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ITU-T Study Group 05 - Environment and climate change
List of Editors (Study Period 2013-2016)
ITEM TITLE EDITOR
Guide to the K & relevant L-series Recommendations   Extension of the Guide to cover relevant L-series Recommendations  Q12/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
Mitigation Handbook - Additional case studies   Additional case studies to be added  Q12/5   Masao Masugi
Email: m.masugi[at]lab.ntt.co.jp  
Terminology Handbook   Extension of the Terminology Handbook to cover relevant L-series terminologies  Q12/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
Terminology Handbook - web version   Web version of the Terminology Handbook  Q12/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.bb_test   Test procedures and specifications for broadband network elements such as connection hardware, cables, wires and other elements  Q1/5   Ho-Seok Oh
Email: ohs[at]kt.co.kr  
      Zander B. Araujo
(Editor)
Email: zander[at]josaphat.com.br  
L.75   Test, acceptance and maintenance methods of copper subscriber pairs, indoor network and structured cabling  Q1/5   Ho-Seok Oh
Email: ohs[at]kt.co.kr  
      Zander B. Araujo
(Editor)
Email: zander[at]josaphat.com.br  
L.bbctp   Broadband metallic cable specifications and test procedures  Q1/5   Zander B. Araujo
Email: zander[at]josaphat.com.br  
L.foch   Preparation of a new Recommendation on fibre-optic connecting hardware for broadband access  Q1/5   Zander B. Araujo
Email: zander[at]josaphat.com.br  
L.sc   Structured cablins, data calbe and connecting hardware specifications and test procedure  Q1/5   Zander B. Araujo
Email: zander[at]josaphat.com.br  
Directives Volume VIII   Protective devices  Q2/5   Peter Bobert
Email: peter.bobert[at]epcos.com  
HB.appl   Handbook on Application of Surge Protective Devices  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.99   Surge protective component application guide - Gas discharge tubes  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.102   Parameters of fixed-voltage thyristor overvoltage protector components used for the protection of telecommunications installations  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.appl2   Surge Protective Component Application Guide - Metal Oxide Varistors  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.appl3   Surge Protective Component Application Guide - Silicon PN Junction Components  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.appl4   Surge Protective Component Application Guide - Lightning Isolation Transformers  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.appl5   Surge Protective Component Application Guide - Fuses  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.appl6   Surge Protective Component Application Guide - Self-Restoring Current Limiters  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
K.spd   Basic requirements for Surge Protective Devices  Q2/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
Directives Volume V   Inducing currents and voltages in power transmission and distribution systems  Q3/5   György Varju
Email: varju.gyorgy[at]vet.bme.hu  
HB induction   Managing the problem of induction into optic fibre cables containing metallic members  Q3/5   Jean-Luc Garcia
Email: jeanluc.garcia[at]orange.com  
      György Varju
(Editor)
Email: varju.gyorgy[at]vet.bme.hu  
K.5   Joint use of poles for electricity distribution and for telecommunications  Q3/5   Célio Fonseca Barbosa
Email: grcelio[at]cpqd.com.br  
      Jean-Luc Garcia
(Editor)
Email: jeanluc.garcia[at]orange.com  
K.57   Protection measures for radio base stations sited on power line towers  Q3/5   Jean-Luc Garcia
