Northeast Pakistan hit by ‘surprise’ floods, as monsoon rains intensify

Saleem Shaikh
Thomson Reuters Foundation – Thu, 1 Aug 2013

A mud house surrounded by floodwater in flood-hit Narowal district, Punjab province. PHOTO/Punjab PDMA

SIALKOT, Pakistan (Thomson Reuters Foundation) – “We kept quivering with fear the whole night and could not sleep even a wink,” recalled Salma Zehra, a mother of five teenage children. The family trembled to think that the roof of their mud house could cave in at any time, as the rain lashed down in a huge thunderstorm.

By early morning on July 22, the house in Mehtabpur village in northeast Pakistan’s Sialkot district was waist-deep in water. The torrential downpour had left Zehra’s two buffaloes dead, the 45-year-old said in a shaky voice.

Another bout of heavy rain followed later that night. The Dek tributary of the Chenab River in Sialkot, 192 km (122 miles) from Islamabad, burst its banks, submerging more than 72 villages in the district.

Besides Sialkot, other districts in Punjab province have also suffered massive damage to crops across 1,000 hectares of land, as well as to properties. According to the district disaster management authorities of Sialkot, Gujranwala and Narowal, an estimated 400 villages have been flooded.

Officials have declined to give final figures for the losses, but say dozens have died and thousands of people remain stranded in the affected parts of the three districts. Some are starting to return home, but many houses have collapsed and must be rebuilt, they report.

Sialkot District Coordination Officer Iftikhar Ali Sahu told Thomson Reuters Foundation thousands of people had been trapped on the roofs of their houses during the worst of the flooding. “Mortality among cattle is high – the number of dead animals continued to rise as the floodwaters began to recede on July 26,” he added.

The situation in adjoining districts is just as bad. In Narowal alone, around 2,000 people were marooned on their rooftops in some seven villages a week ago.

Less than 30 percent of the floodwater has yet to recede, according to Mujahid Sherdil, director-general of the Punjab Provincial Disaster Management Authority.

Machines have been brought in to help drain water out of the flood-affected areas, and he hopes the task will be accomplished in the next two to three days, he told Thomson Reuters Foundation from Lahore.

Sherdil said the torrential rainfall had caused breaches of irrigation canals, streams and natural dams, and the floods had washed away crops, livestock, roads, bridges, buildings and even entire villages.

Farmers say surviving cattle in flood-hit areas are now at risk.

“Besides paddy, maize and vegetable crops, fodder fields are also underwater. This has created an acute shortage of fodder, and it is barely possible to save our cattle from the looming threat of hunger and disease,” said Zehra’s husband, Ghulam Abbas.

METEOROLOGISTS ‘STARTLED’

The above-normal monsoon rains in Punjab’s northeastern districts have taken weather experts by surprise.

“Last month, we predicted that this year monsoon rains across the country would remain normal with no possibility of flooding. But unexpected heavy rains in the northeastern districts are startling for us,” said Ghulam Rasul, a senior weather scientist at the Pakistan Meteorological Department (PMD) in Islamabad. “This shows how monsoon rains have become erratic and unpredictable in timing, volume and intensity.”

Sherdil, head of the Punjab disaster management agency, said the heavy rains and flooding had caught them unprepared.

“We were closely following the weekly and monthly forecasts of PMD that never predicted heavy rains of unprecedented significance for July in northeastern parts, which have been nearly 40 percent above normal for the month,” he said.

It has been difficult to get aid into the affected areas due to damaged and flooded roads and bridges, he said. “Nevertheless, we left no stone unturned to get the emergency relief items including food, medicines, to the flood victims on boats – although (they arrived) a bit late,” he added.

MONSOON SHIFTS

In June 2012, scientists argued in the Nature Climate Change journal that global warming would make understanding changes in the South Asian monsoon more difficult.

They said the impacts of short- and long-term monsoon shifts would affect the lives of over a billion people in the region, who rely on rainfall for agriculture, hydropower generation, economic growth and basic human needs.

