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JUNE 2009 • VOLUME 6 NUMBER 2
ISSN 1612-9202 (Print)
ISSN 1612-9210
(Electronic)
Conservation Medicine • Human Health • Ecosystem Sustainability
ECOHEALTH2018 • VOLUME 15 NUMBER 3
ISSN 1612-9202 (Print)ISSN 1612-9210 (Electronic)10393 • 15(3 ) 000-000 (2018)
One Health • Ecology & Health • Public Health
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ECOHEALTH Climate Change
In This Issue
CLIMATE CHANGE
Frumkin and Watts start off our special feature on climate
change identifying and describing the impact of three re-
cent developments at the interface of climate change and
health. Limaye et al. quantified heat-related excess mor-
tality risks due to climate change across the eastern USA
using the US Environmental Protection Agency’s Envi-
ronmental Benefits Mapping and Analysis Program (Ben-
MAP). Their findings suggest that currently available
information on future climates is sufficient to protect
public health in regional planning. Wollenberg Valero
et al. provided a proof of concept for the idea that plant
characteristics such as flowering, fruiting, and greening can
be used in predicting Ebola spillover events in the African
tropics. This may serve as a cost-effective method of locally
monitoring spillover conditions. Martin et al. generated an
ecological niche model of Hendra virus and its reservoir
hosts to predict spillover risk. They estimate that the areas
at risk may expand southward in response to climate
change and that in northern regions there may be a gradual
replacement of reservoir hosts. The authors call for en-
hanced prevention in the south and increased flying fox
surveillance to confirm the predicted distributional pat-
terns in response to climate change. In another study,
Martin et al. examined the spatiotemporal patterns of bat-
borne Hendra virus in horses with niche modeling-like
techniques and fitted a consensus statistical model that
corresponded to the observations. The model included
climatic variables such as minimum temperature and
rainfall. To examine potential consequences to humans and
wildlife of the climate change-driven northward expansion
of Culex erraticus, Fonseca et al. examined the host-feeding
patterns of this mosquito in New Jersey. Their findings
identified a new lineage for bird malaria parasites, likely
representing a new species and specialist parasite of wetland
birds.
BEFORE-EFFECTS
Scientists typically communicate findings via peer-reviewed
journals, but what should they do when certain authorities
need to act upon that information sooner than it can be
reviewed and published? Scientists might have concerns
about such communication related to employer policy,
uncertainty in the finding, jeopardizing acceptance by a
journal, ethics, or being scooped. Adams et al. examined
the hypothetical discovery of a pathogen as a case study and
argued that none of these concerns should inhibit appro-
priate communication of provisional findings with time-
sensitive consequences prior to peer review and publica-
tion.
VACCINATIONS IN GRASSLANDS
Oral vaccination of wildlife is an emerging strategy to
combat potential zoonotic diseases like plague, rabies, and
Lyme disease. Recently, Rocke et al. distributed an oral
sylvatic plague vaccine to prairie dogs, testing in numerous
colonies over 3 years. Though vaccine application appeared
safe for short-lived rodents, it did not significantly affect
their abundance, community richness, or evenness.
IN THE WRONG MOUSE AT THE RIGHT TIME
It has been theorized that deer mice (Peromyscus manicu-
latus) are a primary reservoir of plague in California.
However, recent research from other western states has
EcoHealth 15, 475–477, 2018https://doi.org/10.1007/s10393-018-1366-x
In This Issue
� 2018 EcoHealth Alliance
found that deer mice are more likely to be spillover hosts.
Danforth et al. aggregated 46 years of plague surveillance
data from California to uncover the role of deer mice. Their
findings support the theory that deer mice are occasional
spillover hosts.
SILENT VIRUS CIRCULATION IN SOUTH
AMERICA
Outbreaks and serological evidence of Orthohantaviruses in
western Minas Gerais, Brazil, are largely documented, but
the northern regions remain poorly researched. Amaral
et al. discussed the ecology and epidemiology of this
important emerging disease and proposed establishing
policies and regulations to prevent future outbreaks.
ASYMPTOMATIC INFECTIONS IN THE ALPS
Rodent-borne hanta and arenaviruses cause asymptomatic
infections in their hosts and in humans. Tagliapietra et al.
analyzed human seropositivity of Puumala, Dobrava-Bel-
grade, and Lymphocytic Choriomeningitis viruses with cer-
tain risk factors due to a significant increase between 2002
and 2015. They hypothesize a general exposure of residents
in the Alps and warn public health authorities to be pre-
pared to diagnose suspected cases.
