As the Climate negotiation move close to the end, the world anxiously awaits for a possible new agreement on Climate change that will see global temperature reducing below 2C threshold. There is a draft text for the Paris outcomes, but this is not final. Let us all pray this time round, our negotiators will reach an agreement.
REPORT: Study shows that inaction on climate change will cost Uganda 20 times more than adaptation
A new report from the Government of Uganda with support from CDKN, Baastel, Metroeconomica, Makerere University and CIDT, finds that investing in adaptation to climate change today is well worth the investment. The costs of inaction on climate change by 2025 are 20 times the costs of adaptation.
Uganda is already experiencing the impacts of climate variability and associated economic losses. A drought in 2008 caused losses of approximately 3% of the value of all food and cash crops that year.Two years later, the country lost 16% of the total annual value of these crops as a result of extreme weather.
Uganda’s First National Development Plan (2010–2015) recognises that climate change will affect most of its key economic sectors and that action on climate change is crucial if the country is to meet its goal to become a competitive, upper middle-income country by 2040. The Plan also recognises that, for development to be economically and socially sustainable, climate resilience must be at the heart of policies for growth and development, energy access and security, increased agricultural production, education and health. The National Climate Change Policy was approved by the Ugandan Cabinet in April 2015 and its priorities are mainstreamed into the country’s Second National Development Plan (2015–2020).
Against this backdrop, the Government of Uganda commissioned the Economic Assessment of the Impacts of Climate Change study. Its purpose is to provide the Government with economic evidence on the current and future costs associated with climate variability and predicted climate change, and the necessary adaptation measures for different sectors at both national and local scales. This evidence is intended to help policy-makers mainstream climate change and resilience into national and sectoral policies and develop the case for investing in adaptation. The study team engaged with around 200 stakeholders from the Government of Uganda and around 300 people from districts and civil society through face-to-face meetings, workshops, interviews and field missions.
Evidence from the study has already informed Uganda’s Intended Nationally Determined Contribution (INDC) to the 21st Conference of Parties (COP 21) to the United Nations Framework Convention on Climate Change (UNFCCC) in Paris, France, in late 2015. The INDC outlines Uganda’s commitment to climate adaptation and the mitigation of greenhouse gases as part of a new, universal global climate agreement that will be decided at the summit.
The report’s key messages are:
1. Development prospects will only be reached if the impacts of climate change on Uganda are mitigated.
2. The impacts of climate change are expected to be felt across all the sectors and local areas studied, to varying degrees.
3. The cost of adaptation is high: estimated at around US$406 m over the next five years (2015–2020). On an annual basis, this amounts to about 5% of net official development assistance received and 3.2% of total government revenues (excluding grants).
4. The cost of inaction is 20 times greater than the cost of adaptation: inaction is estimated at between US$3.1 bn and 5.9 bn per year by 2025, which is more than 20 times the proposed adaptation budget.
5. The economic case for adaptation is clear: many of the adaptation measures proposed in the study are ‘no regrets’ investments, in that they are valid even in the absence of climate change.
6. Considering the co-benefits strengthens the case for adaptation further, for example improved livelihoods, health and access to energy; these represent strong investments in the development of Uganda’s future.
On the road to Paris, a wave of hope manifested in the impressive number of ambitious Intended Nationally Determined Contributions (INDCs) testifies the commitment of developing countries to address climate change, though without assurance of support.
A recentassessment of the submitted INDCs by civil society had found that commitments captured in INDCs will not keep temperatures below 1.5°C or 2°C, above pre-industrial levels. The current INDCs represent substantially less than half of the reduction in emissions required by 2030.
“Government should come to our rescue as weonly get to eat once every two days.” These are some of the sentiments reported in the media as drought and famine hit some parts of UgandaSince August 2015 to date.In May 2013, heavy rains in Kasese district caused severe flooding in 9 sub-counties leaving 8 people dead and displacing 9,663 according to the International Federation of Red Cross and Red Crescent (IFRC).According to Uganda humanitarian profile (OCHA 2011), the 2010 landslides buried 3 villages, leaving 83 people dead and more than 300 missing.
Increasing frequency and intensity of weather and climate related disastersare being witnessed in all partsof the World including Uganda with severe impacts on women and children.
We the civil society advocating for climate justice globally and in Uganda having met on September 30, 2015 at Imperial Royale hotel in Kampala,
NAPE joins the rest of the world to commemorate International Lead Poisoning Prevention Week of Action (ILPPWA).
