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It has been a busy week for Windows 10 Redstone 2, aka the Creators Update, as we now have the latest Slow Ring testing bits available as an ISO download for testers. There were a few moves with Fast and Slow Ring builds this week so lets run down all of them real quick. On 16 November Microsoft made two build related moves by first pushing Build 14965 to the PC Slow Ring - the first Slow Ring Build update since Build 14931 was moved to Slow Ring on 05 October. That same day Microsoft released Build 14971 to Windows Insiders in the Fast Ring and introduced a couple of new features and removed one added several builds earlier including the rumored Office Hub. Then, on 17 November, Microsoft offered Build 14965 to Windows 10 Mobile users on the Slow Ring and it turns out that is the the first Windows 10 Mobile Redstone 2 build provided to those testers. Of course, as is Microsoft's practice, once a build is designated for the Slow Ring it is also made available for download from Microsoft so that users can perform in-place and clean installations of the operating system on their PCs. It is also handy to have this download for those devices that are not seeing Fast Ring builds for some reason. This install will get you to 14965 and then you can join Fast Ring to get 14971 and beyond. The last time a Slow Ring build was released for Windows 10 Redstone 2 it took a couple of weeks for it to show up on the Insider website for download however, Build 14965 is already available just two days later with a couple of different options. If you visit https://www.microsoft.com/en-us/software-download/windowsinsiderpreviewiso you will see options to download either the 14965 or 14931 ISOs: If you want to grab the Enterprise or Education versions of Build 14965 then you will need to visit https://www.microsoft.com/en-us/software-download/windowsinsiderpreviewadvanced As always make sure you back up your data before upgrading your system and if you can avoid using these pre-release builds on production machines I highly recommend that to protect your data and sanity! But, wait...there's probably more so be sure to follow me on Twitter and Google+ .

For the original version including any supplementary images or video, visit http://winsupersite.com/windows-10/microsoft-shuffles-windows-10-insider-build-releases-testers-fast-and-slow-rings

Credit: International Livestock Research Institute (ILRI) Livestock production is responsible for 12% of human-related greenhouse gas emissions, primarily coming from land use change and deforestation caused by expansion of agriculture, as well as methane released by the animals themselves, with a lesser amount coming from manure management and feed production. "There is a lot of discussion about reduction of meat in the diets as a way to reduce emissions," says IIASA researcher Petr Havlík, who led the study "But our results show that targeting the production side of agriculture is a much more efficient way to reduce greenhouse gas emissions." A new study published in the journal Proceedings of the National Academy of Sciences shows that within the current systems, farmers would find it more profitable in coming years to expand livestock production in mixed systems—where livestock are fed on both grass as well as higher quality feed—rather than in pure grass-based systems. This development, would lead to a 23% reduction of emissions from land use change in the next two decades without any explicit climate mitigation policy. Cows, sheep, and goats grow more quickly and produce more milk when they eat energy-rich diets that include grain supplements or improved forages. This means that more livestock can be raised on less land, and with fewer emissions per pound of meat or milk produced. The new study projects that the increasing cost of land and continued yield increases in the crop sector will lead to shifts to richer animal diets in the future. Such diets are efficient not only from the perspective of greenhouse gas reduction, but also from farm profit maximization and food production. At a moderate price of US$10 per ton of carbon dioxide equivalent, livestock system transitions within a given region, together with international relocation of production to regions with the most efficient livestock systems could also reduce the total emissions from agriculture and land use change by 25%. Most of the savings would come from avoided land use change. Havlík says, "From the livestock sector perspective, limiting land use change seems the cheapest option both in terms of the economic cost and in terms of impact on food availability." Previous work by the group produced a detailed database highlighting the differences in the efficiency and greenhouse gas emissions of different livestock production systems. The new study adds to this by examining the economic potential for a transition to more efficient systems as a mitigation measure, and which policies would be the most effective for cutting greenhouse gas emissions, while also maintaining food availability. The new study also introduces a new metric for measuring the costs of climate measures for agricultural systems, the Total Abatement Calorie Cost (TACC), which complements the pure economic metric known as "marginal abatement cost" while also capturing the impacts of mitigation measures on food security. Mario Herrero, a co-author of the study and a researcher at CSIRO, IIASA's Australian National Member Organization, says, "Applying current metrics could lead to mitigation, but also food insecurity in developing countries, because it ignores the social cost of policies that focus just on greenhouse gas abatement..

For the original version including any supplementary images or video, visit https://phys.org/news/2014-02-livestock-diets-combat-climate-food.html

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