INUIT NUTRITION SECURITY
Caribou (Rangifer tarandus) has been embedded in the
livelihoods, knowledge systems, world views, and identities of
Arctic indigenous peoples for thousands of years. Although
caribou populations observe natural cycles of abundance and
scarcity, several caribou herds across the circumpolar north
have experienced dramatic declines in recent decades.Kenny
et al. discussed the importance of future initiatives to support
nutrition and food security in the Arctic that will necessitate a
transdisciplinary food systems approach including active
participation from indigenous organizations as well as wild-
life, public health, and nutrition sectors.
RANAVIRUS IN FREE LIVING AMPHIBIANS
Ranaviruses are globally important pathogens that can
cause near-total mortality in larval populations of
amphibians. Constructed ponds, an essential wetland
restoration tool, have been associated with higher preva-
lence of ranaviruses than natural ponds, emphasizing the
need to better understand the drivers of ranavirus infection
in managed wetlands. Youker-Smith et al. analyzed 4 years
of Frog Virus 3 prevalence data and identified predictors
including an effect not previously documented in the wild.
VERTEBRATES AS BACTERICIDAL AGENT
Ferreira et al. presented an important discussion about the
ecological and cultural consequences of the use of animals
for medicinal purposes in Brazil, potentially supporting
several strategies for the conservation of medicinal fauna.
BIRD–BACTERIA ASSOCIATIONS
Chung et al. reviewed a 15-year span of the literature,
finding that pathogenic bacteria were more frequent than
non-pathogenic bacteria in several human-associated
habitats and that antibiotic resistance was also common
among the bacteria tested. Their findings illuminate the
need to study broader ranges of bird bacteria in conjunc-
tion with antibiotic resistance tests in order to quantify the
potential of birds in spreading disease.
DROUGHT AND DISTRESS IN AUSTRALIA
Previous studies have found associations between drought
with suicide, depression, and distress. Hanigan et al. re-
ported a new discovery that younger women in rural
Australia are affected by this phenomenon, yet older wo-
men and men are not. They suggest that understanding
coping mechanisms of Australian women might inform
policy geared toward mental health interventions in the
future.
DISEASE AWARENESS IN NEPAL
Increasing livestock production to meet demands has re-
sulted in greater interactions at the livestock–wildlife–hu-
man interface and opportunities for zoonotic disease
spread. Kelly et al. investigated smallholder farmers’
awareness of livestock-associated zoonoses and disease
prevention practices in Nepal. The farmers’ awareness of
476 In This Issue
zoonoses was limited and highlights the need for improving
Nepali farmers’ knowledge and practices relating to zoo-
noses.
LEPTOSPIRA IN THE SOIL
There is critical knowledge gap in understanding how
infectious Leptospira bacteria respond to exposure to a
diversity of natural soil and water conditions. Lall et al.
revealed a significant positive relationship between the
presence of Leptospira and richness of certain metal ions in
soil that may influence the survival of the pathogen or
transmission of leptospirosis.
DISTURBING MONKEYS
Vervet monkeys (Chlorocebus pygerythrus) are a model
species to assess anthropogenic influence on parasitic load
of primates as they are common across Africa and are
found across the urban–periurban–rural landscape.
Thatcher et al. showed the applicability of using parasite
load to measure the effect of anthropogenic influences on
vervet monkeys, providing a foundation for further re-
search on these urban exploiters.
A BAT IN THE HAND
Flying foxes provide critical ecosystem services, but their
role as hosts to zoonotic pathogens may undermine con-
servation support. Crockford et al. surveyed 214 commu-
nity members in Cairns, Queensland, about their
perceptions of risks and benefits of flying foxes, and their
likelihood of handling bats. Their results stress the need for
One Health communication integrating public health
messages for flying fox conservation.
In This Issue 477
Altered Disease Risk from Climate Change
Today’s global climate crisis poses large risks to public
health through many exposure pathways; from heat waves
and air pollution, to infectious diseases, malnutrition, and
social dislocation. Climate change has the potential to re-
verse many of the recent gains seen in the reduction in
infectious diseases globally, while exacerbating the chal-
lenge of health inequities (Woodward et al. 2014).
This special issue of EcoHealth contains new studies
that illustrate the sensitivity of health outcomes to a
changing climate, as well as opportunities for predicting
risk and thereby improving the effectiveness of early
interventions. These new studies add to the growing liter-
ature linking climate change to public health. Since the
establishment of the United Nations Intergovernmental
Panel on Climate Change (IPCC) 30 years ago to assess
climate change science, impacts and mitigation, it is clear
that health concerns are now central to the climate change
discourse.
