Using Blockchain to Avoid Double Counting While Empowering Everyone to be Part of the Solution

Today’s side event at COP24 for Blockchain Technology for Enhanced Climate Action emphasized the importance of distributed ledger technology (DLT) to accelerate mitigation solutions for climate change and empower non-country parties to work together. The event featured the Climate Chain Coalition Screen Shot 2018-12-11 at 1.12.56 AMfounded just one year ago but already bringing together 140 organizations with a mission to mobilize climate finance and enhance monitoring, reporting and verification of climate goals.

Blockchain technology is a form of Distributed Ledger Technology (DLT). (For a good explanation of this technology see this World Bank Group 2017 report.)Screen Shot 2018-12-11 at 1.22.55 AM It functions as a decentralized database that can securely store data and digital assets, like environmental credits or certificates. Transparency is increased because the data recorded on the blockchain is a permanent ledger that cannot be modified. Trust between parties is increased because the data is not stored in a centralized location but rather through peer-to-peer transactions. Transaction costs are reduced enabling much smaller transactions that are accessible to more individuals.

A new report issued this week by the Climate Ledger Initiative (a collaboration of several think tanks aiming to accelerate climate action) Navigating Blockchain and Climate Action identified three main areas where blockchain has the most potential to accelerate climate action: 1) next generation registries and tracking systems; 2) digitizing measuring, reporting and verification; and 3) creating decentralized access to clean energy and finance.

The UNFCC has identified blockchain technology as a disruptive technology that has the potential to solve the solution to the main challenge of “how do you attribute the climate contribution while avoiding double counting.” Under the Paris Agreement (PA), a country steps up by submitting their commitment to mitigation measures as their Nationally Determined Contributions (NDCs). Theoretically, the development and continued revision of these NDCs will govern the Parties and their climate commitments under the Paris Agreement. But the Paris Agreement also encourages developed countries to finance projects in developing countries. Screen Shot 2018-12-10 at 5.41.57 PMWho gets the credit toward the NDC – the country financing the project or the country implementing the project? How do we ensure that one country (or entity) doesn’t take credit at one stage of a project and another take credit at a different stage? The security and transparency of blockchain may be the solution. (However, keep a healthy dose of skepticism, said CEO of Goldstandard, Marion Verles, because many times technology solutions are being proposed that don’t actually solve the real world problem.)

Climate change is the seminal issue of our generation and requires all hands on deck. As Massamba Thioye of the UNFCCC said today, “We need to mobilize ALL stakeholders, suppliers, financiers, consumers, citizens, policy makers so that they make the right investment.” The challenge being faced is how do we all work on the solution and create market incentives. Ms. Verles identified the importance of DLT technology in the supply chain to help corporations get the critical data they need to make decisions on the impact that a good has on the planet (carbon impact, water impact, etc).

See GLOCHA - the Global Citizen Empowerment System

See GLOCHA – the Global Citizen Empowerment System for Full Poster

This information can move to the end consumer. If you knew, and could compare, the carbon impact of items you were purchasing, would you pay a little more to make a cleaner purchase? The bottom line is that blockchain has the potential to add a value stream to products that represents the intentional choices of individuals, companies, and countries to work toward a cleaner, safer planet.

(Note bitcoin uses blockchain technology in a very energy intensive manner that is not healthy for our planet – see fellow VLS student Ben Canellys blog here.)

 


Logistics Logistics Logistics! Highlighting Technology Needs Assessment for Developing Countries

As the Paris AgTNA-logo_rgbreement parties continue to meet and deliberate legal provisions, supporting organizations put in place tools that help developing countries meet their respective Nationally Determined Contributions (NDCs). A non-governmental organization is one of the amazing things about the Paris Agreement, COP, or climate change in general. Citizens from all over the world don’t need to wait for government action and can operate independently. NGOs can hit the ground running, enacting change, and are sometimes more effective than governments who need to navigate foreign affairs carefully. What is even more impressive about NGOs is their ability to adapt. Like any successful story, you need to fail. It was through this process that led the UN development program (UNDP) in creating the Technology Needs Assessment (TNA) tool for developing countries.

TNA streamlines the process of determining appropriate technologies to supply developing counties to combat climate change. Choosing the right technology is an important issue because it gradually builds the capacity of the developing country. Sometimes we are too quick to solve a problem and look to the most efficient solution. However, the answer may be too complicated for the developing country to maintain, once the experts have left. The TNA address this problem. The TNA is a three-step process that conducts a feasibility study and selects the appropriate environmental controls.

