News Flash 611: Weekly Snapshot of Public Health Challenges

News Flash Links, as part of the research project PEAH (Policies for Equitable Access to Health), aim to focus on the latest challenges by trade and governments rules to equitable access to health in resource-limited settings

Seagulls

News Flash 611

Weekly Snapshot of Public Health Challenges

 

Sign on to the letter: Exclude Factory Farming from World Bank Financing

Doge occupies US Institute of Peace headquarters after White House guts its board

With US funding loss, WHO forced to make ‘terrible’ programmatic choices

Scoop: UN migration agency cuts more jobs, shutters lifesaving programs

How Many Lives Does US Foreign Aid Save?

MEPs push for health to be a priority investment in the next EU budget

Regulation of Health and Health Care Artificial Intelligence

Tools for Healing: A Journey Through the Centuries from the Etruscan-Roman Era to the Robot. Testimonies from Tuscan Museums  by Esther Diana

Webinar registration: Pandemic Agreement Updates Mar 24, 2025

COVID-19: we’re no better prepared for a pandemic today than we were in 2020

Measles highest in 25 years in Europe, WHO says

Measles Vaccination, Disease Surveillance and Labs Hit Hardest by US Budget Cuts

Five Takeaways and Next Steps from the Immunization Agenda 2030

Is Big Pharma’s pollution deregulation campaign fueling the next pandemic?

FAO warns of ‘unprecedented’ avian flu spread, in call for global action

First vaccine against epizootic haemorrhagic disease recommended for approval

A frightening glimpse into the future of HIV research under Trump

MSF calls for sustained investments to fight against tuberculosis in children

Rate of People With Diabetes in Africa ‘Rising Faster’

EMA qualifies first artificial intelligence tool to diagnose inflammatory liver disease (MASH) in biopsy samples

UN Commission approves WHO recommendations to place psychoactive substances under international control

Epilepsy Patients in Africa Fight Stigma and Neglect

Genocide Watch Report: Hmong at Risk

FIAN International annual report looks back on 2024

HRR762. WHEN ‘GROWTH’ DISPLACED ‘DEVELOPMENT’ AS THE DREAM OF GOVERNMENTS AND ECONOMISTS

Finland again tops global happiness rankings, US falls to lowest position ever

If “Food Is Medicine,” Why Are Hospitals Still Serving Junk?

Restore our Planet – Hunting Animal Traffickers: Tim Santel

South Africa: The Green Connection Welcomes Settlement to Protect African Penguin and Small-Scale Fisher Livelihoods

Nearly 50 million people sign up call for clean air action for better health

The Nexus Between Climate Change, Security Impact on Public Health, and WASH in South Sudan  by David Odukanga

The Year 2024 Was Warmest-Ever on Record – Temperature Rise Likely Exceeded 1.5°C 

 

 

 

 

 

 

 

 

 

The Nexus Between Climate Change, Security Impact on Public Health, and WASH in South Sudan

IN A NUTSHELL
Author's Note
Climate change significantly impacts public health and security, particularly in fragile states such as South Sudan. Rising temperatures, unpredictable rainfall, and extreme weather events have exacerbated water scarcity, reduced water quality, and increased disease burdens. These environmental stressors intensify conflicts over resources, leading to displacement and further strain on Water, Sanitation, and Hygiene (WASH) services. 

According to the United Nations (2023), over 60% of South Sudan's population lacks access to safe drinking water, while 75% depends on unimproved sanitation facilities. Additionally, with the termination of all USAID-funded projects in South Sudan, the already significant funding gaps for WASH services will further widen, exacerbating the existing humanitarian crisis. 

This article highlights the urgent need for climate-resilient infrastructure, integrated policies, and coordinated humanitarian responses to enhance South Sudan's adaptive capacity

By David Odukanga

WASH and Climate Change Advisor 

The Nexus Between Climate Change, Security Impact on Public Health, and WASH in South Sudan

 

Introduction

Climate change is a global crisis with profound implications for security and public health, particularly in vulnerable regions such as South Sudan. The country, already grappling with political instability and economic fragility, faces severe climate-induced challenges that impact access to clean water, sanitation, and hygiene. The increasing frequency of droughts, floods, and erratic rainfall patterns exacerbates water shortages, leading to a rise in waterborne diseases and heightened competition over scarce resources. For instance, the 2021 floods affected over 850,000 people (OCHA, 2021), damaging WASH infrastructure and increasing the spread of waterborne diseases. The withdrawal of USAID funding will likely lead to the closure of essential projects, reduced access to clean water, and an increased burden on humanitarian agencies struggling to fill the void. This interplay between climate change, security, and public health underscores the need for comprehensive and resilient WASH interventions.

Climate Change and Its Impact on WASH Services in South Sudan

South Sudan’s climate is characterized by prolonged dry spells and intense seasonal flooding, both of which severely disrupt WASH services.

Water Scarcity and Quality

Reduced rainfall and prolonged droughts deplete water sources, forcing communities to rely on unsafe water supplies. A report by UNICEF (2022) found that 58% of South Sudanese households consume contaminated water, increasing the risk of diseases such as cholera, typhoid, and diarrhoea.

Flooding and Infrastructure Damage

Heavy floods destroy water infrastructure, contaminate boreholes, and spread pollutants, leading to increased health risks. The 2020 floods, for example, submerged more than 70% of Unity State (UNHCR, 2020), rendering WASH facilities non-functional.

Sanitation Challenges

Disruptions to sanitation facilities due to extreme weather events contribute to open defecation, exacerbating disease outbreaks and further straining health systems.

Security Implications of Climate-Induced Water Scarcity

Climate change-induced water shortages contribute to resource-based conflicts among communities, leading to displacement and heightened security threats.

Resource-Based Conflicts

Competition over diminishing water sources fuels intercommunal violence, exacerbating instability in South Sudan. In 2023, conflicts between pastoralist communities over water and grazing lands in Jonglei and Warrap states resulted in over 500 deaths (International Crisis Group, 2023).

Forced Displacement

Climate-induced displacement places immense pressure on host communities and humanitarian agencies, increasing the demand for clean water and sanitation services. The International Organization for Migration (2022) estimated that over 1.6 million people were displaced due to climate-related disasters.

Disruptions in Health Services

Security threats hinder access to healthcare facilities, reducing the effectiveness of WASH interventions and increasing vulnerability to disease outbreaks.

Public Health Consequences of Climate Change and WASH Deficiencies

The deterioration of WASH services due to climate change directly impacts public health outcomes in South Sudan.

