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So far Nga has created 22 blog entries.

Water shortage in Vietnam’s Central Highlands could be mitigated by utilising the Yali Reservoir

An ICEM study has revealed that the drought suffered by some communities in the Central Highlands of Vietnam could be substantially avoided, if they are given access to the vast resources of the Yali Reservoir.

People living in the Central Highlands of Vietnam are increasingly facing the challenges of  drought and extreme water shortage.  Many rivers and streams, which are used for agricultural,  irrigation and domestic consumption, often completely dry out  in the dry season. Worsening droughts threaten agriculture production, which not only affects community life, but also weakens the provincial economy. 

This is a particular challenge in the Gia Lai and Kon Tum provinces – which is where the vast  Yali Reservoir is located. The Yali Reservoir is one of Vietnam’s largest, at 65 square km. Currently this reservoir supplies the hydropower dam, producing approximately 3,680 gigawatt hours (GWh) of power to the national grid system. Since commissioning in 2001, the reservoir has not been utilised by the communities of the Central Highlands. Instead, it has been solely used for the generation of electricity.

ICEM conducted a study as part of the Mekong Challenge Program on Water and Food  to assess whether water from this reservoir could be used to provide the water needs of local communities, and to analyse the  potential trade-offs in terms of energy production. The study investigated community water resource needs in the Yali catchment and found that livelihoods of communities here  – approximately 33, 200 people – rely heavily on water resources for their livelihoods. ICEM researchers considered whether the Yali Reservoir could be used to provide a steady water source for these communities, particularly in the dry season […]

By |2020-01-10T15:21:51+07:00September 24th, 2013|Mekong news, News, Vietnam news|0 Comments

Innovative use of iGIS in Kaysone Phomvihane, Lao PDR

By Jeremy Sung

ICEM’s Jeremy Sung is visiting project sites in Lao PDR, Cambodia and Vietnam as part of an ICEM study into climate change threats and vulnerabilities in provincial towns. Here, he utilizes an innovative i-phone app iGIS as a cost-effective way to achieve project objectives.

KAYSONE PHOMVIHANE, LAO PDR – 19 September 2013:  Whilst undertaking the surveys and meetings as part of the  ADB project Climate Resilience in GMS  Cities, we encountered several challenges related to bad infrastructure and climatic conditions. We also  found that current maps of the local towns are very poor and out-of-date. We realized it would be useful to tag various features of the towns using a GPS device so that we could map the key features ourselves, and hence analyse the vulnerability of key infrastructure and facilities.

igis 2Our project team only has one GPS tagging device. However, this project spans more than three towns in three different countries (Cambodia and Vietnam as well as Lao PDR). With no extra budget for equipment, the question was, how were we going to manage the demands of mapping the key infrastructure and vulnerabilities in each of our project cites?

A cost-effective answer lay in Smartphones and free software. Using our consultants’ existing Smartphones we installed the free but featured-packed iGIS software. iGIS turned our phones into a fully capable GPS tagging devices, allowing us to map and plot data points and produce shapefiles that can be used by professional GIS software packages.

Whilst visiting project sites in Kaysone Phomvihane, we plotted our location on the map using iGIS and made some short notes about our observations. Back […]

By |2020-01-10T15:21:51+07:00September 23rd, 2013|Blog|0 Comments

Community climate change concerns in Kaysone Phomvihane, Lao PDR

By Jeremy Sung

ICEM’s Jeremy Sung is visiting project sites in Lao PDR, Cambodia and Vietnam as part of an ICEM study into climate change threats and vulnerabilities in provincial towns. Here, he meets the Women’s League and finds out how climate change can exacerbate gender inequalities.

KAYSONE PHOMVIHANE, LAO PDR – 18 September 2013: It’s rainy season in Kaysone Phomvihane so we woke up to grey skies and constant drizzling. An early meeting with the project managers for ADB infrastructure investments was followed by the Department of Natural Resources and Environment (DONRE). DONRE manages meteorological and hydrological data for the town and the officials here were very interested in our climate change projections.

