plant growth research News
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Simulating the effect of climate change on agriculture
Increased atmospheric CO2 levels and climate change are believed to contribute to extreme weather conditions, which is a major concern for many. And beyond extreme events, global warming is also predicted to affect agriculture.1,2 While climate change is expected to affect agriculture and reduce crop yields, the complete effects of climate change on agriculture and the resultant human food ...
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Biofuel and crop research grows by AUS$1.6m
The research team will identify the genes associated with key plant properties responsible for growth, flowering and grain-filling in grasses. They will use the advanced robotic and imaging plant research tools of the Australian Plant Phenomics Facility (APPF) to conduct the research. The US Department of Energy (DOE) has recognised the unique, world-class capability that the APPF affords by ...
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Perennial grass crops - a carbon neutral biofuel?
Perennial crops, such as grasses, are attracting increasing interest as potential biofuel crops. Perennial crops have significant advantages over many annual crops because they require less energy input during growth than annual crops which not only need to be planted each year, but typically require more fertiliser, herbicide and pesticide input. Research on farm-scale cultivation of the ...
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BioConsortia Continues Growth and Success, Securing $10 million in Series D Funding
BioConsortia, Inc., innovator of microbial solutions for natural plant trait enhancement and yield improvement, has closed a further round of equity financing to support its continued growth, research achievements and development of superior products. The $10 million round was led by Otter Capital and contributed to by Khosla Ventures, both of which are long-term backers of the biotechnology ...
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Maize seedlings predict drought Tolerance
Scientists have developed a new method for measuring drought tolerance in maize. By comparing the shoot-to-root ratio in seedlings stressed by low water, scientists can predict whether a plant has the right mix of genes for adapting to drought conditions. The ideal drought-resistant maize should have a higher ratio of root surface area compared to leaves and stems. Developing enough adult plants ...
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