Addressing the more direct consequences of exposure
to excessive heat, Limaye et al. (2018) estimate that in the
year 2069, the eastern USA could experience over 11,000
additional deaths due to projected increases in apparent
summer temperatures of more than 4�C. But concern
about climate change extends beyond the direct effect of
elevated temperatures, as bat-borne and mosquito-borne
diseases are more sensitive to subtle shifts in weather
conditions and local ecology. In two papers by Martin et al.
(2018a, b), the authors argue that Hendra virus may spread
southward due to shifts in climate-related habitat suit-
ability for the fruit bat reservoir species. The authors find a
subsequent doubling in the number of horses at risk from
Hendra virus infection. They further investigate patterns of
future climate over the Australian landscape and posit that
weather-induced food shortages could alter bat immune
systems or behavior, or potentially adaptive responses in
horse husbandry.
Disease prevention occurs at several levels along the
exposure–response continuum, and the earlier that detec-
tion can occur, the more likely interventions will be suc-
cessful. In this issue, Wollenberg Valero et al. (2017)
examine how changing climate may alter plant phenology
for predicting the likelihood of Ebola virus spillover events
in Africa. The authors conclude that plant phenology—as
an integrated biologic response to multiple weather
parameters—may be a useful predictor of Ebola spillover
events. In the USA, Egizi et al. (2018) use mosquito blood
meals to assess circulating pathogens in a Culex mosquito
species that can carry arboviruses, as a way to monitor the
expansion of the geographic range in disease risk.
The rationale for actions to mitigate climate change
also takes on ethical dimensions, as we first discussed in a
2007 issue of EcoHealth, showing that populations most
vulnerable to health risks from climate change are those
least responsible for causing the problem (Patz 2007). In
this issue, an editorial by Frumkin and Watts (2018) pro-
vides an update on the ethics of climate change, expanding
on foundational recommendations from Pope Francis’
sweeping 2015 encyclical Laudato Si, ‘‘On Care of our
Common Home.’’
For health and for ethical reasons, the global climate
crisis demands rapid collective actions to divert our current
path toward a 7�C warmer world by the end of this century.
But consider the fact that fossil fuel combustion accounts
for the majority of greenhouse gas emissions—with
deforestation comprising between a quarter and a third of
emissions due to the loss of the carbon sink that forests
provide. Cleaner energy can help reduce the heating of the
planet, while saving lives from air pollution. In addition,
EcoHealth 15, 693–694, 2018https://doi.org/10.1007/s10393-018-1382-x
Editorial
� 2018 EcoHealth Alliance
upward trends in obesity and chronic diseases, such as
diabetes and heart disease, are now occurring throughout
the world, as Western lifestyles with automobile-dependent
transportation and meat-based diets are being pursued.
Herein lie substantial opportunities for public health by:
First, adopting more alternative modes of transportation,
especially those that promote exercise through ‘‘active
transport’’ by foot or by bicycle; and second, reducing meat
in the diet (Patz et al. 2014).
In conclusion, disease risks posed by climate change
must be evaluated alongside the health benefits likely to
accrue from a low-carbon economy and forest protection.
Such an approach requires a more diverse set of indicators
to measure progress across many sectors of society, in
addition to disease monitoring and conventional risk
assessment (Watts et al. 2018). In parallel, we continue to
need better understanding of how a changing climate will
alter disease dynamics and pose risks to health at the local
level.