Email: jeanluc.garcia[at]orange.com  
      György Varju
(Editor)
Email: varju.gyorgy[at]vet.bme.hu  
K.hvps1   Method for identifying the transfer potential of EPR from HV and/or MV to the earthing system or neutral of LV network  Q3/5   György Varju
Email: varju.gyorgy[at]vet.bme.hu  
K.hvps2   Method for identifying the effective earth current and earthing resistance of sub-stations with special view of MV/LV transformer station in urban area  Q3/5   György Varju
Email: varju.gyorgy[at]vet.bme.hu  
K.int   Limits of interference on telecommunication transmissions on copper other than speech  Q3/5   György Varju
Email: varju.gyorgy[at]vet.bme.hu  
      Jean-Luc Garcia
(Editor)
Email: jeanluc.garcia[at]orange.com  
K.tup   Installation of telecommunication equipment on utility poles  Q3/5   Jean-Luc Garcia
Email: jeanluc.garcia[at]orange.com  
K.20   Resistibility of telecommunication equipment installed in a telecommunications centre to overvoltages and overcurrents  Q4/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
      Phillip Havens
(Editor)
Email: phavens[at]littelfuse.com  
K.21   Resistibility of telecommunication equipment installed in customer premises to overvoltages and overcurrents  Q4/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
      Phillip Havens
(Editor)
Email: phavens[at]littelfuse.com  
K.45   Resistibility of telecommunication equipment installed in the access and trunk networks to overvoltages and overcurrents  Q4/5   Michael Maytum
Email: m.j.maytum[at]ieee.org  
      Phillip Havens
(Editor)
Email: phavens[at]littelfuse.com  
K.50   Safe limits of operating voltages and currents for telecommunication systems powered over the network  Q4/5   Phillip Havens
Email: phavens[at]littelfuse.com  
K.51   Safety criteria for telecommunication equipment  Q4/5   Phillip Havens
Email: phavens[at]littelfuse.com  
K.64   Safe working practices for outside equipment installed in particular environments  Q4/5   Phillip Havens
Email: phavens[at]littelfuse.com  
K.75   Classification of interface for application of standards on resistibility and safety of telecommunication equipment  Q4/5   Phillip Havens
Email: phavens[at]littelfuse.com  
K.98   Overvoltage protection guide for telecommunications equipment installed in customer premises  Q4/5   Phillip Havens
Email: phavens[at]littelfuse.com  
Resistibility Guide   Guide on the use of the overvoltage resistibility Recommendations  Q4/5   Kristiaan Carpentier
Email: kristiaan.carpentier[at]technicolor.com  
K.27   Bonding configurations and earthing inside a telecommunication building  Q5/5   Ying Xiong
Email: xiongying[at]huawei.com  
K.29   Coordinated protection schemes for telecommunication cables below ground  Q5/5   Célio Fonseca Barbosa
Email: grcelio[at]cpqd.com.br  
K.35   Bonding configurations and earthing at remote electronic sites  Q5/5   Ying Xiong
Email: xiongying[at]huawei.com  
K.39   Risk assessment of damages to telecommunication sites due to lightning discharges  Q5/5   Ying Xiong
Email: xiongying[at]huawei.com  
K.40   Protection against LEMP in telecommunication centres  Q5/5   Ying Xiong
Email: xiongying[at]huawei.com  
K.66   Protection of customer premises from overvoltages  Q5/5   Ying Xiong
Email: xiongying[at]huawei.com  
K.67   Expected surges on telecommunications and signalling networks due to lightning  Q5/5   Célio Fonseca Barbosa
Email: grcelio[at]cpqd.com.br  
K.73   Shielding and bonding for cables between buildings  Q5/5   Ying Xiong
Email: xiongying[at]huawei.com  
K.101   Shielding factors for lightning protection  Q5/5   Célio Fonseca Barbosa
Email: grcelio[at]cpqd.com.br  