Increased Disease Burden

Poor water quality and inadequate sanitation contribute to cholera outbreaks, acute watery diarrhoea, and malnutrition, particularly among children and displaced populations. South Sudan recorded over 3,500 cholera cases in 2022 alone (WHO, 2022).

Compromised Maternal and Child Health

Pregnant women and children are disproportionately affected by inadequate WASH services, leading to higher maternal and infant mortality rates. The maternal mortality rate in South Sudan stands at 1,150 per 100,000 live births, among the highest in the world (World Bank, 2023).

Vector-Borne Diseases

Stagnant floodwaters create breeding grounds for mosquitoes, increasing the prevalence of malaria and other vector-borne diseases. Malaria accounts for 33% of all hospital admissions in South Sudan (MSF, 2023).

Strategies for Strengthening Climate-Resilient WASH Systems

To mitigate the impact of climate change on public health and security, South Sudan must adopt integrated and sustainable WASH strategies.

Investment in Climate-Resilient Infrastructure

Building flood-resistant water systems, rehabilitating boreholes, and improving drainage systems are crucial for sustaining WASH services.

Policy and Governance Frameworks

Strengthening policies on climate adaptation, water resource management, and sanitation can enhance resilience.

Community-Based Adaptation

Engaging local communities in WASH interventions ensures sustainability and enhances preparedness for climate-related disasters.

Humanitarian Coordination

With the withdrawal of USAID funding, urgent efforts must be made to secure alternative sources of funding for WASH services. Collaboration between government, international organizations, and NGOs is essential for effective emergency response and long-term resilience building.

Conclusion

The nexus between climate change, security, and public health highlights the urgency of investing in resilient WASH systems in South Sudan. Addressing these interconnected challenges requires a multi-sectoral approach that integrates climate adaptation strategies, conflict resolution mechanisms, and sustainable health interventions. Strengthening WASH services will not only improve public health outcomes but also contribute to stability and resilience in South Sudan’s fragile environment. With the termination of USAID projects, urgent action is required to fill the funding gap to prevent worsening public health crises.

 

References

  • International Crisis Group, Water Scarcity and Conflict in South Sudan.
  • International Organization for Migration (IOM), South Sudan Displacement Overview.
  • Médecins Sans Frontières (MSF), Malaria in South Sudan: A Growing Crisis.
  • OCHA, Flood Impact Assessment in South Sudan.
  • UNHCR, Climate Displacement in Unity State, South Sudan.
  • UNICEF, Water Quality Report: South Sudan.
  • United Nations, Access to Clean Water and Sanitation in South Sudan.
  • WHO, Cholera Outbreak Situation Report.
  • World Bank, Maternal Mortality Trends in South Sudan.

Tools for Healing: A Journey Through the Centuries from the Etruscan-Roman Era to the Robot

IN A NUTSHELL
Author's Note
The 14th-century hospital of San Giovanni di Dio in Florence has, since the late 19th century, evolved into a specialized center predominantly focused on cardiovascular surgery. Decommissioned in 1983, the institution now calls for initiatives aimed at its enhancement, protection, and, above all, its conversion to a social-medical-sanitary use that will rescue it from its evident and growing underutilization. 

This impetus to capture the attention of the relevant authorities has been expressed through an Exhibition, complete with a catalog and parallel events. 

The Exhibition, "Tools for Healing: A Journey Through the Centuries from the Etruscan-Roman Era to the Robot. Testimonies from Tuscan Museums", aims to trace the milestones of progress in Tuscan (and interregional) surgery: from Etruscan-Roman and pre-Columbian surgical instruments, through the 18th-century technological innovations that codified the first specialized branches of medicine, to robotic surgery that represents the future of the discipline

By Dr Esther Diana

Architect, Historian of Healthcare and Healthcare Architecture

Tools for Healing

A Journey Through the Centuries from the Etruscan-Roman Era to the Robot

Testimonies from Tuscan Museums

 

Italian translation HERE

 

From the display of Etruscan-Roman and pre-Columbian surgical instruments viewers have an opportunity to explore the evolution of surgery from the 19th century to the present.

The Exhibition “Tools for Healing: A Journey Through the Centuries from the Etruscan-Roman Era to the Robot. Testimonies from Tuscan Museums” will be held from February 14 to May 9, 2025, at the Biblioteca Marucelliana in Florence, via Cavour 43.

The Exhibition poster

The history (1380 until today) of the ancient hospital of San Giovanni di Dio in Florence is a case study of the history and progress object of the Exhibition.

It is currently awaiting development that reflects its unique healthcare legacy—especially in the field of surgery, which established its reputation as an institution of excellence during the 19th and 20th centuries.

The Exhibition follows a philological storyline divided into four sections, each serving as an thematic synthesis. The first section, “Surgery in Archaeological Evidence”, highlights historical background of the hospital San Giovanni di Dio.

Entrance to the Exhibition

The Etruscan-Roman instrument room

The second section, “From Empirical Surgery to Vesalius”, highlights the crucial role that anatomical advances have played in the development of surgery and medicine in general. In the same space, the third section, “Military Surgery”, is dedicated to treatises by Ambroise Paré (1510-1590) and Giovanni Alessandro Brambilla (1728-1800), and displays three cases from Brambilla’s Armamentarium Chirurgicum.

Giovanni Alessandro Brambilla, Instrumentarium chirurgicum militare viennense, 1781 and urology tools

Finally, the fourth and most extensive section, “The Surgery of the Future”, acts as a bridge between the advancements achieved in the 19th and 20th centuries in general surgery, orthopedics, urology, and cardiac surgery, and the cutting-edge techniques of today and tomorrow: namely, minimally invasive and robotic surgery.

The scientific project and the curation of the Exhibition are led by Architect Esther Diana and Professor Francesco Tonelli, Emeritus in Surgery University of Florence.

Starting with History

In 1380, the Florentine merchant Simone Vespucci founded a hospital in Florence, near his family residence in the Santa Maria Novella district, intended for the impoverished – primarily wool workers. However, political and economic difficulties hindered the development of the institution, which remained essentially an almshouse until 1587.

Its transformation into a healthcare institution began in 1587, when the Grand Duke Francesco de Medici assigned this semi-abandoned facility to the Fatebenefratelli, a Counter-Reformation Order that was strongly supported by the Church and, as a result, warmly received at the Florentine court. The original “hospitaletto dei Vespucci” dedicated to Santa maria dell’Umiltà opened its doors immediately – as evidenced by the early Libri degli Infermi (Books of the Sick) from 1607 – with a ward arranged for 17 beds.

