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In Frontiers in Bioengineering and Biotechnology , German scientists appear to show that the answer is yes: the biomass of some exotic photosynthetic cyanobacteria can efficiently absorb REEs from wastewater, for example derived from mining, metallurgy, or the recycling of e-waste. So could we recycle REEs more efficiently, too?
Veolia has partnered with UK biotechnology startup, FabricNano, to apply enzymes to rocks to trial faster, permanent carbon dioxide removal directly from the atmosphere. This innovation, combining world leading biotechnology and established carbon removal practices, represents a huge step forward in ecological solutions.
Our funding will help unlock a vital next step for this project to support sustainable fuel and chemicals production through biotechnology, and ultimately create new jobs and investment to strengthen communities across Scotland.
The research team from the Centre of Geothermal Research at the Faculty of Engineering at UGM consisted of Dr. Pri Utami, a geothermal geology expert, Dr. Ronny Martien, a nano biotechnology expert, Dr. Wiratni, a bioprocess engineering expert, and Dr. Ngadisih, a soil and water conservation expert. was also part of the project.
Agro-chemical and biotechnology groups – such as Syngenta, BASF and their lobby group Croplife – enjoyed privileged access to negotiations in Colombia, coming in as part of country delegations with Brazil, Mexico, Switzerland and Canada. Their delegates increased by 40 percent and 24 percent respectively since COP15.
With very little known about its productivity in flooded and moisture-saturated soil conditions, researchers at the Earlham Institute in Norwich wanted to understand the differences in water-stress tolerance among Miscanthus species to guide genomics-assisted crop breeding.
These are the innovators who are creating the huge companies of the future – ones that invest in workers, reduce pollution, restore our soils and lower the costs of food and energy.” The why: Soil carbon sequestration could remove 3.5 gigatons of CO2 annually by 2030.
Last month, in the Plant Biotechnology Journal , researchers described a breakthrough with rice, engineering the plant to produce more compounds that encourage the growth of biofilms, which provide a cozy home for nitrogen-fixing bacteria, much like legumes provide nodules for their partner microbes.
A survey of 600 farmers carried out by the pollster on behalf of Swiss biotechnology giant Syngenta in February found 72 per cent were worried about the impact of climate change on their crop yields, animal health, and ability to do business.
Rather than ending up as useless waste in the landfill, these plantable cards degrade in soil and grow into herbs and flowering plants, making this a big win for bees and other pollinators. For instance, their business cards are made from recycled and biodegradable seed paper.
Critical issues also include regenerative inputs, carbon emissions, productivity, water quality and scarcity, soil health, crop diversity, labour supply and food supply. Ag and ecosystem biotechnology (e.g. crop and animal inputs, including microbiome, breeding, pollinators, and animal health).
The US Treasury and IRS released guidance for how they will calculate lifecycle emissions for SAF tax credit eligibility , using the DOE GREET model which puts less emphasis on land use and more on soil carbon. More on high-flying fuels here ] DOE launched a new office for Emerging Critical Energy Technologies.
Just ask Luis Lombana, CEO of Ficosterra , a Spanish marine biotechnology company that makes fertilisers from an unexpected source: seaweed. In Europe, coastal communities from the Iberian Peninsula to the northern British Isles used seaweed to enrich infertile agricultural soils at least as far back as Roman times, researchers have found.
Pesticides and fertilisers – much of which are used to support the growth of crops for industrial animal agriculture – are often derived from fossil fuels and have had major negative impacts on biodiversity , soil and water health.
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