Jonathan A. Patz
Global Health Institute,
University of Wisconsin, 1710 University Avenue, Madi-
son, WI 53726, USA
e-mail: [email protected]
REFERENCES
Egizi A, Martinsen ES, Vuong H, et al. (2018) Using bloodmealanalysis to assess disease risk to wildlife at the new northernlimit of a mosquito species. EcoHealth 15(3):543–554. https://doi.org/10.1007/s10393-018-1371-0
Frumkin H, Watts N (2018) Health, science, faith, and steward-ship. EcoHealth 15(3):482–484. https://doi.org/10.1007/s10393-018-1373-y
Limaye VS, Vargo J, Harkey M, et al. (2018) Climate change andheat-related excess mortality in the Eastern USA. EcoHealth15(3):485–496. https://doi.org/10.1007/s10393-018-1363-0
Martin G, Yanez-Arenas C, Chen C, et al. (2018a) Climate changecould increase the geographic extent of Hendra virus spilloverrisk. EcoHealth 15(3):509–525. https://doi.org/10.1007/s10393-018-1322-9
Martin G, Yanez-Arenas C, Plowright RK, et al. (2018b) Hendravirus spillover is a bimodal system driven by climatic factors.EcoHealth 15(3):526–542. https://doi.org/10.1007/s10393-017-1309-y
Patz JA, et al. (2014) Climate change: challenges and opportunitiesfor global health. JAMA 312(15):1565–1580
Patz JA, Gibbs HK, Foley JA, Rogers JV, Smith KR (2007). Climatechange and global health: quantifying a growing ethical crisis.EcoHealth 4(4):397–405. https://doi.org/10.1007/s10393-017-1309-y
Watts N, et al. (2018) The Lancet Countdown on health andclimate change: from 25 years of inaction to a global transfor-mation for public health. Lancet 391(10120):581–630
Wollenberg Valero KC, Isokpehi RD, Douglas NE, et al. (2018)Plant phenology supports the multi-emergence hypothesis forEbola spillover events. EcoHealth 15(3):497–508. https://doi.org/10.1007/s10393-017-1288-z
Woodward A, et al. (2014) Climate change and health: on thelatest IPCC report. Lancet 383(9924):1185–1189
Published online: October 30, 2018
694 J. A. Patz
Health, Science, Faith, and Stewardship
Howard Frumkin1 and Nicholas Watts2
1Wellcome Trust, 215 Euston Road, London NW1 2BE, UK2University College London Institute for Global Health, London WC1E 6BT, UK
2017 was an auspicious year for those who care about the
health implications of climate change—in both worrisome
and positive ways.
It was a catastrophic year. Temperatures rose to
unprecedented levels in places across the world. Unprece-
dented wildfires ravaged vast expanses of land from Cali-
fornia to Portugal. Hurricane Harvey brought
unprecedented rainfall and flooding to Texas and was
quickly followed by Hurricane Irma, the strongest Atlantic
Ocean storm ever recorded outside of the Caribbean and
the Gulf of Mexico. Montana and Idaho fell prey to
unprecedented drought, just as, across the world, large
parts of east Africa were enduring their second year of—
that’s right—unprecedented drought.
In the paragraph you just finished reading, we used the
word ‘‘unprecedented’’ over and over. (Our English
teachers would complain!) But we did this intentionally.
Climate conditions are now routinely breaking records.
There is no precedent for current realities. What used to be
500- or 100-year events now occur every few years. People
the world over are suffering as a result.
But 2017 was an auspicious year in positive ways as
well. The global fight against climate change advanced.
Here we celebrate three such advances, seemingly quite
distinct, but related, we contend, in fundamental ways: the
publication of the Lancet Countdown’s inaugural report,
the emergence of the field of Planetary Health, and the
Pontifical Academy of Sciences’ declaration on ‘‘Health of
People, Health of Planet and Our Responsibility.’’
The Lancet Countdown evolved out of the 2015
Lancet Commission on Health and Climate Change (Watts
et al. 2015), which recommended, among other things, a
rapid acceleration of investments in ‘‘climate change and
public health research, monitoring, and surveillance to
ensure a better understanding of the adaptation needs and
the potential health co-benefits of climate mitigation at the
local and national level,’’ and committed to a collaborative
effort in ‘‘tracking, supporting, and communicating pro-
gress and success along a range of indicators in global
health and climate change.’’ From this, 24 academic insti-
tutions and UN agencies from six continents formed the
‘‘Lancet Countdown: Tracking Progress On Health and
Climate Change,’’ which published its framework docu-
ment in 2016 (Watts et al. 2016) and its first report in 2017
(Watts et al. 2017). The report presented a total of 40
indicators in five categories: Climate change impacts,
exposures, and vulnerability; Adaptation planning and re-
silience for health; Mitigation actions and health co-bene-
fits; Economics and finance; and Public and political
engagement. The indicators, and the methodology behind
them, are available not only in the published papers but on
the web, at www.lancetcountdown.org.
While most of the Countdown findings were consistent
with well-recognized patterns, there were a few surprises.