With the backing of the Church and the devoted care of the Brothers, the institution quickly succeeded, and in 1698 it was dedicated to San Giovanni di Dio in honor of the Order’s founder, Juan Ciudad, who was later canonized.

As a religious entity, the hospital was independent of state authority, a status that allowed it to be exempt from the public health regulations imposed during epidemic crises (notably plague and typhus) and to maintain full autonomy until the dissolution of the Order in 1866. This independence, determined in part by the type of care provided by the Brothers – mainly treating fevers (by reducing fever peaks through bloodletting or herbal infusions and decoctions), wounds, cuts, tooth extractions, and realigning limbs after falls or blows – transformed it into a specialist hospital where careful surgical procedures were largely carried out by the friars themselves.

The 17th century, and especially the 18th, represented the “golden age” of the complex, which significantly expanded its structure according to the architectural style typical of the Order – a style also adopted by other hospitals – characterized by an infirmary on the upper floor and a monumental entrance hall with a double, bi-directional staircase.

Monumental entrance hall of San Giovanni di Dio hospital, Florence

Towards Surgical Excellence

By the late 19th century, the hospital had increasingly emphasized its surgical function, bolstered by the presence of highly skilled medical professionals of both outstanding competence and humanity. By 1901, radiology, dentistry, and laboratory services were already in operation; in 1907, Florence’s first nighttime emergency service was established, paving the way for the creation of outpatient clinics in ophthalmology, otorhinolaryngology, urology, general medicine, and pediatrics by 1940.

During the 20th century, surgical activities intensified, particularly in oncological treatments involving complex abdominal and thoracic procedures. In the mid-1950s, a new frontier was opened – the first in Tuscany and among the first in Italy – in vascular and cardiac surgery. In the subsequent years, San Giovanni di Dio became a center of high specialization in these fields, acquiring a heart-lung machine; at that time, it was one of only two in Italy, the other being at Niguarda Hospital in Milan.

The heart-lung machine, 1957

This machine – now exhibited – enabled extracorporeal circulation, allowing surgeons to operate on a still, open heart to correct congenital defects, treat acquired or traumatic conditions, and eventually perform heart and heart-lung transplants.

Early experimental heart-lung machines were developed by John Heysham Gibbon (1903-1973) in 1937 and later applied in humans in 1953, managing to exclude the heart from circulation for approximately thirty minutes.
The exhibited heart-lung machine was purchased in Paris in 1957 for 890,600 Lire. Its cardiac function (circulation) was achieved through a system of keys (“fingers”) that propelled the blood in a coordinated and continuous manner, while its respiratory function (oxygenation) was provided by rotating discs within a cylinder.

The detailed focus on the heart-lung machine in the Exhibition underlines a pivotal moment in surgical practice – a point of departure from traditional methods. While archaeological artifacts show surgical instruments whose general design remains in use even in the 18th and 19th centuries, the heart-lung machine introduces us to a realm of highly technological surgery.

The fourth section of the Exhibition documents the advances achieved from the 18th century onward: the introduction of anesthesia, the discovery of pathogenic microorganisms, the advent of antiseptic and aseptic techniques, the ability to perform blood transfusions thanks to the identification of blood groups and the Rh factor, improvements in suturing techniques, the discovery of antibiotics, and the testing of biocompatible prosthetic materials – all fundamental in ensuring increasingly infection-free, less invasive, and less painful surgical interventions. Surgery has expanded into previously uncharted territories such as the abdomen, thorax, heart, major vessels, and skull. At the end of the 20th century, further innovations from physics and new materials led to the creation of flexible endoscopic instruments, which, using fiber optics or miniaturized cameras, allowed for effective endoscopic surgeries for biopsies, polypectomies, dilation of stenoses, and stone removal.

And finally, the surgery of today, already looking to the future: since development in 2000 of robotic surgery has emerged. This computerized system of sophisticated laparoscopic instruments, controlled by the surgeon from a remote console, offers enhanced three-dimensional and magnified vision, and movement precision that rivals or even surpasses that of the human wrist.

Introduction to robotic surgery

 

Conclusion

In conclusion, this Exhibition has a dual purpose. First, it serves to educate – especially young audiences – about a scientific journey of progress that, although largely overlooked, deserves thorough recognition and study as the outcome of extensive research, dedication, and the commitment of many surgeons who over the centuries have made the well-being of the individual a core ethical and moral principle. Second, as noted at the outset, it aims to prevent an institution of significant historical value from falling into oblivion, or worse, being ensnared by political and real estate speculation. San Giovanni di Dio remains a cherished institution among the people of Florence, awaiting only the acknowledgment of higher authorities to resume its rightful role in healthcare.

News Flash 610: Weekly Snapshot of Public Health Challenges

News Flash Links, as part of the research project PEAH (Policies for Equitable Access to Health), aim to focus on the latest challenges by trade and governments rules to equitable access to health in resource-limited settings

Beadlet anemone (Actinia equina)

News Flash 610

Weekly Snapshot of Public Health Challenges

  

Health Policy Under The Trump Administration: The First 50 Days

Universities in the Early Decades of the Third Millennium: Saving the World from Itself? – and 1 HOPE-TDR Regional Project Proposals  by George Lueddeke

The G20: How it Works, Why it Matters and What Would be Lost if it Failed

Union Budget (2025-26) and comprehensive primary healthcare system: Another lost opportunity?