Step one is a holistic background study that looks to multiple sectors including gender. The first step helps prioritize available technologies that can be applied. Step two conducts a feasibility study or barrier analysis of each technology. Since developing countries circumstances are different, experts must carefully examine the technique. The third step is called the technology action plan and supports “the implementation of the pritorized technology.” The level of ambition, timelines, schedules, and education are carefully implemented and contributes to reaching the developing country’s NDC.

Moreover, the TNA tool is so effective that, successful application of the analysis enhances the opportunity to obtain funding to construct the project. So, to the organizations that help make pragmatic steps that help lay down the right tools, keep up the good work.


The Log-istics of Carbon Dioxide Removal

Trees are the coolest source of CO2 Removal on the planet.

http://www.climatechangenews.com/2012/10/26/conservation-or-carbon-sinks-can-the-un-see-the-forest-for-the-trees/

Trees and vegetation are known to help cool ambient air temperatures through evapotranspiration.  If left undisturbed, forests can also be a vital source of carbon storage.  Estimates from the Global Forest Resources Assessment (FRA 2015) show that the world’s forests and other wooded lands store more than 485 gigatonnes (Gt) of carbon: 260 Gt in the biomass, 37 Gt in dead wood and litter, and 189 Gt in the soil.

In the most recent IPCC Special Report Summary for Policymakers (SPM), the world’s leading climate scientists assess the pathways the global community can pursue over the next few decades to prevent overshoot ofScreen Shot 2018-10-08 at 3.58.11 PM warming beyond 1.5°C.  The fact that all pathways to limit global warming to 1.5°C require mitigation via some form of Carbon Dioxide Removal (CDR) is not to be overlooked. But these removal amounts vary across pathways, as do the relative contributions of Bioenergy with Carbon Capture and Storage (BECCS) and removals in the Agriculture, Forestry and Other Land Use (AFOLU) sector.  BECCS sequestration is projected to range from 0-1, 0-8, and 0-16 GtCO2/yr, in 2030, 2050, and 2100 respectively; the AFOLU-related measures are projected to remove 0-5, 1-11, and 1-5 GtCO2/yr in these years.  These contributions appear meager, and they are… but every little bit counts in this climate.

A reasonable argument can be made for increased investment in and use of CCS to achieve emissions reductions.  The SPM makes it clear that forests alone won’t be able to make a significant numerical difference in reduction of CO2 from the atmosphere.  And as the New York Times aptly points out, “the world is currently much better at cutting down forests than planting new ones.”

On the surface, CCS seems like a logical outgrowth from the nature of GHG emissions production.  The IPCC’s Special Report on Climate Capture and Storage (SRCCS) describes CCS as a mitigation activity that Screen Shot 2018-11-15 at 11.37.30 PMseparates CO2 from large industrial and energy-related point sources, which has the potential to capture 85-95% of the CO2 processed in a capture plant.  Direct Air Capture (DAC) technologies like ClimeWorks remove CO2 from the air. Proponents argue that DAC is a much less land-intensive process than afforestation: Removal of 8 Gt/CO2 would require 6.4 million km² of forested land and 730 km³ of water, while DAC would directly require only 15,800 km² and no water.

However, as our blog has cautioned readers in the past, CCS requires significant financial investments from industry and government and are only regionally accessible.  Only places that have sufficient infrastructure and political support can pursue this path of technological sequestration, leaving underdeveloped countries at a major disadvantage.  A recent report published in Nature Research further emphasizes that BECCS will have significant negative implications for the Earth’s planetary boundaries, or thresholds that humanity should avoid crossing with respect to Earth and her sensitive biophysical subsystems and processes.  Transgressing these boundaries will increase the risk of irreversible climate change, such as the loss of major ice sheets, accelerated sea level rise, and abrupt shifts in forest and agricultural systems.  Above all else, CCS ultimately supports the continual burning of fossil fuels. CCS technology may capture carbon, but it also has the potential to push us over the edge.