Our next stop was the local community hall, to meet members of the Kaysone Phomvihane Women’s Union. We talked briefly about how climate change can exacerbate existing gender inequalities. We conducted a snap poll, using a show of hands. Women representing four districts complained of insufficient access to water and at least a third of the room experienced more than five blackouts per month. We also heard that the women in particular face the challenges of poor quality roads to the markets – since it’s often the women here are who are responsible for purchasing household goods. The women also described a major storm event in March this year (2013) which caused widespread devastation.

All in all, it was a fascinating session. We are looking forward to documenting the experiences of local residents during extreme climate events over the course of the project.

It was back into the field for the afternoon. We examined a storm water canal that regularly overtopped and the northern flood gate, which, like the southern gate, was now out of order. We […]

By |2013-09-23T23:54:40+07:00September 23rd, 2013|Blog|0 Comments

Climate change vulnerabilities in Kaysone Phomvihane, Lao PDR

ICEM's Jeremy Sung is visiting project sites in Lao PDR, Cambodia and Vietnam as part of an ICEM study into climate change threats and vulnerabilities in provincial towns. Here, he finds out how devastating poor drainage systems can be in rural towns. KAYSONE PHOMVIHANE, LAO PDR - 17 September 2013: Today we're in In Kaysone Phomvihane (Lao PDR), conducting meetings to analyse critical infrastructure and discuss climate change threats and vulnerabilities with government officials and local groups.

By |2015-07-15T15:47:43+07:00September 23rd, 2013|Blog, News|0 Comments

Getting the facts right on large hydro

by Simon Tilleard

How environmentally and socially sustainable are big dam projects? Simon Tilleard takes on the issue of large-scale hydro in his recent letter to the New Scientist.

What does “renewable power” mean to you?
Chances are, you’ll think of solar, wind and hydropower. But when it comes to large-scale hydropower, just how ‘renewable’ is this power?

I recently read an article in the New Scientist Rise of renewables starts climate-change fightback – (6 July, page 6-7) which brought home to me once again how common it is to see ‘the next generation’ of large hydropower dams held up as examples of environmentally conscious and sustainable sources of power.

In the article, authors Marshall and Aldhous indicate that large hydropower dams can help to fight back on climate change and produce ‘green power’ whilst sustainably managing environmental resources. They go on to state that a few large dams have erroneously given the sector a bad reputation and that the World Bank’s recent decision to return to funding large dams is proof of improved procedures for management.

My experience as a water resources engineer working in South East Asia brings me a different perspective. It’s abundantly clear that it’s misleading to suggest that merely a few of the older dam projects were ill-conceived and unsustainable. In reality, the negative environmental and social impacts of large dams often outweigh their economic benefits.

The 2000 independent World Commission on Dams, the most comprehensive study on dam impacts, concluded that big, complex schemes cost far more but produce less energy than expected. Examples of environmental and social impacts from large hydropower are plentiful, devastating fish losses from the Pak Mun Dam in Thailand or mass displacement caused by the Narmada Valley […]

By |2020-01-10T15:21:51+07:00September 3rd, 2013|Blog, ICEM team|0 Comments

ICEM study indicates that 25% target for renewable energy by 2025 is realistic and sustainable in the GMS

HANOI, VIETNAM – 8 August 2013: The Greater Mekong Subregion (GMS) is currently experiencing a massive expansion of power projects, which are projected to cause immense social, economic and ecological impacts. Emissions from power plants here are expected to exponentially increase over the next 15 years, with far-reaching implications for public health, livelihoods and the environment.

Managing the GMS power development in an environmentally and socially sustainable manner is a huge challenge. However, as part of a major project to investigate regional potential for renewable energy, ICEM has recently developed scenarios which indicate that a 25% target for renewable energy in the region by 2025 could be realistic, cost effective and more ecologically sustainable than current power development plans. Scenarios with greater energy efficiency appear even more sustainable.

ICEM’s director Dr. Jeremy Carew-Reid said: “Current usage of renewable energy sources in the GMS make up about 2-5% of total energy supply. However, a 25% target for renewables is a realistic balance for GMS countries to work to achieve. This would reduce difficult trade-offs between economic, social and environmental factors and help to ensure energy security in the region. ICEM have shown through our scenario modeling that green growth can be achievable and cost-effective in the GMS.”