Global and national actions to prevent trade in substandard and adulterated medicines

Unregulated advanced therapy medicinal products pose serious risks to health

Germany’s Future Coalition Faces a Tough Choice on Global Development as US and UK Pull Back

Thousands of cholera patients treated in Sudan’s White Nile State

Rabies in India: Current Scenario and Prospects of Elimination  by Tanushree Mondal and M.K. Sudarshan

Dissolving Drug Offers New HIV Treatment Hope for Babies

Strengthening Africa’s mpox diagnostic capacity for enhanced epidemic preparedness and response

NEJM Outbreaks Update — H5N1

Discovery of Mosquito Molecular Mechanism Opens Door to New Antimalaria Strategies

Many pregnancy-related complications going undetected and untreated – WHO

Three vaccinations that are critical to women’s health

Statement for International Women’s Day 2025

Despite ‘Rising Misogyny’, UN Commission Adopts Declaration on Gender Equity

WHO injects fresh support into DR Congo vaccination drive

People’s Health Dispatch Bulletin #96: From Argentina to Palestine, the battle for health and justice continues 

HRR761. DO NOT UNDERESTIMATE (OR OVERESTIMATE) THE SIGNIFICANCE OF THE COURT OF PUBLIC OPINION

Navigating the Complexity of Food Insecurity Screening

US Preventive Services Task Force Recommendations for Screening for Food InsecuritySilver Linings Amid a Cloudy Future

Chemical and Pollution Event: The Right to Know – Modernising the Rotterdam Convention | Road to 2025 BRS COPs 19 March 2025

Water Crisis and Environmental Risks: The Impact of Canal Expansion and Corporate Farming in Pakistan

US retreat from climate leadership is a betrayal of global responsibility

Western Climate Hypocrisy Exposed by NATO Energy Policy

Scoop: Brazil hammers out details of forest fund ahead of COP30

Northern India Dominates Global Air Pollution Rankings

Majority of the world’s population breathes dirty air, report says

Cities face ‘whiplash’ of floods, droughts as temperatures rise, study warns

 

 

 

 

 

 

 

 

Rabies in India: Current Scenario and Prospects of Elimination

IN A NUTSHELL
Author's Note
India has the highest burden of human rabies, as annually an estimated 20,000 deaths are known to occur and this accounts for nearly one-third of the annual global burden of about 55,000 to 60,000 deaths. This article turns the spotlight on what this scourge means for India whereby prospects of (and difficulties in) eliminating dog mediated human rabies from India by 2030 are taken into consideration

By Professor (Dr) Tanushree Mondal

Editor – APCRI  Journal

Professor of Community Medicine, RG Kar Medical College, Kolkata, India

profcmrgkmc24@gmail.com

Dr. M.K. Sudarshan*

Founder President and Mentor

APCRI, Bangalore, India

Email: mksudarshan@gmail.com

Rabies in India

Current Scenario and Prospects of Elimination

 

Rabies is a practically 100% fatal disease and the very few who have survived are with residual neurological disabilities for the rest of their lives.  Rabies is caused by a virus known as rhabdovirus that is present in the saliva of rabid animals.  Following bites, scratches and even licks on wounds by rabid animals, the virus is deposited in the wound/s.  If timely and proper lifesaving post –bite/ exposure prophylaxis (PEP) is not received by the rabies exposed person, then the virus travels via the nerves and reaches the brain. This usually takes about 3 weeks to 3 months, known as incubation period. Subsequently the person manifests with symptoms of the disease like fever, headache, body ache, fear of water (hydrophobia), fear of breeze (aerophobia), fear of light (photophobia), spasm or paralysis, etc and ordinarily survives for 2 to 5 days. In the majority, the death is very painful and agonizing.

The Current Scenario

The burden of human rabies

India has the highest burden of human rabies, as annually an estimated 20,000 deaths (1) are known to occur and this accounts for nearly one-third of the annual global burden of about 55,000 to 60,000 deaths (2). The principal vector of the disease is dogs accounting for 99% human rabies globally and 97% in India. The other animals involved in rabies transmission in India are cats (2%) and wild animals (1%) like mongoose, jackals, wild dogs and others. But this figure is now two decades old and not tenable. Interestingly, another national multicentric rabies survey done recently in 2022-23 by Indian Council of Medical Research has shown that 5726 human rabies are estimated to occur annually in the country (3), which appears realistic but needs its acceptance by Government of India. The sooner it happens it is good for India.  This is because in the last two decades much progress has been made like the sheep brain/Semple vaccine was discontinued and replaced by modern rabies vaccines in 2005, cost–effective intra-dermal rabies vaccination (IDRV) was introduced in 2006, vast improvents in the logistics of rabies biologics following better transportation and communications and lastly, there is an overall upliftment in the socio-economic status of the people.  All these have contributed to the reduced number of human rabies deaths in the country. 

The dogs and their role in disease transmission

As per Indian ethos and constitution, all living beings have a right to live and co-exist in the society. The dogs are popular pets in 11.3 % households in India (4). Also, there are a large proportion of dogs in the neighbourhood known as community dogs, also referred to as stray/street dogs. It is estimated that there are about 90 million dogs in the country of which 30 million are pets and 60 million community dogs/strays. In 2001, for the safety and welfare of these stray dogs under the prevention of cruelty to animals act (PCA 1960), animal birth control (ABC) rules were passed in the parliament that ensure no harm is done to stray dogs and the civic municipal bodies take care of them.

The World Health Organization – Association for Prevention and Control of rabies in India (WHO –APCRI) national multicentric rabies surveys done in 2003 and 2017 showed that 96.2% and 83% of human rabies deaths respectively in the country were following dog bites.

Figure 1: A dog chasing a motorcyclist, a common sight in the cities of India 

The WHO – APCRI national multicentric survey of 2003 showed an estimated 17.4 million animal bites occurred annually in India. However, two decades later in 2022-23, the national multicentric survey of Indian Council of Medical Research (ICMR), showed it to be around 9.1 million, but this survey had some limitation like the effect of the ongoing Covid pandemic in the country, etc.

Unfortunately, rarely there are instances of unsupervised infants and toddlers and the very old being mauled to death by pack of dogs in the communities.  Also, the sudden and unexpected aggression by street dogs have led to injuries, maiming and even human deaths due to accidents.  As a result, often there are conflicts in the populations about having strays on the streets. The animal welfare organizations (AWOs) are very protective and vocal about welfare of stray dogs in the country. Recently, as per the guidelines of animal welfare board of India (AWBI), there are attempts by civic bodies in the country to feed these stray dogs timely in the day at designated places by identified and trained community volunteers and that is expected to reduce aggression of the street dogs.

Prospects of elimination of dog mediated human rabies from India by 2030

The World Health Organization and other UN agencies in 2015 together pledged to eliminate dog mediated human rabies from the world by 2030, and the slogan is zero by thirty.  That is to eliminate 99% of the global burden of human rabies by 2030. Consequently, in sync with the global plan, in 2021 Government of India, despite the ongoing Covid-19 pandemic, launched the national action plan for rabies elimination (NAPRE) (5). As India has a federal structure, based on the NAPRE, the states have commenced state action plans for rabies elimination (SAPRE) by 2030.  To prioritize and accelerate the progress, from 2024, rabies free cities action plans are being implemented (6). The key components of all of these are – providing free rabies post – exposure prophylaxis (PEP) to all rabies exposed individuals timely, correctly and completely; mass dog vaccination (MDV) covering 70% of the dogs in the community, dog population management (DPM), promoting responsible pet ownership and advocacy, awareness, education, and operational research. The key elements for achieving these are – 3Ps i.e. prevention, promotion and partnership.

