NOVELTY - An integrated aquaculture and agriculture production system (100) has an on-site power unit (102), an atmospherically sealed agriculture unit (104), an aquaculture unit (106), a filtration unit (108), and conduits, including water conduits (110), waste conduits (112), electrical conduits (114) and thermal conduits (116) connecting the power, agriculture, aquaculture and filter units together. The power unit has a pyrolysis gasification-based power generation facility capable of sequestering carbon dioxide in a carbon dioxide storage unit.    USE - Integrated aquaculture and agriculture production system for consumable and commercial products, including aquatic flora and fauna and agricultural crops. Uses include but are not limited to fishes, mollusks, plankton, algae, coruscations and other feasibly-raised aquatic life, and food.    ADVANTAGE - The system can be powered by efficient combined heat, electricity, and carbon dioxide generation, including using municipal waste streams as primary source of fuel for pyrolysis-gasification. Agricultural and aquaculture production is enhanced by inclusion of carbon dioxide capture from the co-generation facilities as well as aquaculture facilities and delivery technologies creating a semi-closed loop production facility. By using internal waste streams of the system to complement the external waste sources and as inputs provided to the co-generation power unit, useful byproducts can be provided where necessary and expensive waste can be reduced to minimal levels. Increased, high yield food production and wider scope of both plant- and marine-derived foods are realized by linking on-land fisheries and farms in more integrated manner. By incorporating renewable energy based on municipals waste streams, the resulting products can readily adapt to commercial applications due to lower energy costs due to renewable energy savings and carbon capture credits. The atmospherically sealed condition of the agriculture unit maintains a desired ambient concentration of carbon dioxide to optimize plant growing conditions as well as further increase yield. Oxygen from fish respiration can be captured and concentrated for compression and filtration for potential commercial resale and or for use in producing ozone for enhanced purification of recycled water.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for producing increased production yields at a lower environmental cost using an aquaculture and agriculture production system.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic block diagram of an integrated aquaculture and agriculture production systems.    Integrated aquaculture and agriculture production system (100)    On-site power unit (102)    Agriculture unit (104)    Aquaculture unit (106)    Filtration unit (108)    Water conduits (110)    Waste conduits (112)    Electrical conduits (114)    Thermal conduits (116)