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In recent years, China has made remarkable achievements in significantly reducing poverty.27 It has incorporated the alleviation and elimination of old-age poverty into the national anti-poverty strategy and development plan.28 At the same time, deep poverty remains an outstanding issue as further poverty alleviation becomes more and more difficult. (...) There are also digital mattresses and smart pillows that keep track of the heartbeat, breathing patterns and pulse of an older person during sleep, with an alarm system that sends data to a nurse in the case of an emergency. (...) The connection of multiple devices allows for the collection and analysis of data, including heart rate, breathing and movement, providing for a comprehensive sleep examination and monitoring. 58.

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HOLE 3.3 DIA ∗ 10 DEEP. TAP M4 ∗ 0.7P ∗ 8 DEEP. REMOVE 1st THREAD (1 POSN) HOLE 2.5 DIA ∗ 7.8 DEEP. (...) C/DRILL 6.8 DIA ∗ 14 DEEP. TAP M8 ∗ 0.7P ∗ 12 DEEP. REMOVE 1st THREAD (1 POSN) 0. 8 G R O O V E D EP TH HOLE 1.2 DIA ∗ 25 DEEP (...) CHAM 0.5 ∗ 45 DEG BOTH ENDS SAME 34.3 NOM CHAM 0.5 ∗ 45 DEG 6. 5 D IA T O B O TT O M O F U /C U T 10 A/F ∅3.05 HOLE 3.00 DIA ∗ 32 DEEP. C/DRILL 3.3 DIA ∗ 12 DEEP. TAP M4 ∗ 0.7P ∗ 10 DEEP.

The second autopsy also found some deep bruising immediately adjacent to the right side of the mandible and a small (3 centimetre) scalp contusion on the right frontotemporal region of the scalp. 9 P 15 L 604 10 P 12 L 482 A/HRC/4/G/1 Page 13 Dr Lampe noted that there was no abrasion or boot or shoe impression on the anterior (front) abdominal wall, or the lower chest.

“Preliminary Cruise Report on the Japan/SOPAC Deep-sea Cooperative Mineral Re- sources Study Programme, R/V Hakurei-Maru No.2, Marshall Islands”, SOPAC pre- liminary report 152, 2002. (...) “Japan/SOPAC Deep-sea Mineral Resources Study Programme – Stage II (2000-)”, Ab- stract of presentation at the STAR Session 2002, SOPAC miscellaneous report 487, pp. 48-49, 2002. (...) “Deep-Sea Mineral Potential in the South Pacific Waters: results of the 21-year long- term Japan/SOPAC Cooperative Deep-Sea Mineral Resources Study Programme, 1985- 2005”, 36th Underwater Mining Institute Annual Meeting, 24-30 September, Kiel, Ger- many, 2006.

The Ocean Governance research programme at IASS currently receives funding from the German Environment Agency (Umweltbundesamt) to conduct research on deep seabed mining. In general, the Ocean Governance research programme provides multidisciplinary expertise at the science-policy interface to develop innovative strategies for improved ocean governance. (...) In particular, the IASS Ocean Governance research programme:  Contributes to knowledge-based transformation processes such as the 2030 Agenda for Sustainability and its associated goals;  Advances governance of areas beyond national jurisdiction, including by strengthening existing regimes and contributing knowledge to close legal and in- stitutional gaps through the development of a new legally-binding instrument un- der UNCLOS; and  Contributes policy-relevant, action-oriented advice to address emerging chal- lenges in ocean governance such as deep seabed mining. 5. Recent activities The IASS Ocean Governance research group received a three-year grant from the German Federal Environment Agency in 2015 for the project “Ecological Safeguards for Deep Seabed Mining”. (...) ISBA/23/A/INF/6 17-12366 5/7  Organised and co-chaired with then ISA Legal Counsel and Deputy to the Secretary- General Michael Lodge a session on „Ocean Sustainability through Transparency“ dur- ing the 2014 Potsdam Ocean Governance Workshop (http://www.iass- pots- dam.de/sites/default/files/files/2014_potsdam_ocean_governance_workshop.pdf );  Organised an expert meeting „Deep-sea mining: an uncertain future?“ with par- ticipation of then ISA Legal Counsel and Deputy to the Secretary-General in Berlin 2015 (http://www.iass-potsdam.de/de/content/expert-workshop-deep-sea- mining-uncertain-future);  Participated and co-organized as a member of the steering group a conference „Toward Transparency and Best Practices for Deep Seabed Mining - An initial multistakeholder dialogue“ in Bellagio 2015;  Co-organised and provided input to a side-event on transparency to the 22nd An- nual Session of the Authority in Ocho Rios, Jamaica in July 2016;  Submitted contributions to the ISA stakeholder consultation in 2014, 2016 and to the Article 154 survey in 2016;  Participated and contributed to workshops and annual meetings by research pro- jects investigating the potential environmental impacts of deep seabed mining, e.g.

OceanCare is member of the Deep Sea Conservation Coalition (DSCC). 10. (...) OceanCare is developing its Deep-Sea Mining (DSM) programme with a focus on underwater noise emissions from DSM activities and their impact on ma- rine life. (...) (Signed) Sigrid Lüber (Signed) Cyrill Martin President and Founder of OceanCare M.A. HSG in Law, Lead Deep-Sea Mining Programme/Ocean Policy Expert

M3 SMALL CUP POINT HEXAGON SOCKET SET SCREW HOLE 2.5 ∅ * 7.8 DEEP. TAP M3 * 0.5P * 7 DEEP. REMOVE 1st THREAD. ST/SG/AC.10/36/Add.2 Page 21 ﻡ ﻞﻜﺸﻟﺍ٧ -٤ : ﺀﺎﺑ ﺀﺰﳉﺍ١ HOLE 2.5 ∅ * 7.8 DEEP. TAP M3 * 0.5P * 7 DEEP. REMOVE 1st THREAD (1 POSN) CHAM 1.0 * 45 DEG HOLE 3.3 ∅ * 10 DEEP. TAP M4 * 0.7P * 8 DEEP. REMOVE 1st THREAD (1 POSN) HOLE 6.8 ∅ * 32 DEEP.

Since 2011, SPREP has collaborated with the South Pacific Commission- European Union Deep Sea Minerals Project and has provided technical input to support the development of the Regional Legislative and Regulatory Framework for Deep Sea Minerals Exploration and Exploitation, the Regional Environmental Management Framework for Deep Sea Minerals Exploration and Exploitation and the Regional Scientific Research Guidelines for Deep Sea Minerals. The secretariat was invited by the South Pacific Commission to deliver presentations on environmental impact assessments, strategic environmental assessments, risk assessments, environmental best practices and the precautionary approach at the Workshop on Environmental Management of Deep Sea Mineral Activities, held in Fiji in October 2015. (...) SPREP has also undertaken spatial analysis of ecologically or biologically significant marine areas and deep sea mining contract areas in areas beyond national jurisdiction.

Deep-Sea Research Part I, 56(10), 1844-1855. (...) Amino ac- ids in the 308 degrees C deep-sea hydrothermal system of the Suiyo Seamount, Izu-Bonin Arc, Pacific Ocean. (...) Amino acids in the 308 degrees C deep-sea hydrothermal system of the Suiyo Seamount, Izu-Bonin Arc, Pacific Ocean.