K.acrb   Assessment of the conformance of Radio Base Station regarding lightning protection and earthing  Q5/5   Qiang Chen
Email: chqg007[at]dimpt.com  
      Brice Landry Dally
(Editor)
Email: brice.dally[at]valsch-consulting.ci  
K.ldt   Lightning Protection of the Dedicated Transformer for Radio Base Station  Q5/5   Huagang Wang
Email: wanghuag[at]gsta.com  
      Qiang Chen
(Editor)
Email: chqg007[at]dimpt.com  
K.lp   Using data of lightning positioning system for network protection  Q5/5   Célio Fonseca Barbosa
Email: grcelio[at]cpqd.com.br  
K.lsr   Lightning protection of solar power supply system feeding radio base station  Q5/5   Ying Xiong
Email: xiongying[at]huawei.com  
K.ntt   Protection of surrounding structures of telecommunication towers against lightning  Q5/5   Qiang Chen
Email: chqg007[at]dimpt.com  
K.tot   Lightning protection and earthing total solution for Radio Base station site  Q5/5   Ying Xiong
Email: xiongying[at]huawei.com  
K.81   High-power electromagnetic immunity guide for telecommunication systems  Q10/5   Tetsuya Tominaga
Email: tominaga.tetsuya[at]lab.ntt.co.jp  
K.secmiti   Mitigation methods against EM security threats  Q10/5   Tetsuya Tominaga
Email: tominaga.tetsuya[at]lab.ntt.co.jp  
K.79   Electromagnetic characterization of the radiated environment in the 2.4 GHz ISM band  Q11/5   Lin Guo
Email: guolin[at]emcite.com  
K.ter_emc   EMC requirement and test method of telecommunication terminal equipment  Q11/5   Lin Guo
Email: guolin[at]emcite.com  
K.10   Low frequency interference due to unbalance about earth of telecommunication equipment  Q6/5   Fantao Meng
Email: mengfantao[at]huawei.com  
K.59   EMC, resistibility and safety requirements in unbundled telecommunication cables  Q6/5   Fantao Meng
Email: mengfantao[at]huawei.com  
K.60   Emission levels and test methods for wireline telecommunication networks to minimize electromagnetic disturbance of radio services  Q6/5   Fantao Meng
Email: mengfantao[at]huawei.com  
L.62   Practical aspects of unbundling services by multiple operators in copper access networks  Q6/5   Carlos Lauria
Email: lauria.carlos[at]gmail.com  
K.52   Guidance on complying with limits for human exposure to electromagnetic fields  Q7/5   Fryderyk Lewicki
Email: fryderyk.lewicki[at]orange.com  
K.61   Guidance to measurement and numberical prediction of electromagnetic fields for compliance with human exposure limits for telecommunication installation  Q7/5   Fryderyk Lewicki
Email: fryderyk.lewicki[at]orange.com  
K.70   Mitigation techniques to limit human exposure to EMFs in the vicinity of radiocommunication stations  Q7/5   Fryderyk Lewicki
Email: fryderyk.lewicki[at]orange.com  
K.91   Guidance for assessment, evaluation and monitoring of the human exposure to radio frequency electromagnetic fields  Q7/5   Fryderyk Lewicki
Email: fryderyk.lewicki[at]orange.com  
K.100   Measurement of radio frequency electromagnetic fields to determine compliance with human exposure limits when a base station is put into service  Q7/5   Davide Colombi
Email: davide.colombi[at]ericsson.com  
      Byung Chan Kim
(Editor)
Email: bckima[at]etri.re.kr  
K.env   Guidance on the Environmental Management for Electromagnetic Radiation from Radiocommunication Base Stations  Q7/5   Fryderyk Lewicki
Email: fryderyk.lewicki[at]orange.com  
K.maps   Maps of the RF EMF  Q7/5   Claudio ROSAS
Email: crosas[at]supertel.gob.ec  
K.74   EMC, resistibility, safety requirements and procedures for home networks  Q8/5   Ryuichi Kobayashi
Email: ryu.kobayashi[at]hco.ntt.co.jp  
K.93   Immunity of home network devices to electromagnetic disturbance  Q8/5   Ryuichi Kobayashi
Email: ryu.kobayashi[at]hco.ntt.co.jp  