For example, Indicator 1.3 suggested that global labor
capacity in rural populations exposed to temperature
change had decreased by 5.3% between 2000 and 2016, withPublished online: September 21, 2018
Correspondence to: Howard Frumkin, e-mail: [email protected]
EcoHealth 15, 482–484, 2018https://doi.org/10.1007/s10393-018-1373-y
Forum
� 2018 EcoHealth Alliance
a dramatic decrease of more than 2% between 2015 and
2016. Overall the Countdown data yielded four core mes-
sages: that climate change unequivocally threatens health,
with no country immune to its effects; that 30 years of a
delayed response has amplified this threat, with definitive
intervention now urgent; that health professionals have an
essential role to play; and that recent ‘‘glimmers of hope’’
over the last 5 years give some cause for optimism. Perhaps
the greatest significance of the Countdown is that it
aggregates, for the first time, a suite of indicators on climate
change and health, including risks, health impacts, adap-
tation and mitigation (or preparedness and prevention)
actions, financial and policy implications. Such systematic
tracking of data is a time-honored and essential public
health function (Lee et al. 2010) and represents a major
step forward in the global response to climate change.
Planetary Health as a field grew out of long-standing
frameworks such as EcoHealth, One Health, Conservation
Medicine, and others (Buse et al. 2018). Its intellectual
foundations included the recognition of profound plane-
tary changes, enough to define a new geological epoch, the
Anthropocene (Steffen et al. 2007), and the idea that certain
planetary limits, if transgressed, could pose grave threats to
ecological balance and to human civilization (Rockstrom
et al. 2009a, b). Planetary Health was first proposed in a
2014 ‘‘manifesto’’ in The Lancet (Horton et al. 2014), which
articulated a vision of ‘‘a planet that nourishes and sustains
the diversity of life with which we coexist and on which we
depend,’’ and its foundational document, a Lancet Com-
mission report, was published a year later (Whitmee et al.
2015). That report asserted that ‘‘the structure and function
of the Earth’s natural systems represent a growing threat to
human health,’’ defined planetary health as ‘‘the health of
human civilization and the state of the natural systems on
which it depends,’’ and called for a new science—one that
is synthetic, systems-based, and applied.
A key feature of Planetary Health is its holistic ap-
proach. It addresses a range of planetary changes, not only
climate change but also changes in nitrogen and phos-
phorus cycling, in land use patterns, and in hydrological
patterns, biodiversity loss, ocean acidification, environ-
mental loading with chemicals, and urbanization. It is
solution-oriented, driving toward agriculture, energy gen-
eration, manufacturing, transportation, urban design, and
behavioral choices that are healthy, sustainable, and equi-
table.
With support from the Rockefeller Foundation and the
Wellcome Trust, the field of Planetary Health has advanced
rapidly, with 2017 being a landmark year. Two important
journals, Lancet Planetary Health and GeoHealth, debuted,
and the Planetary Health Alliance (planetaryhealthal-
liance.org) held a highly successful first annual meeting in
Boston. The emergence of this field represents a second
major step forward in the global response to planetary
change.
Under Pope Francis, the Catholic Church, with its 1.2
billion adherents worldwide, has addressed the twin prob-
lems of environmental degradation and social inequity with
vigor. The 2015 release of the papal encyclical, Laudato Si,
On Care for Our Common Home (Francis 2015), expressed
a powerful commitment to social justice and environ-
mental sustainability. This engagement with ecological
principles and sustainability signals, according to one ac-
count (Peppard 2015), a new phase of the Church’s his-
torical relationship with science, following the eras of its
responses to the rise of astronomy and physics (sixteenth–
eighteenth centuries), geology and evolutionary theory
(nineteenth–early twentieth centuries), and rapid techno-
logical advances (mid- to late twentieth century). The
implications for public opinion and policy are not fully
understood. While some religious positions, especially the
Church’s position on population, have impeded progress
(Zaleha and Szasz 2015; Ehrlich and Harte 2015), there is
evidence that a faith-based framework (Bingham 2016),
and the teachings of Pope Francis in particular (Schuldt
et al. 2017), propel a moral response to climate change.
It was against that background that the Pontifical
Academy of Sciences hosted a meeting in early November,
2017, to address the combination of climate change, pol-
lution, and health. The meeting produced a bold Declara-
tion (http://www.pas.va/content/accademia/en/events/
2017/health/declaration.html) that was signed by dozens
of scientists, including many members of the Pontifical
Academy and many Nobel laureates. The Declaration states
unequivocally that ‘‘Climate change caused by fossil fuels
and other human activities poses an existential threat to
Homo sapiens and contributes to mass extinction of spe-
cies,’’ and calls for a range of responses, including decar-
bonizing the world’s energy systems, support by rich
countries of climate change adaptation efforts in poor
countries, ending deforestation and land degradation,
placing health at the center of climate policies, and
implementing both the Sustainable Development Goals and
the Paris Climate Agreement. This high-profile fusion of
science and faith is a third major step forward in the global
response to planetary change (Sorondo et al. 2018).