This year's National Lead Poisoning Prevention Week theme is, "Lead-Free Kids for a Healthy Future," which has focused on the importance of the many ways parents can reduce a child's exposure to lead and prevent its serious health effects.
National Association of Professional Environmentalists (NAPE) with support from IPEN is creating awareness about the harmful aspects of Lead in selected schools. NAPE is conducting lectures to pupils in primary schools on Lead and Lead poisoning and the major pathways for exposure to lead poisoning including paints, batteries, lead contaminated toys and lead contaminated dust among others.
It has been observed that children under the age of 6 years old are at an increased risk for lead exposure, due to their rapid rate of growth and their tendency to place toys, their fingers and other objects in their mouths that could be containing lead or leaded dust, and thus are more prone to ingestion of lead paint chips and house dust or soil that may contain lead particles.
Lead is a naturally occurring toxic metal found in the Earth’s crust. It is a cumulative toxicant that affects multiple body systems and is particularly harmful to young children. Its widespread use has resulted in extensive environmental contamination, human exposure and significant public health problems in many parts of the world.
Important sources of environmental contamination include mining, smelting, manufacturing and recycling activities, and, in some countries, the continued use of leaded paint and leaded gasoline.
Lead is particularly dangerous because once it gets into a person's system; it is distributed throughout the body just like helpful minerals such as iron, calcium, and zinc. The body stores lead in the teeth and bones where it accumulates over time.
Lead stored in bone may be remobilized into the blood during pregnancy, thus exposing the fetus. And lead can cause harm wherever it lands in the body. In the bloodstream, for example, it can damage red blood cells and limit their ability to carry oxygen to the organs and tissues that need it, thus causing anemia.
Young children are particularly vulnerable to the toxic effects of lead and can suffer profound and permanent adverse health effects, particularly affecting the development of the brain and nervous system. At high levels of exposure, lead attacks the brain and central nervous system to cause coma, convulsions and even death. Undernourished children are more susceptible to lead because their bodies absorb more lead if other nutrients, such as calcium, are lacking. Children at highest risk are the very young; including the developing fetus, and the impoverished.
Children who survive severe lead poisoning may be left with mental retardation and behavioural disruption. However, at lower levels of exposure it causes no obvious symptoms, and that previously were considered safe, lead is now known to produce a spectrum of injury across multiple body systems.
In particular lead affects children’s brain development resulting in reduced intelligence quotient (IQ), behavioural changes such as shortening of attention span and increased antisocial behaviour, and reduced educational attainment. Lead exposure also causes anaemia, hypertension, renal impairment, immunotoxicity and toxicity to the reproductive organs. The neurological and behavioural effects of lead are believed to be irreversible.
Moreover, children’s innate curiosity and their age-appropriate hand-to-mouth behaviour result in their mouthing and swallowing lead-containing or lead-coated objects, such as contaminated soil or dust and flakes of decaying lead-containing paint. This route of exposure is magnified in children with persistent and compulsive cravings to eat non-food items, who may, for example pick and eat, leaded paint from walls, door frames and furniture. Exposure to lead-contaminated soil and dust resulting from battery recycling may result into massive lead poisoning and multiple deaths in young children.
Lead also causes long-term harm in adults, including increased risk of high blood pressure and kidney damage. Exposure of pregnant women to high levels of lead can cause miscarriage, stillbirth, premature birth and low birth weight, as well as minor malformations.
Lead exposure is estimated to account for 143 000 deaths per year with the highest burden in developing regions. Lead in the body is distributed to the brain, liver, kidney and bones. It is stored in the teeth and bones, where it accumulates over time. Human exposure is usually assessed through the measurement of lead in blood.
There is no known level of lead exposure that is considered safe. Even blood lead concentrations as low as 5 µg/dl, once thought to be a “safe level”, may result in decreased intelligence in children, behavioural difficulties and learning problems. But it is known that, as lead exposure increases, the range and severity of symptoms and effects also increases. However, lead poisoning is entirely preventable.
Drinking water delivered through lead pipes or pipes joined with lead solder may contain lead. Much of the lead in global commerce is now obtained from recycling.
Sources and routes of exposure
People can become exposed to lead through occupational and environmental sources. More than three quarters of global lead consumption is for the manufacture of lead-acid batteries for motor vehicles. Lead is, however, also used in many other products, for example pigments, paints, solder, stained glass, crystal vessels, ammunition, ceramic glazes, jewellery and toys. This mainly results from:
The World Health Organization (WHO) has identified lead as one of ten chemicals of major public health concern, needing action by Member States to protect the health of workers, children and women of reproductive age.