In view of large reservoir of rabies in the dog population in the country, federal structure and varying degrees of progress and performances by the states, inadequate resources and weak intersectoral coordination and cooperation, the elimination of dog mediated human rabies by 2030 appears difficult. Hence, it is recommended that the zero by thirty action plan be implemented as a 100% centrally sponsored programme with the same vigour and force of polio eradication. Only then tangible benefits will be seen soon on the ground.

 

References

  1. Assessing burden of rabies in India: WHO sponsored national multi-centric rabies survey 2003. Association for Prevention and Control of Rabies in India https://www.researchgate.net/publication/45261915_Assessing_Burden_of_Rabies_in_India_WHO_Sponsored_National_Multicentric_Rabies_Survey_2003
  2. WHO Expert Consultation on Rabies: WHO TRS N°1012 Third report, 14 April 2018 https://www.who.int/publications/i/item/WHO-TRS-1012
  3. Estimates of the burden of human rabies deaths and animal bites in India, 2022–23: A community-based cross-sectional survey and probability decision-tree modelling study. Jeromie Wesley VivianThangarajet al The Lancet Infectious Diseases Volume 25, Issue 1, January 2025, Pages 126-134 https://www.sciencedirect.com/science/article/abs/pii/S1473309924004900
  4. APCRI –WHO Indian Multicentric Rabies Survey , 2017 http://apcri.in/pdf/WHO-APCRI%20Rabies%20Survey,%202017%20-%20Final%20Report.pdf
  5. National Action Plan for Dog Mediated Rabies Elimination from India by 2030 https://rr-asia.woah.org/app/uploads/2022/12/india-napre-rabies.pdf
  6. Ministry of Health and Family Welfare. Government of India. Operational Guidelines. Rabies Free City Initiative. A Step Towards Rabies Free India by 2030.https://ncdc.mohfw.gov.in/wp-content/uploads/2024/11/Rabies-Operational-Guidelines_25th-Sept_24.pdf

 

* Dr M. K. Sudarshan profile: 

Founder, President and Mentor, Association for Prevention and Control of Rabies in India,
Former Professor, Principal and Director, Kempegowda Institute of Medical Sciences (KIMS), Bangalore, 
Chief Editor, Indian Journal of Public Health 
Member, WHO Expert Advisory panel on Rabies & Expert Consultations on Rabies, Member of National Technical Advisory Committee (NTAC) on Rabies
Leader in Health Research in India
Chairman, National Expert Consultation on Rabies and Chairman, Karnataka State Covid-19 Technical Advisory Committee (TAC) and Chair, South East Asia Region(SEAR)- Rabies Technical Advisory Group.
Recipient of Dr. B C Roy Doctor's Day for Excellence in Medical Education (2010), Lifetime Achievement Award (2013), Best Community Health Professional Award (2014), Rajyotasava Award (2021), Eminent Teacher Award from Rajiv Gandhi University of Health Sciences, Karnataka(2022), National Medical Recognition Award (2022) and Honorary Doctorate (D.Sc. Honoris Causa) in Science from Rajiv Gandhi University of Health Sciences (2023) and Dr I.C. Tiwari Memorial Lifetime Achievement Award (2025).

‘Universities in the Early Decades of the Third Millennium: Saving the World from Itself?’ and 1 HOPE-TDR Regional Project Proposals

IN A NUTSHELL
Author's Note
A re-proposal here of an invited chapter published in 2020 and focused on the re-conceptualisation of the university/higher education purpose and scope inside a ‘One Health’ overarching perspective. As divisive forces are increasingly placing institutions and society, indeed the world, at risk, the importance of 'seeing the big picture' and potential consequences of human folly, appears to be even more urgent and relevant today as it was a few years ago

George Lueddeke

 By George Lueddeke PhD

Global Lead, International One Health for One Planet Education & Transdisciplinary Research Initiative (1 HOPE-TDR)

Independent advisor in Higher, Medical and One Health education / research

Southampton, United Kingdom

‘Universities in the Early Decades of the Third Millennium: Saving the World from Itself?’ and 1 HOPE-TDR Regional Project Proposals

 

In support of Operationalising 1 HOPE-TDR  project proposals across global regions and  associated terms of reference, integrated as  ‘cultivating an active care for the world and with those with whom we share it’ [UNESCO] ,  find a PDF copy  below of an invited chapter titled Universities  in the early Decades of the third Millennium: Saving the World from itself?

Universities in the Early Decades of the Third Millennium

Summarised in the Abstract, the chapter, published in 2020, argued “for the re-conceptualisation of the university/higher education purpose and scope focusing on the development of an interconnected ecological knowledge system (recognising the interdependence of the 17 UN global goals) with a concern for the whole Earth -and beyond.”

Main themes (and chapter page references) include:

  • The university in the first two millennia: historical perspectives and takeaways (pp. 230-233)
  •  Existential challenges facing the planet and society in the twenty-first century (pp. 234-237)
  • War: “Humanity’s Greatest Failure” (pp.237-238)
  •  Social progress and the university (pp.238-239)
  • Toward a new worldview (pp. 239-245)
  • The international ‘One Health for One Planet Education initiative’ (pp.245-247)
  •  Re-imagining the university in the twenty-first century (pp. 247-249)
  • Reflection on teaching and learning in the ecological university (pp. 249-252)
  • The university: saving the world from itself?
  • Concluding comments: choosing our future (pp.256-260)
  • References (pp.260-266)

 

As divisive forces are increasingly placing institutions and society, indeed the world, at risk, the importance of ‘seeing the big picture’ and potential consequences of human folly, appears to be even more urgent and relevant today as it was a few years ago

 

 

News Flash 609: Weekly Snapshot of Public Health Challenges

News Flash Links, as part of the research project PEAH (Policies for Equitable Access to Health), aim to focus on the latest challenges by trade and governments rules to equitable access to health in resource-limited settings

Dorid nudibranch (Felimare picta)

News Flash 609

Weekly Snapshot of Public Health Challenges

 

Health system responses to population declines: call for papers

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Order out of Chaos

Examining the U.N. Sustainable Development Goals (SDGs) Using a One Health Approach: Profiling Cambodia, Laos, Thailand, and Viet Nam  by Laura H. Kahn