Health, Science, Faith, and Stewardship 483
Each of these milestones, and the initiatives they rep-
resent—carefully tracking the health impacts of climate
change and global efforts to respond; building a scientific
paradigm that blends the health of humans with the health
of the planet; and aligning science and faith in crafting
equitable solutions—is not only significant, it is essential.
While a publication, an innovative scientific framework,
and a religious declaration do not in and of themselves
represent action—2017 also brought a global increase in
carbon dioxide emissions, reversing a three-year trend (IEA
2018)—they are clearly positive indicators. Each of these is
needed to propel the transition to a world that is healthy,
just, and sustainable. At a time when optimism can seem
elusive, 2017 was a year that gave real reason for hope.
REFERENCES
Bingham SG (2016) Faith and science working together on climatechange. Eos, Transactions American Geophysical Union.
Buse CG, Oestreicher JS, Ellis NR, et al. (2018) A public healthguide to field developments linking ecosystems, environmentsand health in the Anthropocene. Journal of Epidemiology andCommunity Health 72:420–425
Ehrlich PR, Harte J (2015) Biophysical limits, women’s rights andthe climate encyclical. Nature Clim Change 5:904–905
Francis P (2015) Laudato Sı, Rome: The Vatican
Horton R, Beaglehole R, Bonita R, Raeburn J, McKee M, Wall S(2014) From public to planetary health: a manifesto. The Lancet383:847
IEA (2018) Global Energy and CO2 Status Report, 2017: Inter-national Energy Agency.
Lee LM, Teutsch SM, Thacker SB, St. Louis ME (2010) Principlesand Practice of Public Health Surveillance, 3rd ed., New York andOxford: Oxford University Press
Peppard CZ (2015) Pope Francis and the fourth era of theCatholic Church’s engagement with science. Bulletin of theAtomic Scientists 71:31–39
Rockstrom J, Steffen W, Noone K, et al. (2009a) A safe operatingspace for humanity. Nature 461:472–475
Rockstrom J, Steffen W, Noone K, et al. (2009b) Planetaryboundaries: exploring the safe operating space for humanity.Ecology and Society 14:32
Schuldt JP, Pearson AR, Romero-Canyas R, Larson-Konar D(2017) Brief exposure to Pope Francis heightens moral beliefsabout climate change. Climatic Change 141:167–177
Sorondo M, Frumkin H, Ramanathan V (2018) Health, faith, andscience on a warming planet. JAMA 319:1651–1652
Steffen W, Crutzen PJ, McNeill JR (2007) The Anthropocene:Are humans now overwhelming the great forces ofnature? AMBIO: A Journal of the Human Environment 36:614–621
Watts N, Adger WN, Agnolucci P, et al. (2015) Health and climatechange: policy responses to protect public health. The Lancet386:1861–1914
Watts N, Adger WN, Ayeb-Karlsson S, et al. (2016) The LancetCountdown: tracking progress on health and climate change.The Lancet 389:1151–1164
Watts N, Amann M, Ayeb-Karlsson S, et al. (2017) The LancetCountdown on health and climate change: from 25 years ofinaction to a global transformation for public health. The Lancet391:581–630
Whitmee S, Haines A, Beyrer C, et al. (2015) Safeguarding humanhealth in the Anthropocene epoch: report of The RockefellerFoundation-Lancet Commission on planetary health. The Lan-cet 386:1973–2028
Zaleha BD, Szasz A (2015) Why conservative Christians don’tbelieve in climate change. Bulletin of the Atomic Scientists 71:19–30
484 H. Frumkin, N. Watts
What’s New
WORLD HEALTH SUMMIT 2018
Held once a year, the World Health Summit has grown into
the world’s most prominent forum for addressing global
health issues. It brings together key leaders from academia,
politics, civil society and the private sector to address the
most pressing health-related challenges on the planet.
October 14–16, 2018, Berlin, Germany
https://www.worldhealthsummit.org/conference.html
KEYSTONE SYMPOSIA: FRAMING
THE RESPONSE TO EMERGING VIRUS
INFECTIONS
The key themes to be covered include the need to understand
why zoonotic diseases matter, their association with agriculture,
the importance of surveillance and early detection, and the
difficulties of dealing with diseases that involve both medical
and veterinary communities. The conference will bring together
experts in virology, immunology, vaccinology and epidemiol-
ogy with those who seek to transfer knowledge between these
groups, veterinarians and industry and government.