K.mhn   Mitigation of disturbance between radio signal and cable or equipment connected to broadband cable and TV networks  Q8/5   Ryuichi Kobayashi
Email: ryu.kobayashi[at]hco.ntt.co.jp  
K.bts_emc   EMC requirements for mobile radio communication base station equipment  Q9/5   Xing Hai Zhang
Email: zhangxinghai[at]huawei.com  
K.e faci   Emission requirements for electrical equipment in the telecommunication facilities  Q9/5   Xing Hai Zhang
Email: zhangxinghai[at]huawei.com  
K.onsite.emc   Electromagneitc compatibility test methods of on site test  Q9/5   Xing Hai Zhang
Email: zhangxinghai[at]huawei.com  
K.radio_emc   EMC requirements for radio telecommunication equipment  Q9/5   Xing Hai Zhang
Email: zhangxinghai[at]huawei.com  
K.wire-line_emc   EMC requirements for wire-line telecommunication equipment  Q9/5   Xing Hai Zhang
Email: zhangxinghai[at]huawei.com  
Implementer's Guide on implementation guide on e-waste management   Implementation guide on e-waste management  Q13/5   Helen Nakiguli
Email: hnakiguli[at]ucc.co.ug  
L.1002   External universal power adapter solutions for portable information and communication technology devices  Q13/5   Dan Liu
Email: liudan[at]chinattl.com  
      Didier Marquet
(Editor)
Email: didier.marquet[at]orange.com  
      Meng Meng
(Editor)
Email: mengmeng[at]chinattl.com  
      Flavio Cucchietti
(Editor)
Email: flavio.cucchietti[at]telecomitalia.it  
L.RareMetals-Label   A printing label format to provide rare metals information of ICT goods  Q13/5   Bum Sung Kim
Email: bskim15[at]kitech.re.kr  
      Yong-Woon Kim
(Editor)
Email: qkim[at]etri.re.kr  
L.test suites portable   Test suites for assessment of the External universal power adapter solutions for portable information and communication technology devices  Q13/5   Paolo Gemma
Email: paolo.gemma[at]huawei.com  
      Zhang XIA
(Editor)
Email: zhangxia[at]catr.cn  
L.test suites stationary   Test suites for assessment of the External universal power adapter solutions for stationary information and communication technology devices  Q13/5   Flavio Cucchietti
Email: flavio.cucchietti[at]telecomitalia.it  
      Paolo Gemma
(Editor)
Email: paolo.gemma[at]huawei.com  
Supp_life-cycle mgmt   Supplement on life-cycle management of ICT equipment  Q13/5   Gilles Dretsch
Email: gilles.dretsch[at]orange.com  
Supplement on Best Practices on e-waste management   Supplement on Best practices on e-waste management in developing countries including information on country success stories  Q13/5   Helen Nakiguli
Email: hnakiguli[at]ucc.co.ug  
TP_Due_Diligence   Due Diligence Guidelines for Conflict Metals Supply Title: Technical guidelines towards exercising due diligence when handling conflict minerals  Q13/5   Roger Simakumu Songwele
Email: rogersimsong[at]yahoo.fr  
      Derick Simiyu Khamali
(Editor)
Email: khamali[at]ckk.go.ke  
TP_ICT supply chains   Implementation guidelines for ICT supply chains due diligence on conflict minerals  Q13/5   Dae-Seong KIM
Email: dskim[at]gokea.org  
      Paul DIDCOTT
(Editor)
Email: paul.didcott[at]motorola.com  
Rec. Low_Cost_telecom Framework - base text   Recommendation to provide a framework of general requirements for low cost sustainable infrastructure for developing countries  Q14/5   Eisaku Sasaki
Email: e-sasaki[at]da.jp.nec.com  
      Ashok Kumar Tiwari
(Editor)
Email: aktiwari.in[at]gmail.com  
      Derick Simiyu Khamali
(Editor)
Email: khamali[at]ckk.go.ke  
      Asit Kadayan
(Editor)
Email: asit.kadayan[at]gmail.com  
      Franz Zichy
(Editor)
Email: zichyfj[at]state.gov  
      Peter Ulanga
(Editor)
Email: ulanga[at]ucaf.go.tz  
Supp to Rec. low cost telecom Framework using CTR   Supplement on setting up a low cost sustainable telecommunications infrastructure for rural communications of developing nations  Q14/5   Peter Kurakov
