Some surprisingly simple and innovative ideas can end up having massive impacts.
In terms of agricultural yields, Leibniz Centre scientists applied a 1% amorphous silicon treatment to soil, binding 40% more water, and increasing growth and yields by 80%.
This one time treatment must be controlled, however, as too much silicon can cause excess nutrient wastage entering into groundwater.
#Silicon #Agriculture #Farming #Yields #Wheat #Science #Biology #Scicomm
https://www.sciencedirect.com/science/article/abs/pii/S0048969723026074
#silicon #agriculture #farming #Yields #wheat #Science #biology #scicomm
#Review: Increasing rice #yields thru traditional #breeding reaches a plateau. #SyntheticBiology is used to improve photosynthetic efficiency. The C4 #Rice project progresses on several fronts: https://doi.org/10.1007/s11120-023-01014-0 #synbio #C4 #photosynthesis
#review #Yields #breeding #SyntheticBiology #rice #synbio #c4 #photosynthesis
#Maize production in #Africa must increase for greater #foodsecurity. Yield gaps are mostly due to #technology gaps, i.e. more efficient methods are needed. Still, better crop management could double current #yields by narrowing efficiency & resource gaps: https://doi.org/10.1007/s13593-023-00872-1
#maize #africa #foodsecurity #technology #Yields
USDA review: Teff modified by #geneediting for semi-dwarf stature is not subject to #biotechnology regulation. Shorter #teff is expected to resist to lodging that results in #yields losses up to 25%: https://www.danforthcenter.org/news/usda-clears-danforth-centers-genome-edited-teff/ #Ethiopia #foodsafety
#geneediting #BioTechnology #teff #Yields #ethiopia #foodsafety
Researchers developed #tomato varieties capable of producing high #yields (20-50% more) even in extreme #drought conditions. They did so thru cross-#breeding wild & cultivated #tomatoes, DNA sequencing and extensive data analysis of 1,400 plants: https://en.huji.ac.il/news/researchers-develop-new-drought-tolerant-variety-tomatoes
#tomato #Yields #drought #breeding #tomatoes
#China: agricultural subsidies in grain-producing regions increase #yields. The cost of #fertilizer & #pesticides has a mediating effect. Income #subsidies have a greater promotion effect on #grain production, subsidies for machinery not: https://doi.org/10.3390/foods12071435 #agriculture
#china #Yields #fertilizer #pesticides #subsidies #grain #agriculture
#Wheat is key for #foodsecurity; future demand may not be satisfied from better #yields on existing areas. #Climatechange enables cultivation at higher latitudes. R&D of production techniques that minimise #environment damage (GHG #emissions) is needed: https://doi.org/10.1016/j.agee.2023.108499
#wheat #foodsecurity #Yields #climatechange #environment #emissions
Our #fertiliser-reliant #foodsystems are not #sustainable. We need alternatives for #farmers to boost #yields sustainably. Preexisting processes in target crops can be utilised to engineer #nitrogen fixation, as has evolved in legumes: https://doi.org/10.1371/journal.pbio.3001982 #GMO #breeding
#fertiliser #foodsystems #sustainable #farmers #Yields #nitrogen #gmo #breeding
Bets that US rate #cuts will come well before an easing in #Europe left investors upbeat on US Govt #bonds. 2Y UST yields have slid 92bps this month, vs. 60bps in #Germany - #yields move inversely with prices, chart @ReutersBiz https://cutt.ly/K4YWAUE
#cuts #europe #bonds #germany #Yields
RT @AbioticStress
Review by @JulWal888 & @PlantPhys_Cam @plantsci @JIPBio @wileyplantsci @Cambridge_Uni
Here comes the #sun: How optimization of #photosynthetic #light reactions can boost #crop #yields
https://onlinelibrary.wiley.com/doi/10.1111/jipb.13206
#PlantSci #ClimateChange @LancsPhotosynth
@PPS_UoS @rgbante_Physio
#sun #photosynthetic #light #crop #Yields #plantsci #climatechange
Climate Change Will Force Farmers To Reshuffle What Is Grown Where
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https://www.economist.com/graphic-detail/2022/11/10/climate-change-will-force-farmers-to-reshuffle-what-is-grown-where <-- shared post
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https://doi.org/10.1038/ncomms12608 <-- shared paper
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#GIS #spatial #mapping # #climatechange #water #climate #future #food #change #society #model #modeling #agriculture #gischat #spatialanalysis #spatialdata #global #food #foodsecurity #watersecurity #foodchain #cereal #crop #crops #agricultureandfarming #planning #prediction #yields #latitude #people #community
#gis #spatial #mapping #climatechange #water #climate #future #Food #change #society #model #modeling #agriculture #gischat #spatialanalysis #spatialdata #global #FoodSecurity #watersecurity #foodchain #cereal #crop #crops #agricultureandfarming #planning #prediction #Yields #latitude #people #community
Warmer temperatures affect food production. #Geneediting can be applied to crops challenged by #climatechange (e.g. rice, corn, palm oil, vegetables). Molecular #breeding can improve crop #nutrition & #yields with disease & #climate-resilient varieties: https://asiafoodjournal.com/singrow-launches-climate-resilient-strawberry-variety/
#geneediting #climatechange #breeding #nutrition #Yields #climate
#Striga, parastic plants, endanger #yields & #foodsecurity in Africa. #Climatechange increases their spread & virulence. #Geneediting can help #breeding resistant #maize, #sorghum, #millet & #rice – the most pro-poor, eco-friendly control strategy: https://doi.org/10.1007/s12571-023-01345-9 #CRISPR
#Striga #Yields #foodsecurity #climatechange #geneediting #breeding #maize #sorghum #millet #rice #CRISPR
Global #rice production remains more stable than maize & wheat in recent years, with rice consumption increasing at a slower pace. #Asia to continue as the world's leading exporter; SE Asia's rice surplus increases by narrowing the exploitable #yields gap: https://www.cgiar.org/news-events/news/what-do-we-know-about-the-future-of-rice-in-relation-to-food-system-transformation/