1. ENVIRONMENTAL e-HEALTH IMPACT ASSESSMENT
as a component of
e-HEALTH READINESS ASSESSMENT
Prof. Richard E. Scott 1,2, Leonard Mauco 1 , Prof. Maurice Mars 1
1 TeleHealth Department, University of KwaZulu-Natal, Durban, South Africa
2 CEO, NT Consulting – Global e-Health Inc., Calgary, Alberta, Canada
Photo by @mijlof 📷
ICT4Health Conference
Stellenbosch University, Tygerberg
Cape Town, South Africa
24-25th November 2015
2. What for Today
- Topics -Environmental e-Health !
2
e-Health Readiness
Environmental e-Health
Readiness !
4. ENVIRONMENTAL e-HEALTH
The study of the impact of e-health on the environment (harms
and benefits) and means of mitigation (harms) or enhancement
(benefits) of these impacts !
Scott (2007)
8. Environmental e-Health
- The Environmental e-Health Impact Model -
"Phonebloks open" by Dave Hakkens - Provided by email. Licensed
under CC BY-SA 3.0 via Commons -
https://commons.wikimedia.org/wiki/File:Phonebloks_open.jpg#/me
dia/File:Phonebloks_open.jpg
10. Whose To Blame ?
- WE Are -
• Twitter – a tweet ‘emits’
about 0.02g CO2
(50m/day = 1 tonne of
CO2
• Google – a search query
‘emits’ 0.2g CO2 (= 3L
water)
• e-Mail – each email
‘emits’ 0.25g CO2
11. And What Do We Do ?
- A Lot -
Medium Per SECOND Per DAY Per YEAR
Tweets 10,520 15,148,800 5,529,312,000
Instagram Photos 2,963 4,266,720 1,557,352,800
Tumblr Posts 2,356 3,392,640 1,238,313,600
Skype calls 1,927 2,774,880 1,012,831,200
Google searches 51,449 74,086,560 27,041,594,400
YouTube videos 111,132 160,030,080 58,410,979,200
e-Mails (mostly spam!) 2,441,657 3,515,986,080 1,283,334,919,200
Internet traffic 30,949 GB 44,566,560 GB 16,266,794,400 GB
14. Definition of e-Health ‘Readiness’
- Also Sometimes Called ‘Preparedness’ -
• Jennett and Bates (2003): Readiness is “the degree to which users, health care
organizations, and the health system itself are prepared to participate and succeed
in its (telehealths’) application.”
• Chattopadhyay et al. (2008): Preparedness is “a state of readiness prior to taking any
action applicable for implementing any e-health project”
• Revised (Scott et al., 2015): e-Health Readiness is “the state of being fully aware and
prepared beforehand for the anticipated changes that will occur when
implementing programmes related to use of e-Health (use of ICT for health)”
15. What Types e-Health ‘Readiness’ Are There ?
- Also Sometimes Called ‘Preparedness’ -
• Types
• Jennett et al., 2003: Core, Engagement, Structural, and Non-readiness
• Mauco et al., 2015: organisational readiness, technological / infrastructural readiness,
healthcare provider readiness, engagement readiness, societal readiness, core readiness,
government readiness, and public/patient readiness
• Groups:
• All stakeholders: System(s), Organisations, Communities, Individuals (Employees,
Practitioners, Public, Patients)
16. e-Health ‘Readiness’
- Value ~ Importance -
• ‘Readiness’ is a crucial prerequisite to the successful
implementation of (telehealth) programs.”
• ‘Readiness’ is an integral and preliminary step in the
successful implementation of (telehealth) services into
existing health systems”
• ‘Readiness’ needs to be systematically assessed and is
important for long-term success.
17. e-Health ‘Readiness’
- Frameworks, Models, and Tools -
• Gagnon et al. 2014: 26 eligible instruments described in 39
publications.
• Légaré et al. (2010): 6 questionnaires on readiness (implementing
telehealth projects).
• Weiner et al. (2008). 43 instruments for measuring organizational
readiness for change ….