October 14–18, 2018, Hong Kong
http://www.keystonesymposia.org/18S2
THE 8TH INTERNATIONAL SYMPOSIUM ON
EMERGING VIRAL DISEASES
This symposium gathers reports on outstanding scientific
achievements in a variety of research fields including emerging
viral pathogens, viral-host interaction, antiviral immunity and
arboviruses. It will specially organize invited talks, panel dis-
cussions and academic posters to present the latest develop-
ments in the related areas and to explore the frontiers of
emerging viral diseases. This symposium will provide global
researchers an open, high-quality communication platform
for exchanging the state-of-the-art research and developments
and for strengthening collaborations and communications.
October 20–22, 2018, Wuhan, China
http://english.whiov.cas.cn/Notice2016/201805/t20180
508_192264.html
APHA ANNUAL MEETING AND EXPO
The Annual APHA Meeting and Expo is where public
health professionals convene, learn, network and engage
with peers. The Annual Meeting strengthens the profession
of public health, shares the latest research and information,
promote best practices and advocate for public health is-
sues and policies grounded in research. This year’s theme is
‘‘Creating the Healthiest Nation: Health Equity Now.’’
November 10–14, 2018, San Diego, California
https://www.apha.org/events-and-meetings/apha-calen
dar/2018/apha-annual-meeting-and-expo
2018 CONFERENCE ON HEALTH,ENVIRONMENT AND ENERGY
In December 2018 in New Orleans, the American Council for an
Energy-Efficient Economy (ACEEE) will host its first Confer-
ence on Health, Environment and Energy. This two-day, multi-
track event will showcase the groundbreaking research of
ACEEE’s new Health and Environment program as well as the
work of prominent experts and academics in this growing field.
December 3–5, 2018, New Orleans, Louisiana
https://aceee.org/conferences/2018/chee
EcoHealth 15, 688, 2018https://doi.org/10.1007/s10393-018-1365-y
What’s New
� 2018 EcoHealth Alliance
EcoHealth 15, 689–692, 2018https://doi.org/10.1007/s10393-018-1370-1
Cover Essay
� 2018 EcoHealth Alliance
Betwixt the World Destroy’d and World Restor’d
‘‘The raven calls the dawn from darkest night.’’
‘‘Is that exactly what he said he sang?’’
‘‘As seals on ice, our Mahri-Pahluk’s words
were clumsy, slow, and often not quite right,
but—like my aqqaluk along the hunt,
unerring in his tracking of the bear—
he read the shaman’s dance and heard him drum
the folly of Commander Peary’s dream
of striking out from Pituffik for, what,
ultima Thule, as you deem it now,
after unearthing Ahnighito’s mass
and sailing from Savissivik for home.’’
‘‘What then did Mahri-Pahluk say to this?’’
‘‘No words, Knud. But soon a sadness fell
to score his face like sudden blood on snow.’’
‘‘I thank you, Akatingwah, for this trust.’’
Today’s December twelfth, two thousand nine.
Ensconced within Christianshavn’s cozied niche
of cobblestone, canals, and masonry
outside the Danish Arctic Institute,
I smoke a cigarette and nosh the cake
I scored with luck in Christiania
before the march from Amagerbrogade,
where I, with other eco-warriors,
held the CO2LONIALISM banner.
My eyes still smart from all the pepper spray.
Yet, after showering and changing clothes,
I biked back to the Institute again,
for Rasmussen’s stories invite return.
I pause, admiring the sea at night.
The wavelets slosh almost inaudibly
against the pier beneath where I now sit;
the seaweed smacks of Scandinavia
and complements the hearty bittersweet
exuding from this coffee that’s gone cold.
I note the earthy resin of the hash.
Then, close, a shot reports, and shattered glass
rains down. A woman laughs. Her date joins in.
Their chortled peals resound like tolling bells.
I hear their love, of course, but also hear
how nuptial ringing echoes certain dirge.
The distant sirens sigh now in assent.
The THC, tobacco, and caffeine
have kicked in perfectly apparently.
I cast my glance at the cipher again:
‘‘The raven calls the dawn from darkest night.’’
Whatever, shaman, did you mean by that?
And what about this, Henson, made you sad?
And, Akatingwah, why then share the tale?
And, Rasmussen, how could you end this here
on such a simile as this evokes?
The questions of the wandering mind abound,
but sometimes answers, too, waft overhead.
Of course, an ethnographic find is found
and, rightly, published in its natural state.
Yet, even so, I cannot shake the thought
that something more portentous is afoot,
that shaman, scholar, lovers, and a man
ascending higher than the kite’s cliche
on this historic day that donned the world
in the guise of Hans Christian Andersen
to pen a happy ending to our tale
of due damnation and apocalypse
have come together for some reason here.