The findings are part of an ongoing Strategic Environmental Assessment (SEA) by ICEM, funded by the Asian Development Bank (ADB) and the French Development Agency Agence Française de Développement (AFD) which has focused on ways to ensure sustainable regional power development*. A GMS Database has been developed, tracking the regional power plans, considering power plant location, capacity and outputs per year until 2025**. This database provides a comprehensive overview of national and regional power plans. The consolidated data provides a baseline for modeling future […]

By |2020-01-10T15:21:51+07:00August 8th, 2013|GMS SEA, News|0 Comments

Tropical storms demonstrate the need for bioengineered solutions to climate change impacts in rural Vietnam

Heavy rains and flash floods caused by tropical storms this month are causing considerable damage to rural infrastructure in northern Vietnam. Projected impacts from climate change threaten to make conditions in poor mountainous areas even worse in the near future.

By |2020-01-10T15:21:52+07:00August 5th, 2013|Bioengineering project, Climate change news, News, Vietnam news|Comments Off on Tropical storms demonstrate the need for bioengineered solutions to climate change impacts in rural Vietnam

ICEM fieldwork reveals significant local impacts of dam projects

HANOI, VIETNAM – 15 July 2013: ICEM researchers have been visiting villages and meeting community members in Dak Lak province Vietnam, to more clearly understand the  impacts of hydropower dams on their lives and livelihoods.

Villagers in these areas close to the Cambodia border are reporting diverse impacts from the decade-old hydropower dam projects on their experiences of flooding and drought. The most interesting aspect for ICEM researchers was how localized the impacts were felt. The villagers’ agricultural usage and the location of the individual villages and farms in relation to the cascading dams all impact significantly on whether they were experiencing adverse affects in terms of water supply management.

Farmers and villagers from Buon Don, Buon Tri, Drek B and Ea Mar village along the Srepok river were interviewed as part of a survey for the Mekong Challenge Program on Water and Food (CPWF). This component of the program considers the impact of water supply infrastructure (WSI) on floods and droughts in the Mekong Region and the implications for food production.

The findings of the survey are especially important considering the projected impacts of climate change in the region, which is expected to increase the incidence of floods and droughts. Understanding the localized impacts related to the hydropower infrastructure means that the existing water management systems could be productively used manage water resources – both now and in the future.

The Srepok River is a major tributary of the Mekong River. Flowing from the Central Highlands of Vietnam into northeastern Cambodia, the river supports riparian communities who are largely dependent on fishing, lowland rice cultivation, and the collection of non-timber forest products for their livelihoods. Beginning in 2003, Vietnam’s state-owned Electricity of Vietnam began constructing the 280 MW […]

By |2020-01-10T15:21:52+07:00July 15th, 2013|Climate change news, ICEM team news, News|0 Comments

Drought management in Kompong Thom, Cambodia: The impact of irrigation on food security

By Paul Wyrwoll

ICEM’s Paul Wyrwoll reports from farming communities in Cambodia, where the recent rehabilitation of the Stung Chinit irrigation scheme has enabled many households to harvest a dry season rice crop and improve their food security.
However, the overall distribution of benefits and costs turns out to be much more complex than he expected.

Rice is the most important crop in Kompong Thom province, as it is across the Lower Mekong Basin. Situated north-east of the Tonle Sap, this province encompasses a large and flat floodplain. Farmers typically rely on a single rice crop, grown during the wet season in a lush landscape of endless rice fields. But in the dry season, the land is transformed into an arid dustbowl. Household food security is contingent on a store of the previous season’s harvest. Alternative income opportunities do exist, but they are limited, meaning that this livelihood cycle is highly precarious for poor households. Food security for families here can be completely undermined by a single adverse event, such as a destructive pest outbreak or the devastating 2011 flood.

The answer to this dramatic shift between rainfall abundance and deficit is well understood: irrigation of fields during the dry season with water from a reservoir, groundwater aquifer, or an alternative water source. But these solutions can be expensive, difficult to maintain, and/or entail external social and environmental costs.