20. ‘Frameworks / Models’
- Some Discretion -
3 addressed ‘country’ preparedness 2 addressed e-Learning Readiness Analysis
Khatun et al.,
2015
Conceptual
Framework
for m-Health
Readiness
Kelly &
Stanley, 2014
Community
Readiness
Model (CRM)
Kagasi &
Kalema, 2014
Framework
for e-Health
Readiness
Assessment
Zapka et al.,
2013
Readiness-for-
change Model
Coleman &
Coleman,
2013
Activity Theory
Framework
Tamburis et
al., 2012
ICLI
Conceptual
Framework
Rezai-Rad et
al., 2012
e-health
Readiness
Assessment
Framework
(EHRAF)
Alshawi &
Salleh, 2011
IT/IS
Readiness
Model
Li & Ray, 2009
/ 2010
e-Health
Readiness
Assessment
Methodology
(EHRAM) and
Framework
(EHRAF)
Khoja et al,
2008
Conceptual-
Framework for e-
Health Readiness
Assessment
Chattopadhya
y et al., 2008
ICT-
preparedness-
framework
Oio et al.,
2007
Hierarchical e-
Healthcare
Readiness
Index System
del Hoyo-
Barbolla et
al., 2006
Jennett et al.,
2005
4 Readiness
Models
Jennett et al.,
2003
Core,
Engagement,
Structural, and
Non-readiness
21. What Can We Do ?
- Practice; Process; Policy -
• Practice:
• Respect: Awareness, Training,
• Rethink: Audit / LCA of e-Health equipment
• Process:
• Redesign
• Reduce / Reuse / Recycle
• Dispose
• Policy:
• Basel Convention (1992)
• Extended Producer Responsibility (EPR)
• WEEE Directive 2002/96/EC; Directive
2003/108/EC; Directive 2012/19/EU
• RoHS Directive 2002/95/EC; RoHS recast
Directive 2011/65/EU
Scott RE, Palacios M, Maturana
T. Electronic Waste – A Growing
Concern for the Health Sector.
2012.
www.telessaude.uerj.br/resourc
e/goldbook/pdf/34.pdf
22. YES
Environmental e-Health Impact Assessment
must become a component of
e-Health Readiness Assessment
A moral
imperative
and a social
responsibility
A health
imperative
–
“First, do
no harm”
23. COMMENTS – QUESTIONS !?
- Environmental e-Health Readiness Assessment -
Richard Scott: NTC.eHealthConsulting@gmail.com
Maurice Mars: mars@ukzn.ac.za
Leonard Mauco: meleomau@gmail.com
Notas del editor
Modern electronics contain up to 60 different elements - many valuable, some hazardous, and some both.
500+ billion L of fresh water per day in the US alone for fossil-fuel generated power.
Life span - desktop computer lifespan
10.7 years in 1985; 5.5 years in 2000; just 2-3 years now.
In 2013, Phonebloks was the first modular smartphone concept to attract widespread attention.[4][5] Later that year Google/Motorola partnered with Phonebloks and announced "Project Ara". The first market pilot is scheduled for release in early 2015.[6]
In late 2014, the Finnish tech startup Circular Devices Oy announced the Puzzlephone project, with phones that can be personalized at both operating system and hardware levels. It has received the support of Fraunhofer IZM and is scheduled for release in 2015.[7]
During 2015 the Dutch social enterprise Fairphone developed a modular smartphone which will be released to sale in December of that year.[8]
500M Tweets PER DAY
Example of other papers:
Demiris, G., Patrick, T., & Khatri, N. (2003). Assessing home care agencies’ readiness for telehealth. In AMIA Annual Symposium Proceedings (Vol. 2003, p. 825). American Medical Informatics Association.
Homecare – not clinical services.
Buysse, H. E., Coorevits, P., Van Maele, G., Hutse, A., Kaufman, J., Ruige, J., & De Moor, G. J. (2010). Introducing telemonitoring for diabetic patients: development of a telemonitoring ‘Health Effect and Readiness’ Questionnaire. international journal of medical informatics, 79(8), 576-584
Telemonitoring Health Effect and Readiness Questionnaire (THERQ).
Extended Producer Responsibility (EPR) as an environmental policy approach in which a producer's responsibility for a product is extended to the post-consumer stage of a product's life cycle.