedurally generated technology tree to explore.Unforgiving gameplay designed to encourage learning by doing - the same way we did in reality.Simple, intuitive symbol-based UI allows players of any locale to enjoy the game!.Special Events and a regularly updated list of mission data to keep the game fresh!.Persistent player progression system and stats tracking, with elite Achievements and Leaderboards!.Hundreds of contracts to complete, based on real mission data.Completed the Catalogue or failed a session? RNG system that ensures no two play-throughs will ever be the same!.Relaxing gameplay and OST, explore our planets beauty as you work towards completing your Catalogue!.Realistic astrophysics simulation, plan and change your orbits to get as close or far from Earth as you dare!.An RNG system and an ever expanding list of missions ensures that no two games will ever be the same!ĭeveloped in tandem with space-industry experts, Satellite Command features a realistic astrophysics simulation and harnesses the graphical power of Unreal Engine 4 for a truly out-of-world experience. Take command of your own space agency, complete real contracts, research advanced technology and carefully manage your resources and reputation to learn more about the wonders of the Universe.Ī simulation / arcade hybrid designed to make astrophysics approachable, with over 150 contracts based on real mission data. Satellite Command takes you into orbit around a stunning representation of our home planet, Earth. ![]()
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