Irrigation: ebbs and flows
Cambodia has a long history of irrigation construction. The long-lived prosperity of the Khmer Empire (AD 802- AD 1431) was founded on an extensive system of canals and reservoirs supplying an abundant agriculture sector. During the late 1970s the Khmer Rouge conscripted almost the entire population to build a vast irrigation infrastructure. The regime envisaged a […]

By |2020-01-10T15:21:52+07:00May 30th, 2013|Blog|0 Comments

River bank protection in the Mekong Delta

by Simon Tilleard

ICEM’s Simon Tilleard travels to the Mekong Delta with his father, visiting a unique project his father managed 13 years ago to prevent river erosion from destroying communities. This environmentally sensitive approach is proving effective and could provide a model for river bank protection today.

“It’s working!” my father exclaimed on a recent trip to the Mekong delta where 13 years ago he designed bank protection works for the My Thuan Bridge.

The bridge links the rice basket of the Mekong Delta to Ho Chi Minh, Vietnam’s largest city. At the time the bridge was Australia’s largest foreign aid investment ever.

The bank protection design was radical. The design aimed to stop erosion more than 500m upstream of the bridge. Rather than the standard concreting of the top segment of the bank where the erosion was obvious, the design instead incorporated a series of pile grovnes to slow the river flow velocity, encourage sedimentation and reduce the cause of the erosion from at the base of the bank and the bed of the channel. This was designed to treat the cause of the erosion – not the symptom.

Fifteen years ago my father sat drinking tea in the tropical heat with a man whose house was next in line for the river’s inevitable erosion. From a maximum rate of over 20m a year retreat during the 1960 and 70s the erosion had slowed to a still formidable six metres a year.

The man smiled and slyly joked “I have waited 20 years for a riverfront house, when the river destroys my house then I will just have to go to the back of the queue again”. But the old man is still grinning, drinking his tea and enjoying his river view.

Climate change is unlikely to affect the unique design […]

By |2020-01-10T15:21:52+07:00May 17th, 2013|Blog|0 Comments

Climate change endangers the rare Siamese Crocodile

HANOI, VIETNAM – 13 May 2013: ICEM researchers have identified that the effects of climate change in the vulnerable Mekong wetlands will add to the threats on the critically endangered Siamese Crocodile.

Temperature changes during their breeding and hatching season are projected to become a critical climate change concern for the species. Climate change in the Mekong region is expected to cause temperature variability – which will affect the sex ratio of hatching reptiles.

Crocodile hatchlings – usually emerging in June or July – may become a completely female or male brood, depending on temperatures during incubation. Temperature is the critical component which defines the embryo sex of crocodiles. If the incubation temperature is higher than about 32oC, the brood will be female. In addition, warmer temperatures are also known to increase appetite in crocodiles, which combined with decreasing habitat may place further stress on the Siamese Crocodiles in the lower Mekong Basin.

The vulnerability of the Siamese Crocodile (Crocodylus siamensis) was identified during a case study was conducted in 2011 – 2012 in the Xe Champhone Wetlands by ICEM’s local partners in IUCN Lao. The study was part of a basin wide assessment of climate change threats, vulnerability and adaptation options for the wetlands in the Lower Mekong Basin and adaptation commissioned by the Mekong River Commission and carried out by ICEM and its partners, the International Union for the Conservation of Nature, WorldFish Centre & Southeast Asia Regional START Centre. The Xe Champhone Wetlands covers approximately 450 km2 of central Lao PDR – part of the Xe Bang Hieng River basin. The Siamese Crocodile is the species of highest conservation concern in the region, which holds the largest population of this species in Lao PDR with […]

By |2020-01-10T15:21:52+07:00May 13th, 2013|Climate change news, News|0 Comments

Workshops held for the ADB Bioengineering project in Northern Vietnam

A Launch Workshop was held for the project Promoting Climate Resilient Rural Infrastructure in Northern Vietnam. The Launch Workshop was held on 30 January 2013 at the Agricultural Projects Management Board (APMB) offices in Hanoi with 28 participants including representatives of Vietnam Ministry of Agriculture and Rural Development (MARD) and the APMB, Bac Kan and Son La Provincial Project Management Units (PPMU), ADB and UNDP, and the ICEM team and support staff.