Email: peter.kurakov[at]ties.itu.int; intcoop[at]minsvyaz.ru  
Supp to Rec. low cost telecom framework using Fiber Optic Cable   Supplement on setting up a low cost sustainable telecommunications infrastructure for rural communications in developing countries  Q14/5   Haruo Okamura
Email: okamurah[at]corning.com  
Supp to Rec. low cost telecom framework using Hybrid Satellite Network   Supplement on setting up a low cost sustainable telecommunications infrastructure for rural communications in developing countries  Q14/5   Keith Dickerson
Email: keith.dickerson[at]mac.com  
Supp to Rec. low cost telecom framework using Microwave Radio link   Supplement on setting up a low cost sustainable telecommunications infrastructure for rural communications in developing countries  Q14/5   Eisaku Sasaki
Email: e-sasaki[at]da.jp.nec.com  
L.1501   Best practices on how countries can utilize ICTs to adapt to the effects of climate change  Q15/5   Hoda Shakra
 
      Nevine Mounir Tewfik Loutfi
(Editor)
Email: ntewfik[at]mcit.gov.eg  
      Dave Faulkner
(Editor)
Email: davewfaulkner[at]gmail.com  
L.Cities Adaptation   Recommendation L.Adaptation_Cities on how ICTs can help cities to adapt to the effects of climate change. It will also provide a framework and a checklist to assist municipal authorities in the implementation of ICT-based solutions in cities' climate change adaptation strategies.  Q15/5   Paolo Gemma
Email: paolo.gemma[at]huawei.com  
      Daniela Torres
(Editor)
Email: daniela.torres[at]telefonica.es  
      Derick Simiyu Khamali
(Editor)
Email: khamali[at]ckk.go.ke  
L.Infrastructure Adaptation   Recommendations to establish best practices for the adaptation of the ICT infrastructure to the impacts of climate change  Q15/5   Flavio Cucchietti
Email: flavio.cucchietti[at]telecomitalia.it  
      Dave Faulkner
(Editor)
Email: davewfaulkner[at]gmail.com  
      Peter Ulanga
(Editor)
Email: ulanga[at]ucaf.go.tz  
Supplement to L.1500 series Recommendations   Supplement to ITU-T L.1500 series Recommendations on Overview of climate change effects and possible impacts  Q15/5   Yong-Woon Kim
Email: qkim[at]etri.re.kr  
      Mohammed Hakim Othman
(Editor)
Email: mohammed.hakim[at]cmc.gov.my  
L.eco-rating   Eco rating for mobile phones - Development of a Recommendation for eco-specifications and rating criteria for mobile phones eco-rating programmes Title: Recommendation for eco-specifications and rating criteria for mobile phones eco-rating programs  Q16/5   Daniela Torres
Email: daniela.torres[at]telefonica.es  
Questionnaire on Emission Factors DBs   Development of an initial review on Emission Factors DBs available within the ITU Member States  Q16/5   Gilbert Buty
Email: gilbert.buty[at]alcatel-lucent.com  
      Daniela Torres
(Editor)
Email: daniela.torres[at]telefonica.es  
L.1310   Energy efficiency metrics and measurement methods for telecommunication equipment  Q17/5   Gianluca Griffa
Email: gianluca.griffa[at]telecomitalia.it  
L.assDC   Assessment methodology of data center and telecommunication room infrastructure energy efficiency considering environmental conditions and running conditions Title: Assessment of energy efficiency on infrastructure for data center and telecommunication room  Q17/5   Paolo Gemma
Email: paolo.gemma[at]huawei.com  
L.DC_minimum set   Minimum data set and communication interface requirements for Data Center energy management  Q17/5   Tsuyoshi MASUO
Email: masuo.tsuyoshi[at]lab.ntt.co.jp  
L.ene ICT serv   Assessment of Energy Consumption of Telecommunication Services  Q17/5   Gilbert Buty
Email: gilbert.buty[at]alcatel-lucent.com  