Understanding how the South Asian monsoon will alter due to climate change is necessary to cope with the effects, reduce the risk of disasters and safeguard people’s livelihoods, they underlined.

“Addressing the uncertainties in projected changes of the monsoon variability in coming years will remain a daunting challenge for climate scientists,” said Arshad Abbasi, a water and energy expert at the Sustainable Development Policy Institute in Islamabad.

Arshad Khan, the executive director of the Global Change Impact Study Centre (GCISC), the research arm of Pakistan’s Federal Climate Change Division, said the country is in the grip of unpredictable weather patterns.

Intense monsoon rains will be a common phenomenon, particularly on the country’s southern plains which lack water reservoirs and are highly vulnerable to floods, he warned.

And a spurt in the speed of glacial melt, due to rising global temperatures and above-normal monsoon rains, is likely to cause rivers to overflow and burst their banks across the country, he added.

GOVERNMENT EFFORTS

Officials at the Climate Change Division, which operates under the oversight of the prime minister, said efforts are underway to tackle the vagaries of climate change across different sectors of the economy, particularly agriculture and water.

“Consultations are being made with national and provincial disaster management authorities, and officials of federal and provincial environment, agriculture, irrigation departments to implement national climate change policy to mitigate the impacts of changing weather patterns and erratic monsoon rains,” said a senior official, who coordinates policy at federal and provincial levels.

The Climate Change Division is developing climate adaptation plans for the agriculture, water and irrigation sectors, which will be implemented in Pakistan’s four provinces in collaboration with international NGOs and provincial government offices.

It is also working on programmes to ensure that climate change is considered in other sectors such as health and education, to make them more climate-resilient.

Abbasi of the Sustainable Development Policy Institute said the best ways to avert the growing threat of floods in Pakistan include efficient watershed management, reforestation in northern mountain areas and the revival of riverine forests.

Saleem Shaikh and Sughra Tunio are Islamabad-based journalists specialising in climate change and development issues.

Weblinkhttp://www.trust.org/item/20130801085120-sk59n/

Climatic Change is effecting the life in Northen part of Pakistan

The life of Northern areas in Pakistan is prone to effects of climatic change.The devastating rains which flooded the houses and farms and fields of the people were due to climatic change the experts say. Northern areas of Pakistan are hilly and mountainous areas having a large population solely dependent on fruits,and agriculture.But due to climatic changes,the changes in temperatures and shifting in the moon soon seasons the crops are badly effected.The floods have added to it more.
The public of the area need to be educated to adapt to the climatic changes and earn their livelihood.The international community must come forward with humanitarian assistance for adapting,educating and helping of the people of these areas.

Ancient irrigation reservoirs vital amid erratic monsoon rains in Sri Lanka – Thomson Reuters Foundation

Sri Lanka has been increasingly witnessing erratic rain patterns that have had a debilitating  impact on the country’s vital agriculture production. Now research has shown that centuries old irrigation schemes spread wide in the rural areas can be used as a workable solution to the vagaries of these shifting rain patterns. – http://www.trust.org/item/20130702101105-pvwac/?source=hptop

South Asia in Search of Coordinated Climate Policy


KATHMANDU, May 16 2013 (IPS)
 – With a combined population of over 1.7 billion, which includes some of the world’s poorest but also a sizeable middle class with a growing spending capacity, South Asia is a policymaker’s nightmare. The region’s urban population is set to double by 2030, with India alone adding 90 million city dwellers to its metropolises since 2000. Over 75 percent of South Asia’s residents live in rural areas, with agriculture accounting for 60 percent of the labour force, according to recent statistics released by the World Bank.

South Asia has always been a climatic hot spot. According to Pramod Aggarwal, South Asia principal researcher and regional programme leader for agriculture and food security for the Consultative Group on International Agricultural Research (CGIAR), over 70 percent of the region is prone to drought, 12 percent to floods and eight percent to cyclones.

