SPECIAL REPORTS AND PROJECTS
Oil palm plantations a ‘threat to global health,’ says study on outbreaks
Published
4 years agoon
- From Ebola in Africa to malaria in Brazil to tick-borne illnesses in the U.S., there is a common thread linking outbreaks of vector-borne and zoonotic diseases: fluctuating forest cover, according to a recent study.
- Deforestation and even increases in green cover can fuel the rise of diseases, the research shows, citing the link between oil palm plantations and outbreaks of malaria and dengue as a case in point.
- The study examined linkages between forest cover changes with vector-borne and zoonotic diseases between 1990 and 2016 and found that outbreaks of both types of infections have increased.
- The evidence that human health can suffer even as a result of misguided afforestation or plantation shows that more research is needed on the role of forests in modulating diseases.
The COVID-19 pandemic has raised plenty of questions about whether the planet’s declining health is what ails humans. The answer is yes, and it’s not a metaphorical response.
Distorting the blue planet’s green cover, hollowing out dense forests and tacking tree plantations at will fuels the rise of diseases, a growing body of research shows. From Ebola in Africa to malaria outbreaks in Brazil to tick-borne illnesses in the U.S., there is a common thread: fluctuating forest cover, a recent study in Frontiers in Veterinary Science has found.
The study authors spotlight an overlooked hazard: oil palm plantations, which they call a “threat to global health.”
COVID-19 is a zoonotic disease, one where the pathogen emerges in animals and spills over into humans. How the SARS-CoV-2 virus made this jump is still under investigation, but one theory posits that a bat coronavirus entered human populations via an intermediary host. This scenario has raised concerns about the health risks related to wildlife trade and human incursions into natural habitats.
The new study examined linkages between deforestation and reforestation with vector-borne and zoonotic diseases between 1990 and 2016. Vector-borne diseases including malaria, dengue and Lyme disease are transmitted by insects like mosquitoes, ticks and fleas. Both vector-borne and zoonotic diseases occurred more frequently in this period, with the former seeing a marked surge.
Greener tropical countries like Brazil and Indonesia that report high deforestation rates suffer more frequent vector-borne disease outbreaks, the analysis found. Data from other nations like Peru and Bolivia in South America; the Democratic Republic of Congo and Cameroon in Africa; and Myanmar and Malaysia in Southeast Asia, support this conclusion.
A quarter of all forest lost between 2001 and 2015 was cleared for the production of commodities like beef, soy, palm oil, and wood fiber, according to a 2018 study. Plantations of these crops have metastasized in some of the most forest-rich countries in the world. Indonesia is the world’s largest palm oil producer, and Brazil churns out most of the global supply of soybeans, and a large chunk of its beef.
In Southeast Asia, replacing forests with oil palm plantations was found to boost the abundance of Anopheles mosquitoes that transmit malaria. In Malaysian Borneo, agricultural land replacing forests led to shrinking populations of Aedes niveus but the swelling of A. albopictus, both dengue-carrying mosquitoes.
Though changes in forest cover create conditions favorable for maladies, the relationship is not straightforward. Malaria experts found that outbreaks are linked to forest clearing, especially at deforestation frontiers. But in some cases, the rise in malaria cases also leads to a dip in deforestation as those who log forests lose labor days owing to illness, creating a convoluted feedback loop.
Mapping of Ebola outbreaks in western and central Africa revealed that index cases were more likely to occur in forest fragmentation hotspots. When closed forests are pried open, amplifying people’s exposure to wild animals and pathogens, it raises the risk of zoonotic infection spillover.
The harmful impacts don’t just arise from deforestation, the research found; disease spread is also associated with unsuitable afforestation. Though such efforts can promote biodiversity and benefit carbon sequestration, they might have unintended consequences. In the U.S., for example, planting trees and growing green cover supported the resurrection of deer populations but also led to an increase in tick populations.
This was true of temperate-zone countries, which had lower forest cover. But the researchers also saw this pattern in places like China and Vietnam, which have embarked on vigorous reforestation drives. However, the authors caution that their data on the increase in green cover don’t differentiate between commodity plantations, afforestation, or abandoned agricultural lands.