L.MandM_network   Energy efficiency measurement and metrics for telecommunication network  Q17/5   Gianluca Griffa
Email: gianluca.griffa[at]telecomitalia.it  
L.model EE ICT   Reference operational model and interface for improving energy efficiency of ICT network devices  Q17/5   Raffaele Bolla
Email: raffaele.bolla[at]unige.it  
      Sangjin Jeong
(Editor)
Email: sjjeong[at]etri.re.kr  
L.NET Infra assessment   Energy efficiency metrics and measurement methodology of total network considering infrastructure and maintenance phase impact  Q17/5   Paolo Gemma
Email: paolo.gemma[at]huawei.com  
L.RBS assessment   Energy efficiency metrics of mobile station cell site and best practice for energy saving  Q17/5   Fantao Meng
Email: mengfantao[at]huawei.com  
L.std t&t in EE   Standardization terms and trends in energy efficiency  Q17/5   Paolo Gemma
Email: paolo.gemma[at]huawei.com  
Supplement EE for Smart Grid   Analysis of the Energy Efficiency of Telecommunication Services used for the needs of Smart Grid applications  Q17/5   Raffaele Bolla
Email: raffaele.bolla[at]unige.it  
L.1410   Methodology for Environmental Life Cycle Assessment (LCA) of information and communication (ICT) goods, networks and services  Q18/5   Pernilla Bergmark
Email: pernilla.bergmark[at]ericsson.com  
      Hiroko Ioka
(Editor)
 
      Minako Hara
(Co-editor)
Email: hara.minako[at]lab.ntt.co.jp  
      Jeongil Yim
(Co-editor)
Email: jiyim[at]etri.re.kr  
L.1420   Methodology for energy consumption and greenhouse gas emissions impact assessment of information and communication technologies in organizations  Q18/5   Gilbert Buty
Email: gilbert.buty[at]alcatel-lucent.com  
      Sam Young Chung
(Editor)
Email: sychung[at]msip.go.kr  
L.methodology RM   Methodology helping ICT organizations to assess the impact on rare metals from their operation  Q18/5   Jean-Manuel Canet
Email: jean-manuel.canet[at]orange.com  
L.methodology_ICT in cities   Methodology to evaluate the GHG impact of ICT in cities Title: Methodology for environmental impact assessment of information and communication technologies on cities  Q18/5   Dave Faulkner
Email: davewfaulkner[at]gmail.com  
      Daniela Torres
(Editor)
Email: daniela.torres[at]telefonica.es  
      Pernilla Bergmark
(Editor)
Email: pernilla.bergmark[at]ericsson.com  
      Colette Maloney
(Editor)
Email: colette.maloney[at]ec.europa.eu  
      Cristobal Irazoqui
(Editor)
Email: cristobal.irazoqui[at]ec.europa.eu  
L.methodology_ICT sector in countries   Methodology for environmental impact assessment of ICT within countries  Q18/5   Jean-Manuel Canet
Email: jean-manuel.canet[at]orange.com  
Suppl. Assessment satellite services   Supplement to ITU-T L.1410 on "Assessment of GHG emissions from Satellite-based services"  Q18/5   Keith Dickerson
Email: keith.dickerson[at]mac.com  
L.performance   Methodologies for evaluating the performance of energy feeding and its environmental impact  Q19/5   Jung Yul Choi
Email: passjay[at]sungkyul.edu  
      Shuguang Qi
(Editor)
Email: qishuguang[at]catr.cn  
      Didier Marquet
(Editor)
Email: didier.marquet[at]orange.com  
      Yoshihiro Kondo
(Editor)
Email: y.kondo[at]ntt-at.co.jp  
L.renewable   Defining interface and architecture for injecting renewable energy and distributed power sources into an up to 400 V power system as defined in L.architecture  Q19/5   Yoshihiro Kondo
Email: y.kondo[at]ntt-at.co.jp  
      Didier Marquet
(Editor)
Email: didier.marquet[at]orange.com  
      Shuguang Qi
(Editor)
Email: qishuguang[at]catr.cn  
      Yasuyuki KANAI
(Editor)
Email: yasuyuki.kanai[at]lab.ntt.co.jp  
      Jung Yul Choi
(Editor)
Email: passjay[at]sungkyul.edu  
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