Money tree

Mitigation has historically been the focus of the FCCC and other collaborative climate change efforts.  Global climate change policy experts are familiar with the binding language associated with activities related to mitigation in the multilateral environmental agreements: Article 4(1)(b) of the Convention calls for commitments to formulate, implement, publish and update national programs containing measures to mitigate climate change; and Article 3 of the Kyoto Protocol (KP) calls for Annex I Parties to account for their emissions reductions in order to promote accountability and activity guided by mindful emissions production.  In the waning hours of the KP, the Paris Agreement has become the new collective rallying document, whose ambitious emissions reduction target has inspired the likes of the IPCC to offer us pathways to get there.

If we are not currently on track towards limiting GHG emissions well-below 2°C in the grand scheme of the FCCC, why not insure some success, however small, buy securing CO2 in forests, not CCS?  Forests are a well-established CDR technology that do not have the associated risks with CCS.  While the most recent UN Forum on Forests report kindly reminds us that forests are also crucial for food, water, wood, health, energy, and biodiversity, the SPM upholds that mitigation contributions from carbon sequestration technology are numerically minuscule in the face of the large-scale change necessary to avoid CO2 overload.  A much more engaged energy overhaul is needed.

The ideal SPM pathScreen Shot 2018-11-15 at 11.10.17 PMway states that afforestation can be the only CDR option when social, business, and technological innovations result in lower energy demand and a decarbonized energy system.  A more middle-of-the-road scenario achieves necessary emissions reductions mainly by changing the way in which energy and products are produced, and to a lesser degree by reductions in demand.  This speaks to the need for a broad focus on sustainable development rather than continuing business as usual.  Regardless of the pathway, forests need to be preserved, whether it be for carbon sequestration, their cooling effects, or merely beauty.

Sometimes there is no turning back.


IPCC special report leaves the world in dire straits

In response to an invitation from the Parties of the Paris Agreement (PA), and pursuant to the Article 2 efforts to limit temperature increases well below 2°C, the IPCC prepared a Special Report on Global Warming of 1.5°C (SR15), released Monday, 8 October, 2018.

Climate scientists sounded the alarm yet again, painting a dire picture of the future without immediate and drastic mitigation and adaptation measures worldwide.  High confidence statements made by the panel include:

Screen Shot 2018-10-08 at 3.58.11 PM

  • Human activities have caused approximately 1°C of global warming above pre-industrial levels
  • Current global warming trends reach at least 1.5°C between 2030 and 2052
  • Staying below the 1.5°C threshold will require a 45% reduction in GHG emissions from 2010 levels by 2030, reaching net-zero by 2050
  • Pathways to 1.5°C with limited or no overshoot will require removal of an additional 100-1000 GtCO2

Pathways of current nationally stated mitigation ambitions submitted under the PA will not limit global warming to 1.5°C.  Current pathways put us on target for 3°C by 2100, with continued warming afterwards.

The ENB Report summarizing SR15 was able to shine a light on the good that can come from responses to this special report (not to mention upholding the ambition intended with the PA).  SR15 shows that most of the 1.5°C pathways to avoid overshoot also help to achieve Sustainable Development Goals in critical areas like human health or energy access. Ambitious emission reductions can also prevent meeting critical ecosystem thresholds, such as the projected loss of 70-90% of warmer water coral reefs associated with 2°C.

Groups like the World Meteorological Organization (WMO) are intensifying their adaptive scientific support through a “fully-integrated, ‘seamless’ Earth-system approach to weather, climate, and water domains,” says Professor Pavel Kabat, Chief Scientist of the WMO.  This “seamless” approach allows leading climate scientists to use their advanced data assimilation and observation capabilities to deliver knowledge in support of human adaptations to regional environmental changes.  By addressing extreme climate and weather events through a holistic Earth-system approach, predictive tools will help enhance early warning systems and promote well being by giving the global community a greater chance to adapt to the inevitable hazardous events related to climate change.

WRI Graph

Success ultimately depends on international cooperation, which will hopefully be encouraged by the IPCC’s grim report and the looming PA Global Stocktake (GST) in 2023.  In the wake of devastating hurricanes, typhoons, and the SR15, it’s hard to ignore both the climate and leading climate scientists urging us to take deliberate, collective action to help create a more equitable and livable future for all of Earth’s inhabitants.

In Decision 1/CP.21, paragraph 20 decides to convene a “facilitative dialogue” among the Parties in 2018, to take stock in relation to progress towards the long-term goal referred to in Article 4 of the PA.  Later renamed the Talanoa Dialogue, these talks have set preparations into motion and are helping Parties gear up for the formal GST, with the aim of answering three key questions: Where are we? Where do we want to go? How will we get there?