“Climate stress has always been normal (here); climate change will make things worse,” he said. Experts like Aggarwal say that the region needs to collaborate on research, agriculture and importantly, water management to be better prepared for rapidly varying climate patterns – http://www.ipsnews.net/2013/05/south-asia-in-search-of-coordinated-climate-policy/

US supports Nepalese system to detect forest fires

By Saleem Shaikh
Thomson Reuters Foundation – Thu, 16 May 2013 02:53 PM

Hira Pulami peels bark from the trunk of a pine tree burned in a forest fire that broke out in mid-April in Seti Devi village, 16 km southwest of Kathmandu. TRF/Saleem Shaikh

SETI DEVI, Kathmandu (Thomson Reuters Foundation) – For Hira Pulami, seeing the charred trunks of the precious pine trees he grew up with is a cause of lingering pain. But he is hopeful that Nepal’s new forest-fire detection system will help avoid a repeat of the recent catastrophe that struck his village.

“I myself planted with these hands many of the pine trees that burned down during the raging forest fire in Seti Devi last month,” he said sorrowfully.

Seti Devi is a scenic mountain village, 16 km southwest of Kathmandu. Popular with tourists, it is renowned for its ancient pine trees.

Pulami was asleep when the blaze erupted in his village on the night of April 14, proceeding to burn for almost 36 hours.

Army troops, backed by police and fire fighters, arrived some 21 hours after the fire began. The delay was caused by the village’s location on a steep mountain without proper road access, the 40-year-old said.

Pointing to a large area that now looks like unsightly wasteland, Pulami said that, after engulfing most of the tall pines in Seti Devi, the wildfire rapidly swept through the forests in the adjoining villages of Sheshnarayan and Chhaimale.

“Local people used every resource at hand to douse it, but in vain, for it was too fierce to be tamed by just a few of us,” he recalled.

Besides thousands of decades-old pine trees, precious medicinal herbs were also reduced to cinders in just a few hours, Pulami said, his voice choking with grief.

1,000 FIRES SINCE MARCH

Police deputy superintendent Guru Bishnu Kafle told Kantipur News TV on April 22 that, since the dry season started in the third week of March, Nepal had already witnessed forest fires in over 1,000 places, destroying both community and public forests and protected areas including the Chitwan National Park, Parsa Wildlife Reserve and Annapurna Conservation Area.

The forest fire season continues until mid-August, but official records indicate that about 60 percent of wildfires occur in March and April, Kafle said.

The major causes include mismanagement of the ‘slash and burn’ agriculture method in forests, lack of community awareness programmes, careless use of flammable substances, and the absence of plans to demarcate firebreaks.

Sundar Sharma, coordinator of the UNISDR-Regional South Asia Wildfire Network , said preparedness and response mechanisms for forest fires are weak in Nepal.

According to the Nepal forest fire management chapter of the network, around 239,000 hectares of forests were destroyed by wildfires in 2009-2010 alone.

RISING TEMPERATURES

Temperatures are rising in mountain areas close to Kathmandu, largely due to increased deforestation, as trees are cut down for fuel in the winter and land is cleared for urbanisation, which also hikes vehicle emissions and timber demand. The risk of forest fires is growing in line with these trends.

Pulami said forest fires have become more frequent as the local climate has warmed over the past decade. In the past, the winter cold would last until late April, but now warm days are occurring as early as mid-March, he explained.

“The latest forest fire incident in my village was the fourth in the most recent three years of my 40-year life,” he said.

So he was glad to learn that through a new SMS service that sends alerts to mobile phones, he can now be informed of a wildfire incident within just 20 minutes of its detection.

“(This) can really help us tackle a forest fire…before it spreads far and wide,” he said with hope. “Wildfires are easily controllable when on a smaller scale.”