The limitations of satellite imagery are only part of the problem. There is no consensus about what makes a forest.
There is no global treaty dedicated to forests. The International Tropical Timber Agreement is the only global pact that deals directly with forests, but it focuses on the sustainable timber trade. The Bonn Challenge, which aims to restore 350 million hectares (865 million acres) by 2030, and the New York Declaration for stopping deforestation are both voluntary commitments that encompass restoration of degraded land.
Adherence to these goals has encouraged countries to launch massive tree-planting drives and led to the conversion of grasslands, important ecosystems in their own right, into forests. The authors are calling for an update to the FAO’s definition of a forest so that it does not promote the expansion of forests in areas that were historically not forested.
The evidence that human health can suffer even as a result of misguided afforestation or plantation shows that more research is needed about the role of forests in modulating diseases.
Citations:
Morand, S., & Lajaunie, C. (2021). Outbreaks of vector-borne and zoonotic diseases are associated with changes in forest cover and oil palm expansion at global scale. Frontiers in Veterinary Science, 8. doi:10.3389/fvets.2021.661063
Curtis, P. G., Slay, C. M., Harris, N. L., Tyukavina, A., & Hansen, M. C. (2018). Classifying drivers of global forest loss. Science, 361(6407), 1108-1111. doi:10.1126/science.aau3445
MacDonald, A. J., & Mordecai, E. A. (2019). Amazon deforestation drives malaria transmission, and malaria burden reduces forest clearing: A retrospective study. The Lancet Planetary Health, 3. doi:10.1016/s2542-5196(19)30156-1
Original Source: MONGABAY
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SPECIAL REPORTS AND PROJECTS
How Carbon Markets are Exploiting Marginalised Communities in the Global South Instead of Uplifting them
Published
2 weeks agoon
December 11, 2024The billion-dollar fiction of carbon offsets
Carbon markets are turning indigenous farming practices into corporate profit, leaving communities empty-handed.
For Janni Mithula, 42, a resident of the Thotavalasa village in Andhra Pradesh, cultivating the rich, red soil of the valley was her livelihood. On her small patch of land grow with coffee and mango trees, planted over decades with tireless care and ancestral knowledge. Yet, once a source of pride and sustainability, the meaning of these trees has been quietly redefined in ways she never agreed to.
Over a decade ago, more than 333 villages in the valley began receiving free saplings from the Naandi Foundation as part of a large-scale afforestation initiative funded by a French entity, Livelihoods Funds. Unbeknownst to Janni and her neighbours, these trees had transfigured into commodities in a global carbon market, their branches reaching far beyond the valley to corporate boardrooms, their roots tethered not to the soil of sustenance but to the ledger of profit and carbon offsets.
The project claims that it would offset nearly 1.6 million tonnes of carbon dioxide equivalent over two decades. On paper, it is a triumph for global climate efforts. In reality, the residents’ lives have seen little improvement. While the sale of carbon credits has reportedly fetched millions of dollars for developers, Janni’s rewards have been minimal: a few saplings, occasional training sessions, and the obligation to care for trees that she no longer fully owns. These invisible transactions pose a grave risk to marginalised communities, who practice sustainable agriculture out of necessity rather than trend.
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The very systems that could uplift them—carbon markets intended to fund sustainability—end up exploiting their resources without addressing their needs.
Earlier this year, the Centre for Science and Environment (CSE) and Down To Earth (DTE) released a joint investigative report on the functioning of the voluntary carbon market in India. The report critically analysed the impacts of the new-age climate solution, its efficacy in reducing carbon emissions, and how it affected the communities involved in the schemes.
The findings highlighted systemic opacity, with key details about the projects, prices, and beneficiaries concealed under confidentiality clauses. Developers also tended to overestimate their emission reductions while failing to provide local communities with meaningful compensation. The report stated that the main beneficiaries of these projects were the project developers, auditors and companies that make a profit out of the carbon trading system.
