完善资源总量管理和全面节约制度，加强水、土地、矿产等资源全过程管理和全链条节约。提高水资源集约安全利用水平，全面落实水资源刚性约束制度，强化农业节水增效、工业节水减排、城镇节水降损，单位GDP用水量下降10%，农田灌溉水有效利用系数提高到0.6。提升建设用地利用效率，推广应用节地技术和节地模式，新增建设用地规模控制在2600万亩以内。提升矿产资源综合利用水平，全面推进绿色勘查和绿色矿山建设。促进循环经济发展，健全废弃物循环利用体系，在确保固体废物零进口前提下有序推进海外优质再生原料进口利用，发展壮大再制造产业，大宗固体废弃物年利用量达到45亿吨左右。
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。关于这个话题，手游提供了深入分析
Just over a decade ago, reviewing the then-new iPhones 6S, I could tell which way the silicon wind was blowing. Year-over-year, the A9 CPU in the iPhone 6S was 1.6× faster than the A8 in the iPhone 6. Impressive. But what really struck me was comparing the 6S’s GeekBench scores to MacBooks. The A9, in 2015, benchmarked comparably to a two-year-old MacBook Air from 2013. More impressively, it outperformed the then-new no-adjective 12-inch MacBook in single-core performance (by a factor of roughly 1.1×) and was only 3 percent slower in multi-core. That was a comparison to the base $1,300 model MacBook with a 1.1 GHz dual-core Intel Core M processor, not the $1,600 model with a 1.2 GHz Core M. But, still — the iPhone 6S outperformed a brand-new $1,300 MacBook, and drew even with a $1,600 model. I called that “astounding”. The writing was clearly on the wall: the future of the Mac seemed destined to move from Intel’s x86 chips to Apple’s own ARM-based chips.
Madagascar's Gen Z protesters angry at coup leader's choice of PM。关于这个话题，今日热点提供了深入分析