U.S. SUPPORT

The “Forest Fire Detection and Monitoring System” was launched in March 2012 as a pilot programme in a few of Nepal’s forest districts by the Kathmandu-based International Centre for Integrated Mountain Development (ICIMOD).

Technical support has been provided by the U.S. National Aeronautics and Space Administration (NASA), with funding from USAID, under the multi-million-dollar SERVIR-Himalaya initiative.

The Nepalese system uses data from the Moderate Resolution Imaging Spectroradiometer (MODIS) instrument on NASA satellites, combined with geographic information system (GIS) and remote sensing (RE) technologies, to carry out automated data acquisition, processing and reporting on exact fire locations.

After the successful test phase, ICIMOD rolled out the system in late April in collaboration with the Ministry of Forest and Soil Conservation in all of Nepal’s 75 districts, as part of national climate change adaptation and mitigation efforts.

Sudip Pradhan, leader of the project at ICIMOD, told Thomson Reuters Foundation that the system now sends forest fire alerts via SMS and email to 200 subscribers, who include district forest officials and local members of the Federation of Community Forest Users’ Group Nepal.

“In view of the country’s large area, satellite data have proved highly useful for near real-time fire detection, monitoring and assessment of burnt areas,” he said.

The system, planted on the roof of ICIMOD headquarters, receives images directly from NASA’s Terra and Aqua satellites. These are processed by ICIMOD, and if fires are detected, alerts are sent out to subscribers in just 15 to 20 minutes to help them respond quickly, Pradhan explained.

RESPONSE KEY

Forest Management Officer Pashupati Koirala said the system would help his colleagues across the country, as well as the wardens of protected areas.

“Once the forest officers get fire alerts, they pass on the information to forest range posts and coordinate with the community forest user groups,” Koirala said. “This is really helping us overcome forest fires very soon after they break out, to stave off loss of life, as well as damage to forest resources and public properties.”

The fire notifications are particularly useful as they provide geographical details such as longitude, latitude, district and village names, and even ward numbers, he added.

Pramod Kumar Aggarwal, South Asia programme leader for the CGIAR Research Programme on Climate Change, Agriculture and Food Security (CCAFS), warned that the success of the new system will depend on how forest officials on the ground react to the alerts.

“Certainly such an information system is a key to efficient protection of forest resources, and further progress can be achieved through timely and efficient response to the forest fire detection and monitoring,” he said.

ICIMOD’s Pradhan said the centre has chalked out a plan to share the system with other South Asian countries. Collaboration is underway with Bhutan and Bangladesh, and the technology will be soon transferred to them, he said.

Staff in forest departments and others concerned will also receive hands-on training to be able to run the fire detection systems effectively, he added.

Saleem Shaikh and Sughra Tunio are climate change and development reporters based in Islamabad.

Eating insects can help tackle hunger, global warming, says UN study

ISLAMABAD: The latest armament in the UN’s fight against hunger, global warming and surging pollution may soon fly by you.

Edible insects are being promoted as a low-fat, high-protein food for people, pets and livestock. According to the UN, they come with appetizing side benefits: Reducing greenhouse gas emissions and livestock pollution, creating jobs in developing countries and feeding the millions of hungry people in the world.

Who eats insects now?

Two billion people do, largely in Asia, Africa and Latin America, the Rome-based UN Food and Agriculture Organization said yesterday as it issued a report exploring edible insect potential.

Some insects may already be in your food (and this is no fly-in-my-soup joke). Demand for natural food coloring as opposed to artificial dyes is increasing, the agency’s experts say. A red coloring produced from the cochineal, a scaled insect often exported from Peru, already puts the hue in a trendy Italian aperitif and an internationally popular brand of strawberry yogurt. Many pharmaceutical companies also use colorings from insects in their pills.

Protein-rich, full of fiber

Scientists who have studied the nutritional value of edible insects have found that red ants, small grasshoppers and some water beetles pack (gram-per-gram or ounce-per-ounce) enough protein to rank with lean ground beef while having less fat per gram.