By |2020-01-10T15:21:52+07:00April 25th, 2013|Bioengineering project, News, Vietnam news|0 Comments

Maintaining Community Livestock Systems in the Face of Climate Change

by Tom Weaver

The consumption of livestock derived products is rapidly increasing in the Lower Mekong River Basin. This is largely attributed to increasing standards of living and household incomes. Improvements in production, processing and postharvest practices present new opportunities for livestock owners, but also greater competition. But what might happen to livestock in the not-so-distant future as a result of climate change? How might smallholders remain competitive in terms of production costs, increasing their access to output markets and building system resilience to climate change? Finding answers to these types of questions and others to inform producers who are faced with critical economic

Understanding the climate impacts on livestock at the Basin level is a complex task. Balancing depth and breadth of focus is challenging given the geographic scope and diversity of livestock systems in the region. As part of the Climate Change Impact and Adaptation Study, I am currently conducting research on the climate impact on common livestock within the basin and their role in building community resilience. This work contributes to a broader understanding of key rural livelihood systems in the region.

Livestock are a crucial aspect of diverse livelihood portfolios for the great majority of rural households in the Basin; over 80 percent of rural families employ mixed crop-livestock systems for food production and income. The integration of livestock with cropping systems, fisheries and natural systems is of primary importance to current household incomes and resilience. Therefore, the Mekong ARCC study is taking a broader farming systems approach as climate impacts on the integration of, and relationships between, livelihood mechanisms is fundamental to household’s future adaptive capacity and resilience.

For example, livestock are commonly used as a source of traction for land preparation and in […]

By |2020-01-10T15:21:52+07:00April 12th, 2013|Blog|0 Comments

ICEM climate scientists forecast dramatic changes in crops, fisheries and livestock production in Mekong countries

BANGKOK, THAILAND  – 29 March 2013: A team of ICEM researchers today released the results from a study on climate change in the Lower Mekong Basin. A major finding in the study forecasts changes in temperature and rainfall altering the suitability for some important industrial and food crops in Cambodia, Lao PDR, Thailand, and Vietnam.

“Our study is producing very surprising results. We’ve found that this region is going to experience climate extremes in temperature and rainfall beyond anything that we expected.”


ICEM was contracted by The Mekong Adaptation and Resilience to Climate Change Project (Mekong ARCC) – to conduct the study, the first of its kind in the Mekong region, for USAID’s Regional Development Mission for Asia (RDMA). The scientific team from ICEM looked at how changes in temperature and precipitation will affect growing conditions and yields for major crops like rice, maize, rubber, cassava, soya and coffee, as well as fisheries and livestock productivity. The study points to a number of “hotspots” around the region where climate change may have the strongest impact.

The region is highly dependent upon natural resources, with 70 percent of the basin’s 60 million people living as farmers and fishers, and highly vulnerable to changes in the climate and its impact on their livelihoods. The study represents the first step in the Mekong ARCC project’s effort to integrate science with local knowledge and help communities in the four countries prepare detailed local climate change adaptation assessments and plans for action. The study results will assist decision making and planning by government and business leaders in the four countries of the Lower Mekong Basin, which are exporters of crops like rubber, cassava and coffee.

Climate scientists generally agree that an average annual […]

By |2020-01-10T15:21:52+07:00March 29th, 2013|Adaptation news, Climate change news, News|0 Comments

Climate change predictions in agriculture showcased at major conference

HANOI, VIETNAM – 7 March 2013: Climate change is set to impact extensively on agricultural productivity, and force changes in land usage by 2050 in lower Mekong Basin countries, according to a new ICEM study as part of the Mekong ARCC project.

The finding of the study in agriculture were presented in a large info-graphics poster at Mekong Environmental Symposium 2013 in Ho Chi Minh City, Vietnam. Held 5-7 March  2013, the Mekong Environmental Symposium was an international platform for governmental decision-makers, scientists, and other organizations active in the Mekong context.

