
Control material cycles associated with biological activity and reduce atmospheric greenhouse gases
In recent years, global warming has been causing various problems such as extreme weather events and ecosystem collapse, and the reduction of greenhouse gases in the atmosphere, which are considered to be the cause of global warming, is required.
In the oceans and on land, emission and absorption of large amounts of greenhouse gases are repeatedly occurring, and the driving force behind this process is the activity of living organisms such as algae, plants, and microorganisms in the soil.
Therefore, we aim to establish technologies that control biological activities and alter the flow of material cycles, thereby increasing the absorption and reducing the emission of greenhouse gases in the oceans and on land.
Currently, we are researching breeding technology for algae and plants to modify their various functions mainly through neutron irradiation and cell fusion, respectively.
In the future, we will apply these technologies not only to reduce greenhouse gases in the atmosphere but also to contribute to solving food-supply problems through applications in the agriculture, forestry, and fisheries sectors.
Crop breeding technologies for achieving low environmental impact agriculture
Attempt to reduce CO₂ in the ocean by enhancing the carbon fixation capacity of marine organisms
Technology for reducing atmospheric CO₂ level by enhancing the carbon fixation capacity of plants
Reduce the CO₂ amount in the ocean by enhancing the carbon cycle
Constructing a society that can adapt to the future global environment
Contributing to the creation of a sustainable society
03/29/2024
To contribute to achieving zero environmental impact...
03/03/2023
This review outlines two technologies contributing...
06/30/2022
According to the Intergovernmental Panel on Climate...
06/22/2021
Kazuya Akiyama and Kazuhiro Takaya
NTT Space Environment and Energy Laboratories are looking for researchers and engineers from several fields to help us find new solutions to pressing worldwide issues.