Carbon markets: The evolution
On December 11, 1997, the parties to the United Nations Framework Convention on Climate Change (UNFCC) convened and adopted the Kyoto Protocol with the exigence of the climate crisis bearing down on the world. The Kyoto Protocol, revered for its epochal impact on global climate policy, focused on controlling the emissions of prime anthropogenic greenhouse gases (GHGs). One of the key mechanisms introduced was the “Clean Development Mechanism”, which would allow developed countries to invest in emission reduction projects in developing countries. In exchange, the developed countries would receive certified emission reduction (CER) credits, or carbon credits as they are commonly known.
One carbon credit represents the reduction or removal of one tonne of CO2. Governments create and enforce rules for carbon markets by setting emission caps and monitoring compliance with the help of third-party organisations. For example, the European Union Emissions Trading System (EU-ETS) sets an overall cap on emissions and allocates allowances to industries. A financial penalty system was also put in place to prevent verifiers and consultants from falsifying emissions data. The impact of these renewable projects is usually verified through methods such as satellite imagery or on-site audits.
Companies such as Verra and Gold Standard have seized this opportunity, leading the designing and monitoring of carbon removal projects. Governments and corporations invest in these projects to meet their own net-zero pledges. The companies then issue carbon credits to the investing entity. Verra has stated that they have issued over 1 billion carbon credits, translating into the reduction of 1 billion tonnes of greenhouse gas emissions. However, countless case studies and reports have indicated that only a small fraction of these funds reach the local communities practising sustainability.
Article 6 under the Paris Agreement further concretised and regulated the crediting mechanism to enable countries interested in setting up carbon trading schemes. However, the parties failed to reach a consensus regarding the specifics of Article 6 at COP 27 and COP 28. So, climate finance experts and policymakers were very interested in the developments taking place at the COP 29 summit in Baku, Azerbaijan. Unlike its predecessors, the COP 29 summit has seen a diminished attendee list, with major Western political leaders including Joe Biden, Ursula von der Leyen, Olaf Scholz, and Emmanuel Macron failing to make it to the summit due to the increasingly turbulent climate within their own constituencies.
Sceptics questioned whether this iteration of the summit would lead to any substantial decisions being passed. However, on day-two of the summit, parties reached a landmark consensus on the standards for Article 6.4 and a dynamic mechanism to update them. Mukhtar Babayev, the Minister of Ecology and Natural Resources of Azerbaijan and the COP 29 President, said: “By matching buyers and sellers efficiently, such markets could reduce the cost of implementing Nationally Determined Contributions by 250 billion dollars a year.” He added that cross-border cooperation and compromise would be vital in fighting climate change.
India has positioned itself as an advocate for the Like-Minded Developing Countries (LMDCs) group, with Naresh Pal Gangwar, India’s lead negotiator at COP 29, saying, “We are at a crucial juncture in our fight against climate change. What we decide here will enable all of us, particularly those in the Global South, to not only take ambitious mitigation action but also adapt to climate change.”
The COP 29 decision comes in light of the Indian government’s adoption of the amended Energy Conservation Act of 2022, which enabled India to set up its own carbon market. In July 2024, the Bureau of Energy Efficiency (BEE), an agency under the Ministry of Power, released a detailed report containing the rules and regulations of the Carbon Credit Trading Scheme (CCTS), India’s ambitious plan for a compliance-based carbon market. The BEE has aimed to launch India’s carbon market in 2026.
CSE’s report highlighted the challenges and possible strategies that the Indian carbon market could adopt from other carbon markets around the world. Referring to this report, Parth Kumar, a programme manager at CSE, pointed out how low carbon prices and low market liquidity would be prominent challenges that the nascent Indian market would have to tackle.
The Global South should be concerned
Following the landmark Article 6.4 decision, climate activists called out the supervisory board for the lack of discussion in the decision-making process. “Kicking off COP29 with a backdoor deal on Article 6.4 sets a poor precedent for transparency and proper governance,” said Isa Mulder, a climate finance expert at Carbon Market Watch. The hastily passed decision reflects the pressure that host countries seem to face; a monumental decision must be passed for a COP summit to be touted as a success.