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Rethinking Nutrition Financing for Greater Impact and Sustainability

Hand pollination helps cocoa farmers offset climate harm

COP16 Deal Commits Nations to Raise $200 Billion Annually for Biodiversity; But Funding A Big Lift

 

 

 

 

 

Examining the U.N. Sustainable Development Goals (SDGs) Using a One Health Approach: Profiling Cambodia, Laos, Thailand, and Viet Nam

IN A NUTSHELL
Author's note
…My One Health analysis on Cambodia, Laos, Thailand, and Viet Nam has shown that there are gaps in the SDGs, primarily in the domesticated animal and crop realm that impact human health and well-being. Antimicrobial resistance, zoonotic diseases, food safety, food security (from the production standpoint), soil health, pesticide use, and animal waste management are important areas that are being overlooked. Livestock and their wastes produce methane and nitrous oxide, potent greenhouse gasses. Unexploded ordnances contaminating environments and killing innocent people are also not tracked. SDGs that specifically follow these areas would provide important information to improve global health, well-being, and sustainability…

By Laura H. Kahn, MD, MPH, MPP

Co-Founder, One Health Initiative

Examining the U.N. Sustainable Development Goals (SDGs) Using a One Health Approach: Profiling Cambodia, Laos, Thailand, and Viet Nam

 

In 2024, I compared the Ecuadorian Amazon Rainforest to the Galapagos Islands using a One Health approach. One Health is the concept that human, animal, plant, environmental and ecosystem health are linked. This concept can be visualized as a multi-dimensional matrix, assisting health professionals, researchers, and policy makers to analyze and address complex health challenges in a concise, systematic, and comprehensive way.

One Health Multi-dimensional Matrix:

In this paper, I will use the One Health matrix as a lens to evaluate five of the United Nation’s Sustainable Development Goals (SDGs) as they pertain to four Southeast Asian countries: Thailand, Laos, Cambodia, and Vietnam. The five SDGs are: 2. Zero Hunger, 3. Good Health and Well Being, 6. Clean Water and Sanitation, 15. Life on Land, and 16. Peace, Justice, and Strong Institutions. Each of these SDGs has targets and indicators. An example of a target is SDG 6.1: By 2030, achieve universal and equitable access to safe and affordable drinking water for all. The indicator for this target is: Proportion of population using safely managed drinking water services. Targets typically have two or more indicators which are tracked over time. The trends are either positive, negative, or neutral.

United Nations Sustainable Development Goals:

The SDGs were developed in 2012, at a United Nations Conference on Sustainable Development in Rio de Janeiro, Brazil. The delegates created seventeen SDGs to reduce hunger, disease, deforestation, biodiversity loss, and other global issues by 2030. Since 2016, the UN’s Department of Economic and Social Affairs has issued annual SDG Reports, which evaluate progress towards the goals using indicator trends. For example, Goal 2: Zero Hunger has targets for success including ending malnutrition, stunting, and wasting in children under age 5. Goal 3. Good Health and Well-Being has targets that seek to reduce rates of mortality in infants, new mothers, children, and other groups as well as reducing rates of infectious and chronic diseases. For Goal 15. Life on Land, the targets range from halting deforestation to ending poaching and trafficking of endangered species. Other SDGs also involve One Health elements (i.e., SDGs 11, 12, 13, and 14), but for the sake of time, will not be included in this analysis.

The 2024 report, released on June 28th, found that while some of the SDGs have made progress, such as preventing HIV infections and improving education access for girls, others have fallen short or have regressed, particularly in the wake of the Covid-19 pandemic. Problematic areas include worsening food insecurities, diminishing vaccine delivery to children, worsening access to clean water and sanitation, escalating geopolitical conflicts, and increasing species extinction risks. Country Profiles of the 17 SDGs targets and indicators for the 193 UN Member States highlight the trends.

Since I recently visited the Southeast Asian countries of Cambodia, Laos, Thailand, and Vietnam, I will examine them at the population level using the One Health matrix and compare the findings with the SDGs.

To understand the political, social, and economic factors of Cambodia, Laos, Thailand, and Vietnam, we must first briefly review the history of the region. 

Brief Historical Background

The ancient Khmer empire (802 CE to 1431 CE) of Cambodia encompassed much of the region that would subsequently become Thailand and Laos, influencing their languages, cultures, and traditions. In the mid-14th century, a Tai army attacked the Khmer empire’s capital at Angkor, contributing to its decline, and eventually becoming a Tai vassal state. The Khmer empire was succeeded by the Ayutthaya Kingdom (1351 to 1767) which became the precursor of modern Thailand.

Of the four countries, only Thailand avoided being colonized by European powers. Britain and France decided that Thailand would provide a useful buffer zone between the British colony of Burma and the French colony of Indochina. During World War 2, Thailand was under the rule of a military dictator named Phibunsongkhram, aka Phibun, who allowed Imperial Japan to build its infamous Thailand-Burma Railway, nicknamed the “death” railway within its borders. After the war, resistance groups forced Phibun to resign. Thailand subsequently became a pro-Western country, allying with the U.S. during the Cold War, and benefitting financially from U.S. economic and military aid during the Vietnam War.

In contrast to Thailand, Vietnam had been colonized by a succession of Chinese dynasties for 1000 years, from 111 BC to 939 AD, enduring a long history of warfare.  From the 11th to 18th centuries, Vietnam conquered parts of the Khmer empire and spread southward, but outbreaks of fighting between different war lords developed. France established a colony in Vietnam after assisting one of the war lords, and by the late 19th century, it had gained control of Vietnam, Cambodia, and Laos, calling the region French Indochina. France used the colonies for their natural resources.

Resistance movements began soon after the French takeover.

Ho Chi Minh (1890-1969) was the leader of a major Vietnamese resistance movement, advocating for the independence of Indochina, and became a founding member of the Vietnamese Communist Party. He sought assistance from delegates at the Versailles peace conference at the end of World War I but was rebuffed.

At the end of World War II, he sought help from President Harry S. Truman for independence from French rule. Truman sided with the French. With Chinese assistance, Vietnamese Communist troops, called the Viet Minh, defeated the French at the Battle of Dien Bien Phu in 1954. Indochina was divided into communist North Vietnam, non-communist South Vietnam, Cambodia, and Laos. One year later, Ho Chi Minh visited Moscow and secured economic and military aid from Leonid Brezhnev. This sequence of events led to war in Southeast Asia (1961-1973) as the U.S. sought to contain the spread of communism. The North Vietnamese and their allies defeated the U.S. which was forced to withdraw.

