Xiao Hongwei of the NDRC National Information Center said China's 'six networks' construction will see a concentrated release of physical work in H2 as funding disbursements arrive and early‑stage projects mature. Q3 is the construction peak for on‑site activity as local governments speed up in‑progress projects and push proposed projects to start; Q4 should see a peak in major project commencements, offering a clearer boost to aggregate demand. Of a pipeline exceeding CNY7 trillion, over 60% of

2026-09-07

Xiao Hongwei of the NDRC National Information Center said China's 'six networks' construction will see a concentrated release of physical work in H2 as funding disbursements arrive and early‑stage projects mature. Q3 is the construction peak for on‑site activity as local governments speed up in‑progress projects and push proposed projects to start; Q4 should see a peak in major project commencements, offering a clearer boost to aggregate demand. Of a pipeline exceeding CNY7 trillion, over 60% of the work volume is likely to be realized in H2.

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2026-09-07

世界氣象組織(WMO)發佈的最新《全球季節性氣候更新》(GSCU)及《厄爾尼諾/拉尼娜更新》指出,受極強厄爾尼諾現象與赤道中東太平洋海溫異常偏暖的驅動,全球正面臨深遠的氣溫與降水格局重塑。 在氣溫預測方面,報告預計全球絕大多數陸地地區的表面溫度將大概率高於常年平均水平。在厄爾尼諾強效應與全球變暖底色疊加的背景下,北半球中緯度地區(如北美、歐洲及東亞部分地區)呈現出極高的一致性偏暖趨勢,酷熱與極端熱浪頻次大幅增加。全球海洋大範圍異常增溫亦源源不斷地向大氣輸送熱能,使得本輪氣候週期極具破壞性,甚至可能直接推動近幾年全球平均氣溫打破歷史最高紀錄。 在降水格局方面,全球降雨呈現出顯著的“兩極分化”與極端化特徵。一方面,受東南太平洋海溫擡升及大氣環流異常影響,美洲南部(如祕魯、厄瓜多爾及美國南部)以及受正相印度洋偶極子(IOD)影響的東非地區,降雨量將顯著偏多,面臨極高的暴雨與洪澇風險;另一方面,東南亞、澳大利亞東部及印度季風區則遭遇強幹旱威脅,降水持續偏少導致水資源短缺與森林火災風險劇增。同時,巴西亞馬孫盆地及加勒比海沿岸也面臨嚴重乾旱。

2026-09-07

Australia Aug ANZ total job ads, seasonally adjusted, YoY +7.8% (prev +2.1%).