ICEM was present to contribute international expertise and to contribute to trans-disciplinary information exchange for the benefit of the river basin. Experts were present from all six riparian countries, in the fields of river ecology, environmental monitoring, hydrology, socio-economics, energy, disaster management, trade and other sectors. Approximately 300-350 participants attended the high-profile three-day event.

The findings of the study indicated that climate change will affect the lives and livelihoods of more than 42 million people in the Lower Mekong Basin (LMB) who depend entirely on agriculture. Changes to the Mekong monsoon could cause floods, droughts and increasingly violent storms, bringing huge challenges to the agricultural sector.

The study (2011-2013) assessed the climate change impacts on subsistence and commercial farming in the LMB by 2050. Key subsistence and commercial crop species were studied, namely; lowland rain-fed rice, soya, maize, cassava, robusta coffee and rubber. The study used the results of statistical downscaling of Global Circulation Models coupled with a land use suitability assessment tool to examine the impacts of projected changes in climate on the suitability of the six crops.

What will change in the lower Mekong basin by 2050?

  • Industrial crops which are economically important, such as coffee or […]
By |2020-01-10T15:21:52+07:00March 7th, 2013|Adaptation news, Climate change news, News|0 Comments

ICEM Nepal Chitwan working session

On 7-13 February 2013, a week long working session was held in Chitwan District, Nepal to develop and refine the climate change vulnerability assessment methodology and tools to be applied to sector infrastructure. Following testing these tools will be adopted across government as a vulnerability assessment and adaptation planning method for integrating climate change in infrastructure development.

By |2020-01-10T15:21:52+07:00February 28th, 2013|ICEM team news, Nepal news, News|0 Comments

ICEM wins ADB project to promote climate resilient infrastructure in northern Vietnam

The Asian Development Bank (ADB) has contracted ICEM to provide technical assistance to the Vietnam Ministry of Agriculture and Rural Development (MARD) to implement the project to Promote Climate Resilient Rural Infrastructure in Northern Vietnam. The objective of the overall project is to reduce vulnerability of local infrastructure in the northern mountain areas of Vietnam to the adverse impacts of climate change, and also to create a policy framework conducive to promoting resilient development in the northern mountains zone.

By |2020-01-10T15:21:53+07:00January 30th, 2013|Bioengineering project, News, Vietnam news|0 Comments

ICEM and WorldFish awarded important project to study Mekong fish migration and hydrology

ICEM in partnership with WorldFish has been awarded a project from Cargill Foundation to study Mekong fish migration and hydrology, to inform the sustainable design of fish passes for proposed hydropower projects. The USD 580,000 study represents the first ever scientific assessment of the hydro-geomorphic conditions of fish migration dynamics on the Mekong River.

By |2015-07-15T14:40:22+07:00January 29th, 2013|Cambodia news, Lao PDR news, Mekong news, News|0 Comments

New project in Nepal to mainstream climate change risk management into infrastructure

ICEM has been awarded the Asian Development Bank (ADB) project Mainstreaming Climate Change Risk Management in Development in Nepal, which began in July 2012 and will run to 2017. ICEM is working with seven national government agencies responsible for infrastructure development throughout the country, such as irrigation, roads and bridges, flood and river management and water supply and sanitation.

By |2020-01-10T15:21:53+07:00January 11th, 2013|ICEM team news, Nepal news, News|0 Comments

ICEM wins IAIA Award for Achievements in SEA

HANOI, VIETNAM – 2 June 2012: ICEM has received the International Association for Impact Assessment’s (IAIA) Corporate Initiative Award for its Strategic Environmental Assessment (SEA) work.

IAIA selected ICEM for this honour specifically for ICEM’s work on the SEA of twelve planned hydropower dams along the mainstream of the Mekong River and the SEA’s impact on the decision making process. The IAIA award for corporate initiative is a global award presented to a private or public sector company for a specific activity or project that has made a notable contribution to responsible development practice through the application of impact assessment.