The raven harkens to the nevermore
of Poe that Matthew Henson surely knew.
For Akatingwah—and the shaman, too
the bird possessed a spirit just like hers.
To Rasmussen, it was a native trope
whose mythopoesis was evident.
The raven my mind’s eye calls forth alights
upon the exploitation of Greenland.
I see the world’s most northern settlement,
millennia old, whose people must move
for what they’ve been told is the greater good.
I see the endless scrum of ships, whose holds
are stocked with instruments of future war
machines that ferry the makings of hell.
I see the Distant Early Warning fields.
I see the names of bases meant to house
those marshalled superpowers yet concealed—
Published online: October 16, 2018
Correspondence to: Mark Olival-Bartley, e-mail: [email protected]
690 M. Olival-Bartley
Camp TUTO, Cape Atholl, Camp Century,
of which the last is spyship’s master front,
where Cronkite himself would
journey to sell
the Agency’s utopian charade, allowing Project
Iceworm
to remain beneath a glacial gleam of poise and aim
a fissile volley at the Soviets.
I see how Operation Chrome Dome takes flight
and see the laden B-52
and how it crashes, burns, contaminates.
I pause again to smoke and sip and chew
and trip upon an unexpected thought:
As it began its polar strategies,
the U.S. Army Corps of Engineers
cored lines of ice that read like Milton’s verse—
a cosmographical epic foretold—
in how, with hubris, paradise was lost
and how, with grace, it may yet be regained.
Mark Olival-Bartley
Betwixt the World Destroy’d and World Restor’d 691
ABOUT THE POEM AND THE POET
Set during the 2009 United Nations Climate Change
Conference in Copenhagen, the poem takes its title from
the third line of the twelfth book of Paradise Lost, whose
blank verse also furnished its meter. The preamble renders
a transcription of a conversation imagined to have taken
place in 1912 between Knud Rasmussen, the Danish-
Greenlandic literary scholar, and Akatingwah, the Inuit
woman who accompanied Matthew Henson (known to her
as Mahri-Pahluk), the African-American explorer, on his
famed (though likely unsuccessful) expeditions to the north
pole with Robert Peary. Aqqaluk denotes the younger
brother of a girl. In 1953, the Inuit of Pituffik, a 4000-year-
old settlement in the north of Greenland, were displaced
wholesale to accommodate the secret construction of Thule
Air Base. Savissivik is a village a couple hundred kilometers
south of Pituffik that grew around a 31-metric-ton frag-
ment of a 10,000-year-old meteorite, named Ahnighito
(Inuit for ‘‘tent,’’ describing its appearance), which for
centuries provided iron to augment tools and weapons;
Ahnighito was found by Robert Peary in 1894 and sold
3 years later to the American Museum of Natural History,
where it remains on display.
The resident poet at EcoHealth, Mark Olival-Bartley is
presently writing a dissertation on the sonnets of E. A.
Robinson at the Amerika-Institut of Ludwig-Maximilians-
Universitat Munchen, where he also tutors composition
and poetics. His verse and translations have appeared in
journals on both sides of the Atlantic.
ABOUT THE ART AND ARTIST
The City on the Iceberg speaks to the fragile relationship
between civilization and ecosystems. The City balances on
the iceberg, needing it to exist, and at the same time slowly
straining it. Humanity’s use of carbon-emitting fuels, wa-
ter-system decay due to overuse, fouling of the oceans, as
well as overfishing, industrial farming, and other ecologi-
cally unsound practices make it difficult for us to equalize
the needs of civilization and the demands of a healthy
planet. We must find a way to better balance on our planet
if we wish to survive. The picture invites the viewer into the
colorful, detailed city, all the while reminding the viewer of
its fragility as it pans outward to present the funneling
shape that keeps it above water. The piece also speaks to
how cities are sustainable in the smaller human footprint of
apartment living. City dwellers use less energy to heat their
homes and get to work. Nevertheless, their huge popula-
tions strain the local ecology. Humans must learn to har-
monize with our environment, attempting to find the right
amount of give and take.
Ellis Rosen is a cartoonist and illustrator living in
Brooklyn, NY. His work has appeared in The New Yor-
ker, The Paris Review and Barron’s. He is the illustrator of a
children’s chapter book, Woundabout, from Little, Brown
and a contributor to the Eisner-nominated graphic
anthology Yiddishkeit: Jewish Vernacular and the New Land.
692 M. Olival-Bartley