Bored with bran as a source of fiber in your diet? Edible insects can oblige, and they also contain useful minerals such as iron, magnesium, phosphorous, selenium and zinc.

Which to choose?

Beetles and caterpillars are the most common meals among the more than 1,900 edible insect species that people eat. Other popular insect foods are bees, wasps, ants, grasshoppers, locusts and crickets. Less popular are termites and flies, according to UN data.

Eco-friendly

Insects on average can convert 2 kilograms (4.4 pounds) of feed into 1 kilogram (2.2 pounds) of edible meat. In comparison, cattle require 8 kilograms (17.6 pounds) of feed to produce a kilogram of meat. Most insects raised for food are likely to produce fewer environmentally harmful greenhouse gases than livestock, the UN agency says.

Don’t swat the income

Edible insects are a money-maker. In Africa, four big water bottles filled with grasshoppers can fetch a gatherer 15 euros ($20). Some caterpillars in southern Africa and weaver ant eggs in Southeast Asia are considered delicacies and command high prices.

Insect-farms tend to be small, serving niche markets like fish bait businesses. But since insects thrive across a wide range of locations — from deserts to mountains — and are highly adaptable, experts see big potential for the insect farming industry, especially those farming insects for animal feed. Most edible insects are now gathered in forests.

Let a bug do your recycling

A 3 million euro ($4 million) European Union-funded research project is studying the common housefly to see if a lot of flies can help recycle animal waste by essentially eating it while helping to produce feed for animals such as chickens. Right now farmers can only use so much manure as fertilizer and many often pay handsome sums for someone to cart away animal waste and burn it.

A South African fly factory that rears the insects en masse to transform blood, guts, manure and discarded food into animal feed has won a $100,000 UN-backed innovation prize.

The story published first in Lahore Times on May 15, 2013. 
Weblink: http://www.lhrtimes.com/2013/05/14/eating-insects-can-help-tackle-hunger-global-warming-says-un-study/

Tech Transfer can help mitigate heat-trapping emissions: UNEP study

NAIROBI/ISLAMABAD: Less than one per cent of all patent applications relating to Clean Energy Technology (CET) have been filed in Africa, highlighting an opportunity for the continent to leapfrog existing fossil-fuel energy sources and; thus, cut Greenhouse Gas Emissions and bring major health benefits, according to a recent study.

A new study by the UN Environment Programme (UNEP) and the European Patent Office (EPO)—Patents and Clean Energy Technologies in Africa—found that Africa has a huge untapped potential for generating clean energy, including enough hydroelectric power from its seven major river systems to serve the whole of the continent’s needs, as well as enormous potential for solar energy, wind energy, geothermal energy etc.

For example, hydropower, the most commonly used renewable energy source, is estimated to be utilized at just 4.3 per cent of the continent’s total capacity—although recent years have seen efforts to ramp up clean energy, with North African nations leading in solar and wind, Kenya in Geothermal, Ethiopia in hydro and Mauritius in bioenergy.

However, intellectual property and patenting in particular have been highlighted as a significant factor limiting the transfer of new clean technologies to developing countries, and identified as a barrier to these countries meeting new emission limits for CO2 and other Greenhouse Gases.

While the lack of patents filed means CETs can be freely exploited in Africa, the lack of these patents to protect their products means source companies may be reluctant to offer up their know-how to promote technology transfer.

“The development and transfer of technologies are key pillars in both mitigating the causes of climate change and adapting to its effects; patents are a crucial part of this process,” said Nick Nuttall, UNEP Spokesperson.

“In addition to an accelerated response to climate change, boosting clean energy technologies have multiple green economy benefits including on public health—for example, in sub-Saharan Africa more than half of all deaths from pneumonia in children under the age of five, and chronic lung disease and lung cancer in adults over 30, can be attributed to solid fuel use,” he added.

