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China's Internet sector reforms and the rise of ESG in the state techno‐nationalist agenda
Policy &Internet, Volume 15, Issue 4, Page 646-664, December 2023., 2023 Abstract From 2020 onward, sweeping reforms were implemented in China's domestic Internet sector that stirred debate about its future. Analyzing all Chinese government policies and penalties issued on domestic Internet enterprises from 2020 to 2022, this article provides the first systematic account of the authoritative themes that guided the design of
Anson Au
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Can Salmon Ascend the Rivers in Kyoto? [PDF]
, 2002 報告application/pdfresearch ...
00268385 +34 more
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Experimental observation of the prior residence advantage in masu salmon in an experimental channel
Ecological Solutions and Evidence, Volume 6, Issue 4, October–December 2025.Experimental stocking trials were conducted in an artificial channel with multiple pools to evaluated the extent of prior resident advantage on post‐stocking competition for favourable territory in masu salmon, which is widely stocked in Japanese streams.
Yasunori Yamashita +2 more
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野生动物学报, 2007 通过对哈尔滨北方森林动物园人工饲养的白枕鹤、蓑羽鹤和灰鹤2004～2006年所产卵人工孵化的研究,结果表明:3种鹤卵前中期的孵化温度为37．6～37．8℃,相对湿度为48％～52％;孵化后期的温度为36．7～37℃,相对湿度为57％～62％;白枕鹤卵的人工孵化时间平均为30 d 2 h,平均失重率为13．41％;蓑羽鹤卵的人工孵化时间平均为27 d 15 h,平均失重率为15．06%;灰鹤卵的人工孵化时间平均为28 d 9 h,平均失重率为15．93％。
何相宝 +3 more
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野生动物学报, 2022 通过半人工孵化繁育帽带企鹅(Pygoscelis antarctica)的结果显示:帽带企鹅卵重(96.0±10.3)g,卵长径为(69.63±3.60)mm,短径为(49.98±1.80)mm。孵化器内温度和湿度分别约为35.8 ℃和60%,每日翻卵12次,每次30 min; 每日晾卵2次,每次15 min。孵化33～34 d后破壳,破壳时间24～48 h。育雏箱温度和湿度分别约为35.0 ℃和55%,幼雏重70～80 g。幼雏饲养40～45 d,体重达到2 kg,可独立生活。幼雏60～70 d后 ...
李艳秋 +5 more
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野生动物学报, 2019 上海动物园饲养的1对灰翅喇叭鸟（Psophia crepitans），于2017年4—6月间产下12枚卵，取其中10枚卵进行人工孵化，孵化出6只灰翅喇叭鸟雏为研究对象，探讨成年灰翅喇叭鸟在人工圈养条件下饲养和繁殖过程，包括笼舍环境管理、日常饲养流程、饲料配方、巢箱设计制作、人工孵化等。结果表明：灰翅喇叭鸟人工孵化时间为27—28 d，种类丰富和营养均衡的日粮可以提高成年灰翅喇叭鸟繁殖率，达到83.33%。繁殖巢箱设计与挂置应满足亲鸟繁殖需求，人工孵化可以提高灰翅喇叭鸟成活率，可使其达到50%。
王晶晶 刘群秀 黄康宁
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