The science behind carbon markets is rooted in the ability of forests, soil, and oceans to act as carbon sinks by capturing atmospheric carbon dioxide. This process is known as carbon sequestration, and it is central to afforestation and soil health restoration projects. However, the long-term efficacy and scalability of these projects have been repeatedly questioned. The normative understanding of carbon markets as a tool to mitigate climate change has also come under scrutiny recently, with many activists calling the market-driven approach disingenuous to the goals of the climate movement.
From a post-colonial perspective, carbon markets have been viewed as perpetuating existing global hierarchies; wealthier countries and corporations fail to reduce their emissions and instead shift the burden of mitigation onto developing nations. Olúfẹ́mi O. Táíwò, Professor of Philosophy at Georgetown University, said, “Climate colonialism is the deepening or expansion of foreign domination through climate initiatives that exploit poorer nations’ resources or otherwise compromises their sovereignty.” Moreover, the effects of climate change disproportionately fall on the shoulders of marginalised communities in the Global South, even though industrialised nations historically produce the bulk of emissions.
There have also been doubts surrounding the claiming process of carbon credits and whether the buyer country or the country where the project is set can count the project towards its own Nationally Determined Contributions (NDCs). Provisions under Article 6 of the Paris Agreement state that countries cannot use any emission reductions sold to another company or country towards their own emissions targets. However, this has become a widespread issue plaguing carbon markets. The EU has recently been criticised for counting carbon credits sold to corporations under the Carbon Removal Certification Framework (CRCF) towards the EU’s own NDC targets. This has led to concerns over the overestimation of the impact of mission reduction projects.
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Carbon offset projects, additionally, alienate local communities from their land as the idea of ownership and stewardship becomes muddled with corporate plans on optimally utilising the land for these projects. For example, in 2014, Green Resources, a Norwegian company, leased more than 10,000 hectares of land in Uganda, with additional land being leased in Mozambique and Tanzania. This land was used as a part of afforestation projects to practise sustainability and alleviate poverty in the area. However, interviews conducted with local Ugandan villagers revealed that the project forcibly evicted the local population without delivering its promises to improve access to health and education for the community. These concerns highlighted how the burden of adopting sustainable practices is placed on marginalised communities.
While carbon markets are rightfully criticised, they remain a key piece of the global climate adaptation puzzle. Addressing the issues surrounding transparency and equitable benefit-sharing with local communities could lead to carbon markets having a positive impact on climate change. The system must ensure that larger corporations and countries do not merely export their emissions, but instead implement measures to reduce their own emissions over time. It is also imperative to explore other innovative strategies such as circular economy approaches and nature-based solutions that are more localised, offering hope for a just and sustainable future.
Adithya Santhosh Kumar is currently pursuing a Master’s in Engineering and Policy Analysis at the Delft University of Technology in the Netherlands.
Source: frontline.thehindu.com
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Statement: The Energy Sector Strategy 2024–2028 Must Mark the End of the EBRD’s Support to Fossil Fuels
Published
1 year agoon
September 27, 2023The European Bank for Reconstruction and Development (EBRD) is due to publish a new Energy Sector Strategy before the end of 2023. A total of 130 civil society organizations from over 40 countries have released a statement calling on the EBRD to end finance for all fossil fuels, including gas.
From 2018 to 2021, the EBRD invested EUR 2.9 billion in the fossil energy sector, with the majority of this support going to gas. This makes it the third biggest funder of fossil fuels among all multilateral development banks, behind the World Bank Group and the Islamic Development Bank.
The EBRD has already excluded coal and upstream oil and gas fields from its financing. The draft Energy Sector Strategy further excludes oil transportation and oil-fired electricity generation. However, the draft strategy would continue to allow some investment in new fossil gas pipelines and other transportation infrastructure, as well as gas power generation and heating.
In the statement, the civil society organizations point out that any new support to gas risks locking in outdated energy infrastructure in places that need investments in clean energy the most. At the same time, they highlight, ending support to fossil gas is necessary, not only for climate security, but also for ensuring energy security, since continued investment in gas exposes countries of operation to high and volatile energy prices that can have a severe impact on their ability to reach development targets. Moreover, they underscore that supporting new gas transportation infrastructure is not a solution to the current energy crisis, given that new infrastructure would not come online for several years, well after the crisis has passed.