“The joint EPO-UNEP study is the first-ever representative stock taking of clean energy technology patents in African countries,” said EPO chief economist Nikolaus Thumm. “Its main purpose is to facilitate an evidence-based informed debate on the role of patents in the dissemination of clean energy technologies in Africa, and to promote identification of existing technology solutions in the field for technology transfer to the continent.”

The report found that of the one per cent of identified CET-related patents filed in Africa, the majority came in South Africa, meaning there has been very little activity in the remaining African states.

Also, only 10 per cent of African inventors apply for patent protection in Africa; the majority tend to seek protection in four other regions: the United States (27 per cent), the EPO (24 per cent), Germany (13 per cent) and Canada (10 per cent).

However, there are signs that the situation is changing. Despite low patent application numbers, the overall inventive activity in African countries grew by 5 per cent between 1980 and 2009, compared to 4 per cent at the global level. With a 59 per cent increase, mitigation technologies grew most significantly in that period.

Most African nations are fairly well integrated into the international patent system and an increasing number are putting in place specific patenting policies and strategies, which place significant importance on technology transfer, as part of their development framework.

As a consequence, African inventors – individuals and domestic companies active in the field of CETs – are also putting greater emphasis on patents as part of their business strategies, using the international, regional and national filing systems for patent applications in Africa and elsewhere.

The story published first in Lahore Times on May 14, 2013.
Weblink: http://www.lhrtimes.com/2013/05/14/tech-transfer-can-help-mitigate-heat-trapping-emissions-unep-study/

Call for climate-smart brick kiln technology

KATHMANDU/ISLAMABAD: During extensive discussion among experts from 11 countries, it was concluded that negative impact of traditional brick klins on health, agriculture and climate can be tackled with replacing these with climate-smart brick klins.

Participants at the “South-South Exchange Workshop on Brick Technology and Policy” identified viable solutions to achieve this goal.

The two-day event, which concluded here today was held in Kathamndu and organized by the International Centre for Integrated Mountain Development (ICIMOD).

Climate experts said modern brickmaking technologies that cause far less pollution than traditional brick kiln technologies are need of the our. But it is not possible to achieve without increased political recognition of the problem, particularly in the major brick making countries of Asia, Latin America, and Africa.

Participants also shed light on the importance of inter-ministerial coordination among ministries of housing, industry, health, agriculture and environment to achieve large-scale reductions at the national level as well as at regional scales.

Bricks are a primary construction material used in many regions, and brick production is known to be a highly polluting activity, resulting in emissions of short-lived climate pollutants (SLCPs), such as black carbon, along with a range of other pollutants.

The workshop was convened by the Climate and Clean Air Coalition to Reduce Short-Lived Climate Pollutants (CCAC) and jointly hosted by the National Institute of Ecology in Mexico and the International Centre for Integrated Mountain Development (ICIMOD) in Kathmandu.

In his opening address, Secretary Krishna Gyawali of the Ministry of Industry in Nepal highlighted the urgency of the problem and noted the brick sector consumes more than 50 percent of the total coal in Nepal. He also noted the importance of continued research on black carbon by ICIMOD and others in relation to the melting of the Himalayas and glaciers around the world.

“It is high time to accelerate mitigation of black carbon and other pollutants from key sources, such as brick kilns,” he said.

The majority of brick kilns in operation are traditional kilns, also referred to as artisanal kilns. The primary fuels used to fire the bricks are coal, wood, local biomass and any available low-cost fuel or scavenged fuel, such as bunker fuel, waste oil, used tires, sawdust, plastics, battery cases and dung.

Yet, limited access to electricity makes it a challenge to modernise and mechanise the sector, experts grumbled at the workshop.

The CCAC will carry on the discussion and consider priorities for reducing SLCPs from brick production at its next meeting in July 2013.

The story published first in Lahore Times on May 11, 2013.
The weblink: http://www.lhrtimes.com/2013/05/11/call-for-climate-smart-brick-kiln-technology/