The award was presented to ICEM at IAIA’s annual conference event in Portugal. This event was the 32nd Annual Conference of the IAIA – entitled Energy Future; The Role of Impact Assessment (IAIA 12). The conference was held from 27 May-1 June 2012 at the Centro de Congresso da Alfândega, Porto, Portugal, from 27 May – 1 June 2012.

iaia-logo3IAIA is the leading global network on best practice in the use of impact assessment for informed decision making regarding policies, programs, plans and projects.


> View more about the IAIA and the Energy Futures conference event
> Visit IAIA’s website

> View ICEM receiving the IAIA Award:

By |2020-03-30T16:21:48+07:00June 2nd, 2012|ICEM team news, News|0 Comments

ICEM News Archive

March 2012

Strategic Environmental Assessment of the Greater Mekong Subregion Power Plan
Following the success of ICEM’s SEA on the Mekong Mainstream, ICEM has been commissioned by the Asian Development Bank to complete a Strategic Environmental Assessment (SEA) to assess the GMS Power Transmission Master Plan and alternative GMS energy futures and their effects. The SEA will guide future energy policy options and propose ways of improving the environmental and social sustainability of the GMS power plan. The SEA also provides guidance for more specific assessments at the national, sub-national and project level and throughout the process builds the capacity of GMS Energy Planning Agencies and Utilities to undertake SEAs. The project will be run over 15 months and commence with an inception workshop to be held in Hanoi from March 14 – 18.

Support for the National Target Program on Climate Change – Vietnam
ICEM in partnership with NIRAS has been contracted by the Asian Development Bank to provide Support for the National Target Program (NTP) on Climate Change with a Focus on Energy and Transport in Vietnam. It is a two year project that commenced in February 2012 with inception workshops held in Hanoi. The project is one of the first projects in South East Asia of its scale to integrate mitigation and adaptation planning. The project aims to contribute to the effective implementation of detailed NTPCC Action Plans by the Ministry of Industry and Trade, Ministry of Transport, Thanh Hoa Province, Ho Chi Minh City, and Da Nang City to reduce the growth rate of GHG emissions from energy and transport sectors by 2020 and reduce infrastructure and productivity losses in the urban sector. The project will also aim to increase the capacity of the target […]

By |2020-01-10T15:21:53+07:00March 27th, 2012|News|0 Comments

Jeremy Carew-Reid

ICEM’s Director, Dr Carew-Reid, has more than 35 years experience working in over 30 countries, including extensive experience in Vietnam, Cambodia and Lao PDR.

ICEM’s Director General, Dr Carew-Reid, has more than 35 years experience working in over 30 countries, including extensive experience in the Mekong region. He has a BSc Honours in freshwater ecology and a PhD in Environmental Impact Assessment. He specializes in integrated environmental assessments and in climate change vulnerability assessment and adaptation. Also, he has led many foundational biodiversity and climate change studies and assessments in the Mekong region.

Since 2000, Dr Carew-Reid has been Team Leader in more than 35 ICEM projects in Asia. He established ICEM’s regional and national offices with international and national staff. Earlier, Dr Carew-Reid was the Director of IUCN’s Global Conservation Services, Director of SPREP, the Secretariat for the Pacific Region Environment Program, and IUCN Country Representative in Nepal. He has acted as Chief Technical Advisor to the Nepal National Planning Commission and the Ministry of Planning and Investment in Vietnam.

Dr Carew-Reid was Team Leader of the Strategic Environmental Assessment of hydropower development on the mainstream Mekong River, which received an international award for excellence from IAIA. He was also Team Leader of the Urban Resilience in Mekong Towns Project, which received the Asia Urban Resilience Award from the UN and USAID for superior work in applying forward thinking innovation to urban resilience. He was Team Leader of the seminal study of climate change impacts on natural and agricultural systems in the Mekong region as part of the USAID-supported Adaptation and Resilience to Climate Change (ARCC) project which is cited in the latest reports from the International Panel on Climate Change. Dr Carew-Reid was Climate Change Specialist […]

By |2020-01-10T15:21:53+07:00March 20th, 2012|Uncategorized|0 Comments