The U.S. heavily bombed Cambodia and Laos during the war in Vietnam. Civil war broke out in Cambodia, and in 1975, Pol Pot, the Communist leader of the Khmer Rouge seized control and began persecuting those whom the communists considered tainted by capitalism. Over the next four years, the Khmer Rouge committed genocide, killing over 1.7 million people. The Vietnamese invaded in 1979 and removed the Khmer Rouge from power. The horrors of the Khmer Rouge regime have inflicted long lasting traumas on the Cambodian people. Laos endured a secret war lasting from 1964 to 1973 during which time the U.S. bombed large areas of the country. The unexploded ordnances (UXO) contaminate the land and continue to kill innocent people.

Political, Social, and Economic Factors and SDG 16. 

Of the four countries, only Thailand escaped war with the U.S. and its bombing campaigns. Both Vietnam and Cambodia experienced civil war, but Cambodia alone endured the 5-year genocide involving 47% of its people. The survivors and their descendants continue to bear the scars of the atrocities. Cambodia has the lowest Human Development Index score even though Laos has the lowest GDP per capita. The Human Development Index is a composite score for life expectancy, education level attainment for adults aged 25 years, and gross national income per capita. None of the SDGs use the HDI as an indicator. 

Vietnam, a communist country, has the highest Happiness Index score. Their social cohesion appears high. The Happiness Index is based on a survey of subjective well-being by the Gallup World Poll. None of the SDGs use the Happiness Index as an indicator.

Transparency International is a nongovernmental organization with the mission to stop corruption and promote transparent and responsible government.  Of the four countries, the Vietnamese consider their country the least corrupt, with a Corruption Perception Index (CPI) score of 41/100, compared to the other three countries which have lower scores. Cambodians ranked their country as the most corrupt (CPI score 22). Thailand is the wealthiest of the four countries economically. It is considered moderately corrupt with a CPI score of 35/100 but ranked moderately happy. SDG 16. Peace and Justice targets 16.5 – 16.8 track corruption using the CPI.

(In comparison, Denmark and Finland are the least corrupt countries in the world, scoring 90 and 87, respectively, and they are the world’s happiest countries.)

The One Health matrix’s third dimension of political, social, and economic factors overlaps with SDG 16 which has targets such as: reducing rates of corruption, improving transparent government, and enforcing laws and policies for sustainable development.

Please see Table 1 below

One Health Factors and SDGs 2, 3, 6, 15 

Vietnam has the largest population and highest population density in the Greater Mekong Delta region. (Note: The region is named after the Mekong River which flows through all four countries as well as China, and Myanmar.)

SDG 2. Zero Hunger targets include prevalence rates of undernourishment or food insecurity, volume of food production, and agriculture orientation index of government expenditures, and agricultural export subsidies, among others. It does not include UN Food and Agriculture Organization data such as crop yields or national livestock inventories. The focus is on food consumption but not on food production.

Thailand has the most land surface area followed by Vietnam, Laos, and Cambodia. It also has the most arable land for agriculture. Vietnam has less than half the arable land area as Thailand, but it is an agricultural powerhouse, being one of the largest producers of rice and coffee in the world.

Although food safety is briefly mentioned in Target 2.1, none of the indicators specifically track foodborne illness rates.

Food waste is tracked in SDG 12 by a food loss index and the food waste index.

SDG 3. Good Health and Well-Being. Thailand and Vietnam have comparable life expectancies although Thailand spends over two times more on healthcare per capita than Vietnam. Both countries have lower crude death rates, infant mortality rates, and fertility rates than Cambodia and Laos. Laos has the highest infant mortality rate and lowest life expectancy of the four countries. It spends five times less on healthcare per capita than Thailand. SDG 3. follows these metrics, but its targets do not include One Health issues such as reducing antimicrobial resistance or zoonotic diseases such as rabies, particularly in dogs, which is a major problem in the region.

In 2023, the WHO listed antimicrobial resistance as one of the top global public health and development threats in the world, directly responsible for an estimated 1.27 million deaths and indirectly responsible for almost 5 million deaths in 2019. Misuse and overuse of antimicrobials occur in human, animal, and plant health. It is a major One Health issue that includes environmental and ecosystem health. In 2015, WHO launched the Global Antimicrobial Resistance and Use Surveillance System (GLASS) to track global antimicrobial consumption using a One Health surveillance model. As of 2022, WHO provides profiles of the member countries.

Dengue is a deadly mosquito-borne disease. Over 7.6 million cases were reported to WHO in 2024. Rates have been increasing, and with climate change, are likely to get worse. WHO began a global surveillance database for dengue.

The SDGs track malaria, tuberculosis, HIV, and neglected nontropical diseases, but they do not track rabies, a deadly zoonotic disease that causes almost 60,000 deaths in over 150 countries, particularly in Africa and Asia.  Rabies is a major problem in Southeast Asia. The virus is usually spread by dog bites.

SDG 6. Clean Water and Sanitation. The targets include the proportion of a population that has access to safe drinking water and sanitation facilities that dispose of human waste. Sanitation systems are designed to process human waste, not animal waste. Animal waste, particularly domestic animal waste, is typically not processed even though most fecal waste produced is from animals. Animal waste contaminates waterways and crops and contributes to water and foodborne illnesses. It might also be a source of antimicrobial resistant pathogens, particularly in Southeast Asia.

SDG 15. Life on Land. Laos is the only country that is landlocked, but it has the highest percentage of forested land. Cambodia has the highest deforestation rate followed by Vietnam, Laos, and Thailand.

All four countries have moderately poor air quality, but Thailand and Vietnam have the best water quality. Measurements of soil quality have yet to be published.

Endangered species are listed by taxonomic groups in the “Red List Index.” These groups include amphibians, mammals, cycads, and warm-water reef-forming corals. Endangered sentinel species are not profiled. The World Wildlife Fund considers elephants and tigers to be endangered sentinel species in the Greater Mekong region. Laos was once known as the “Land of a Million Elephants” because historically it had the most wild elephants. In the latest count, the country had approximately 400 wild elephants left. Vietnam had less than 200 while Thailand had over 3,000. Wild tigers are extinct in Cambodia, Laos, and Vietnam. Less than 250 tigers exist in Thailand. People care about specific charismatic animals, such as elephants and large cats. Tracking an endangered species index is vitally important, but profiling specific endangered animals that people feel passionate about might be equally important.

