HKMA publishes Hong Kong Taxonomy for Sustainable Finance Phase 2A
The following is issued on behalf of the Hong Kong Monetary Authority:
The Hong Kong Monetary Authority (HKMA) published today (January 22) the Hong Kong Taxonomy for Sustainable Finance (Hong Kong Taxonomy) Phase 2A, marking an important step in facilitating green and sustainable capital flows and supporting the region's transition to a lowcarbon economy.
The HKMA has been developing the Hong Kong Taxonomy in phases to provide a robust and transparent framework for classifying economic activities that contribute to green and sustainable development. Following the release of Phase1 in May 2024, the HKMA launched a public consultation on the Phase 2A prototype in September 2025 to seek views on the expanded taxonomy coverage and relevant enhancements.
The HKMA received numerous submissions from a diverse group of stakeholders, including banks, professional associations, asset managers, corporates, non-government organisations, think tank, and the public sector. Respondents generally supported the expansion in taxonomy coverage and the addition of transition elements and climate change adaptation category, and welcomed the further enhancement in clarity and practicality of the Hong Kong Taxonomy by the HKMA.
Drawing on the feedback gathered from the public consultation, the HKMA has refined the prototype for publication as the Hong Kong Taxonomy for Sustainable Finance Phase 2A. The HKMA also released a consultation report, which summarises the consultation feedback and the HKMA's responses.
The Hong Kong Taxonomy is a living document. Development of the next phase is underway and will continue to be informed by market developments, government policies, industry priorities, and the latest technological advancements. The HKMA remains committed to actively engaging with market participants and broader stakeholders throughout the development process.
The Hong Kong Taxonomy Phase 2A and consultation report are available on the HKMA website.
Source: AI-found images
Special traffic and transport arrangements for Kai Tak Stadium concerts on January 24 to 26
The Transport Department (TD) today (January 22) said that special traffic and transport arrangements will be implemented to facilitate the holding of concerts at Kai Tak Stadium on the evenings of January 24 to 26. As traffic in the vicinity of the Kai Tak Sports Park (KTSP) is expected to be heavy, concertgoers should opt for public transport and avoid driving or taking private cars (including cross-boundary private cars).
The TD has co-ordinated with local and cross-boundary public transport operators to strengthen their services during dispersal. The MTR will enhance the intervals between trains on the Tuen Ma Line. The last MTR train to Lo Wu Station interchanging at Tai Wai Station on the East Rail Line will depart from Sung Wong Toi Station at 10.59pm and Kai Tak Station at 11.01pm. Franchised bus companies will provide 11 special bus routes at the Sung Wong Toi Road Pick-up/Drop-off Area (PUDOA) to the Lok Ma Chau (San Tin) Public Transport Interchange (route No. SP12), the Hong Kong-Zhuhai-Macao Bridge Hong Kong Port and Airport (route No. A25S), and major districts across the territory.
Concertgoers who plan to return to the Mainland on the same day may also take the KTSP's cross-boundary coach during dispersal. Passengers should purchase tickets from the operators' online platforms in advance. On-site ticket sales will not be available during dispersal.
The Kai Tak Stadium Taxi PUDOA will be open. The Sung Wong Toi Road PUDOA will be open for taxi drop-off only during admission (3.30pm to 7pm) and suspended for taxi pick-up/drop-off during dispersal. The expected waiting time will be longer amid the outflux of spectators, and passengers' patience is appreciated.
Spectators are advised to heed real-time information via the on-site broadcast and the "Easy Leave" platform (easyleave.police.gov.hk) as well as the latest traffic news through the TD's website (www.td.gov.hk), the "HKeMobility" mobile application and radio and television broadcasts.
Source: AI-found images
