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"新版多媒体云盘系统 云切片27网盘 支持多服务器切片云转码系统视频切片源码✅项目合作 二开均可 TG：saolei44✅.CmmUIcXOQX" 的搜尋 由 7131 至 7140 約有 7904 筆結果
... (13 May 2014) • Sighted 57 (01 Jul 2013) • Sighted 57 (28 May 2013) • Sighted 57 (20 Oct 2012) • Sighted 57 (16 May 2012) • Fishing 58.4.1 (13 Feb 2011) • Fishing 58.4.3b (04 Apr 2010) • Fishing 58.4.2 (27 Jan 2010) • Fishing 58.4.3b (01 Jul 2009) • Fishing 58.4.3b (16 Dec 2005) • Fishing 58.4.3a (28...
... engine power analyses of 2013-2015 (after the trawl ban), the estimated maximum sustainable yield for Hong Kong fisheries resources is about 27 800 tonnes equivalent to an estimated engine power of about 166 000 kilowatts. At present, the engine power of the fishing fleet operating in Hong Kong waters is...
... engine power analyses of 2013-2015 (after the trawl ban), the estimated maximum sustainable yield for Hong Kong fisheries resources is about 27 800 tonnes equivalent to an estimated engine power of about 166 000 kilowatts. At present, the engine power of the fishing fleet operating in Hong Kong waters is...
...研究结 果显示，根据 2013 至 2015 年（禁拖措施实施后）香港渔业相关的生产及渔船马力 统计资料，香港水域所能承受的最大持续产量约为 27 800公吨，渔船总马力应维持 约 166 000 千瓦以下。 现时，香港水域的可捕捞渔船总马力约为 136 000 千瓦，渔 产量约为 22 000 公吨，反映现时香港水域的捕捞力量和产量都维持在可持续的水 平。 总括而言，禁止拖网捕鱼措施实施后，底层渔业资源比中上层渔业资源有较显 着的恢复迹象。中上层渔业资源未有明显上升迹象, 可能与渔业资源流动性、季节 性洄游分布和禁拖措施的影响较为间接有关。香港的渔业资源是受着不同因素的影 响，因此建议需要长期...
... engine power analyses of 2013-2015 (after the trawl ban), the estimated maximum sustainable yield for Hong Kong fisheries resources is about 27 800 tonnes equivalent to an estimated engine power of about 166 000 kilowatts. At present, the engine power of the fishing fleet operating in Hong Kong waters is...
... the upper surface where there may be a spherical and semi-transparent cloaca protruded out. Tube feet of sea urchins are relatively long and used for locomotion, respiration, excretion of waste, chemical reception and digging. Parasalenia gratiosa(Parasaleniidae) Some 27 species of sea...
... Application Date: 21 April 2022 Proposed Denomination for the Plant Variety: Nijinokirameki Common Name of Plant (Botanical Name): Grapevine (Vitis L.) Applicant: National Agriculture and Food Research Organization Application Number: PVP2022-004 Application Date: 27 September 2022 Proposed Denomination for...
...: fill_14: fill_15: fill_24: fill_16: fill_17: fill_18: fill_19: fill_7_2: fill_8_2: fill_9_2: fill_10_2: fill_11_2: fill_12_2: fill_13_2: fill_14_2: fill_15_2: fill_16_2: fill_17_2: fill_18_2: fill_19_2: fill_20_2: fill_21_2: fill_22_2: fill_23_2: fill_24_2: fill_25_2: fill_26_2: fill_27_2: fill_28_2...
...: fill_14: fill_15: fill_24: fill_16: fill_17: fill_18: fill_19: fill_7_2: fill_8_2: fill_9_2: fill_10_2: fill_11_2: fill_12_2: fill_13_2: fill_14_2: fill_15_2: fill_16_2: fill_17_2: fill_18_2: fill_19_2: fill_20_2: fill_21_2: fill_22_2: fill_23_2: fill_24_2: fill_25_2: fill_26_2: fill_27_2: fill_28_2...
[PDF]
YanChauTong2001_c.pdf
....64 (0.69-2.4) (1.13-3.91) (0.58-5.53) (1.09-2.45) (1.28-5.16) (1.3-1.92) 1.09 1.11 0.98 1.32 1.30 1.28 (0.17-1.55) (0.38-1.71) (0.05-1.61) (0.19-2.27) (0.5-1.77) (0.14-2.04) 0.240 0.598 0.049 0.050 0.091 0.049 (0.00-0.8) (0.00-2.22) (0.00-0.165) (0.00-0.15) (0.00-0.22) (0.00-0.15) 0.020 0.037 0.008 0...