Please see Table 2 below

 One Health Matrix Identified SDG Gaps 

No Human Development Index (HDI) -life expectancy, income, education.

No Happiness Index—a measure of social well-being.

Food Security is tracked by consumption and less so on production.

No Food Safety or Foodborne Illness rates are tracked. (SDG 12 includes Food Loss and Food Waste)

Specific Antimicrobial Resistance (AMR) rates in humans or animals are not tracked.

Zoonotic diseases such as rabies death rates are not tracked.

Vaccination Rates in animals, such as canine vaccination rates against rabies, are not tracked.

Domestic Animal Health (e.g., cats, dogs, or livestock) is not represented in SDGs.

Soil health is not tracked.

Crop production and yields are not tracked.

Livestock production and yields are not tracked.

Pesticide use in crops is not tracked.

There is no Domestic Animal Waste Production Index

There is no Domestic Animal Waste Management Index.

Specific Endangered Sentinel Wildlife are not tracked.

Unexploded ordnances not tracked in war-torn nations. 

Conclusions 

Colonization and war have severe consequences for a nation’s health, wealth, and well-being. The history of the four Southeast Asian countries profiled in this paper illustrates this point. Thailand was never colonized and avoided war. From a One Health perspective, its people, animals, and environments are faring the best, although Vietnam, despite its war-torn history, is a close second. The fact that Vietnam defeated the United States during the 20th century war is a likely explanation for the optimism, social cohesion, and dynamism of its people. Comparing the Corruption Perceptions Index and Happiness Index of the four countries finds that Vietnam ranks the highest of these two measures even though Thailand is technically the wealthiest of the four based on its GDP and Health Expenditures. 

My One Health analysis has shown that there are gaps in the SDGs, primarily in the domesticated animal and crop realm that impact human health and well-being. Antimicrobial resistance, zoonotic diseases, food safety, food security (from the production standpoint), soil health, pesticide use, and animal waste management are important areas that are being overlooked. Livestock and their wastes produce methane and nitrous oxide, potent greenhouse gasses. Unexploded ordnances contaminating environments and killing innocent people are also not tracked. SDGs that specifically follow these areas would provide important information to improve global health, well-being, and sustainability.

The 17 UN SDGs represent a global vision to improve life on Earth for all countries and for all peoples. Tracking the many targets and indicators over the years has been a monumental effort and a testament to the commitment by the international community to achieve these goals. The challenges of the 21st century will make these efforts increasingly important. A One Health approach should be included to ensure healthy animals, plants, environments, and ecosystems. 

 

Table 1. Political, Social, Economic Factors

Country Cambodia Laos Thailand Vietnam
Political Factors        
U.S.-Southeast Asia

War/Bombing Campaigns

Yes Yes No Yes
Civil War Yes (with genocide) No No Yes
Current Political System Constitutional Monarchy Communist Parliamentary democracy with a Constitutional Monarchy Communist
Social Factors
Corruption Perceptions Index Score 2023 22 28 35 41
Happiness Index

2021-2023

4.34 5.14 5.98 6.04
Economic Factors
GDP Per Capita (Current US$) (2023) 2429.7 2066.9 7182.0 4282.1
Human Development Index (2022) 0.600 0.620 0.803 0.726
Health Expenditure Per Capita (Current US$) (2021) 122.42 68.88 364.37 172.55

 

 Table 2. One Health Factors at Population Levels

Country Cambodia Laos Thailand Vietnam
Humans
Population 17.6 million 7.8 million 71.7 million 100.9 million
Population Density (people per km2) 100 34 140.1 328
Estimate of total human fecal production (kg/yr) 1.9 X 109 8.5 X 108 7.8 X 109 8.9 X 109
Life Expectancy for Both Sexes in Years (2024) 70.82 69.23 76.56 74.74
Total Fertility Rate (Live Births per Woman) (2024) 2.5 2.4 1.2 1.9
Infant Mortality Rate, Both Sexes, Probability of Dying Between Birth and Age 1 per 1000 Live Births (2022) 20.3

 

32.7

 

7.0 16.2
Crude Death Rate per 1,000 population 6.78 6.05 5.05 5.5
Dengue (total reported cases, 2024) 18,983 19,486 104,681 103,078
Rabies, reported human deaths 2022 No data, but  reportedly has one of the highest death rates in the world from rabid dog bites. 20 3 70
Animals (Domestic Livestock and Sentinel Wildlife Species)
Dogs (2021/2023) 5 million Est. 5 million 12.8 million 5.5 million
Chickens (per 1000 animals) (2023) 12,817 52,235 288,758 457,221
Ducks (per 1000 animals) (2023) 8,878 3,693 15,504 87,645
Buffalo (2023) 665,269 1,211,949 889,775 2,136,009
Cattle (2023) 2,611,835 2,542,707 4,630,798 6,331,895
Goats (2023) Est.400,000 786,965 483,417 3,088,328
Horses (2023) 31,585 32,000 7,230 48,821
Pigs/Swine (2023) 2,036,958 4,525,574 7,721,375 25,546,030
Estimated Total Domestic Animal Fecal Waste (kg/year) 2.6X109 3.7X109 7.0X109 13.6X109
Wild Elephant Population 400 to 600 400 3,084-3,500 <200
Wild Tiger Population Extinct Extinct 179-223 Extinct
Plants (Domestic)
Arable Land for Agriculture

(hectares) 2022

4,120 1,224 17,150 6,754
Coffee, green (2023) 365 tons 177,662 tons 16,575 tons 1,956,782 tons
Rice (2023) 12,900,000 tons 3,835,000 tons 33,070,957 tons 43,497,625 tons
Environments and Ecosystems
Air Quality.

Average Particulate Matter 2.5 microns (PM2.5),

2023

73 ug/m3 (Moderate)

 

88 ug/m3 (Moderate)

 

74 ug/m3

(Moderate)

 

88 ug/m3 (Moderate)

 

Water Quality. Environmental Performance Index (EPI) 2023 40.0 32.2 51.3 54.3
Soil Quality Asian Soil Laboratory Network (SEALNET), established in 2017, has not yet issued a report.
Percent Land Contamination with unexploded ordnance (UXO) >20% >20% Along Thai-Cambodian border >20%

 

Methodology used to calculate human and animal fecal waste production based on 2018 Nature Sustainability paper by Berendes, et al. ChatGPT used to estimate adult human and animal body weights and to calculate fecal production per human and animal populations.

 

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