The signatories of the statement call on the EBRD to amend the Energy Sector Strategy to
- fully exclude new investments in midstream and downstream gas projects;
- avoid loopholes involving the use of unproven or uneconomic technologies, as well as aspirational but meaningless mitigation measures such as “CCS-readiness”; and
- strengthen the requirements for financial intermediaries where the intended nature of the sub-transactions is not known to exclude fossil fuel finance across the entire value chain.
Source: iisd.org
Download the statement: https://www.iisd.org/system/files/2023-09/ngo-statement-on-energy-sector-strategy-2024-2028.pdf
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SPECIAL REPORTS AND PROJECTS
Will more sovereign wealth funds mean less food sovereignty?
Published
2 years agoon
April 13, 2023- 45% of Louis Dreyfus Company, with its massive land holdings in Latin America, growing sugarcane, citrus, rice and coffee;
- a majority stake in Unifrutti, with 15,000 ha of fruit farms in Chile, Ecuador, Argentina, Philippines, Spain, Italy and South Africa; and
- Al Dahra, a large agribusiness conglomerate controlling and cultivating 118,315 ha of farmland in Romania, Spain, Serbia, Morocco, Egypt, Namibia and the US.
Sovereign wealth funds invested in farmland/food/agriculture (2023)
|
|||
Country
|
Fund
|
Est.
|
AUM (US$bn)
|
China
|
CIC
|
2007
|
1351
|
Norway
|
NBIM
|
1997
|
1145
|
UAE – Abu Dhabi
|
ADIA
|
1967
|
993
|
Kuwait
|
KIA
|
1953
|
769
|
Saudi Arabia
|
PIF
|
1971
|
620
|
China
|
NSSF
|
2000
|
474
|
Qatar
|
QIA
|
2005
|
450
|
UAE – Dubai
|
ICD
|
2006
|
300
|
Singapore
|
Temasek
|
1974
|
298
|
UAE – Abu Dhabi
|
Mubadala
|
2002
|
284
|
UAE – Abu Dhabi
|
ADQ
|
2018
|
157
|
Australia
|
Future Fund
|
2006
|
157
|
Iran
|
NDFI
|
2011
|
139
|
UAE
|
EIA
|
2007
|
91
|
USA – AK
|
Alaska PFC
|
1976
|
73
|
Australia – QLD
|
QIC
|
1991
|
67
|
USA – TX
|
UTIMCO
|
1876
|
64
|
USA – TX
|
Texas PSF
|
1854
|
56
|
Brunei
|
BIA
|
1983
|
55
|
France
|
Bpifrance
|
2008
|
50
|
UAE – Dubai
|
Dubai World
|
2005
|
42
|
Oman
|
OIA
|
2020
|
42
|
USA – NM
|
New Mexico SIC
|
1958
|
37
|
Malaysia
|
Khazanah
|
1993
|
31
|
Russia
|
RDIF
|
2011
|
28
|
Turkey
|
TVF
|
2017
|
22
|
Bahrain
|
Mumtalakat
|
2006
|
19
|
Ireland
|
ISIF
|
2014
|
16
|
Canada – SK
|
SK CIC
|
1947
|
16
|
Italy
|
CDP Equity
|
2011
|
13
|
China
|
CADF
|
2007
|
10
|
Indonesia
|
INA
|
2020
|
6
|
India
|
NIIF
|
2015
|
4
|
Spain
|
COFIDES
|
1988
|
4
|
Nigeria
|
NSIA
|
2011
|
3
|
Angola
|
FSDEA
|
2012
|
3
|
Egypt
|
TSFE
|
2018
|
2
|
Vietnam
|
SCIC
|
2006
|
2
|
Gabon
|
FGIS
|
2012
|
2
|
Morocco
|
Ithmar Capital
|
2011
|
2
|
Palestine
|
PIF
|
2003
|
1
|
Bolivia
|
FINPRO
|
2015
|
0,4
|
AUM (assets under management) figures from Global SWF, January 2023
|
|||
Engagement in food/farmland/agriculture assessed by GRAIN
|
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