Discussion about the implications of SR15 will be held at COP24, where round table discussions in the political phase of the dialogue will address the question, “how do we get there?”

It won’t be by continuing business as usual.

 


Electric Vehicles: “It’s Almost an Intelligence Test”

As delegates begin week two of negotiations, a panel of scientists and businesspeople opened a dialogue on electric vehicles (EV). These impressive individuals appeared at Le Bourget to discuss needed developments in automotive technology, consumer behavior, available infrastructure, and existing energy systems in the field of electro-mobility.

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Today’s Panel

Moderator Nigel Topping opened with an image of New York City in 1906. He painted a picture of horses and buggies crowding the busy streets, with one automobile in the corner. By 1930, he said, this picture is “completely reversed” after a shift from horse-drawn carriages to Ford Model Ts. The question for the panel today was whether it is going to take seven years for the EV revolution, or 17 years. While most models today are closer to 17, “we think it can be done much faster.”

The panelists included:

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Electric Charging Station in Paris

Pasquale Romano identified the most prominent barrier in electro-mobility: cost. Romano also examined the phenomenon of charging stations at the workplace. ChargePoint found that when employers offer EV charging at work, employees are 20 times more likely to purchase an EV. “You feel like you’re visiting the future when you visit these lots,” he says. While EV charging stations in cities like Paris help, they are not as effective. Romano says, “next to a cat, [a car] is your most restful asset,” so it is most beneficial to have an EV charger at home and/or at work.

Steve Howard conveyed IKEA’s dedication to an “all-in” approach to transformational change. Howard said that when IKEA began selling LED light bulbs, it needed to change its business, customer base, and value proposition because “people would still just see a light bulb.” The new and improved LED bulb needs to be “outstanding” for people to make the change. The company will soon announce its commitment to selling 500 million by the end of 2020. He is in awe at today’s products compared to several years ago, and said we are leaving yesterday’s technology behind.

IKEA provides extensive international transport to its customers, which is still largely linked to fossil fuel transit. IKEA locations also receive millions of visitors who travel via mass transit. In response to consumer-driven traffic, the company now has 120 stores with charging capabilities. Howard is surveying the vans IKEA customers can hire to transfer large purchases. He plans to exchange these vans for high utilization EV options. Howard’s goal for IKEA is to have universal charging at every store, and this “needs to be the same for every other retailer out there…so let’s go all in.”

There are 80,000 EVs on the road today, so Dr. Philippe Schulz has no doubt that the technology revolution will sweep the international community even faster by creating a mass market. Renault SAS polled that 98% of its customers are satisfied with their EVs. Schulz attributed this success to the production of “sexy products” that also happen to be energy efficient.

Schulz predicted that the parity between electric and conventional vehicles has almost been reached. Batteries have become affordable, and customers cannot ignore the obvious appeal of EVs. Romano chimed in, arguing that we are at “sticker parity” right now because EVs involve no maintenance and require essentially zero cost. He stated that purchasing an EV is such a clear choice that it is “almost an intelligence test.”

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Electrically Charged BMW i8 Model

Ursula Mathar affirmed there is both a revolution and evolution; the revolution involves making combustion engine cars more sustainable, while the evolution involves the ground-breaking concept for the BMWi EV series. To ensure that the future of mobility is connected and sustainable, BMW addresses both the customer’s “brain” (the rationale behind electric mobility) and his “heart” (the emotional desire to own a premium car) by convincing the public that EVs are “really fun to drive.” BMW conveys to customers that they receive an additional benefit—rather than losing something—by driving an EV.

BMW is working on integrating the i3 model into car sharing so that the public can experience EVs. Mathar addressed the generational shift of the sharing economy; EVs are more attractive to young people who cannot yet invest in a premium car. Millennials are more flexible and open to experiencing new technologies.

The panelists concluded by discussing various remaining obstacles. Schulz reiterated the issue of affordability, and the need for strong companies that are willing to invest in quick-charging technologies. Howard wanted to make clear that this is a revolution, that every single stake holder is “part of the game,” and that the infrastructure either exists or will exist very soon. The bottom line is that EVs must be affordable and attractive to the average customer, and as the panelists say, “we’re getting there.”


Universal Energy Access

A side event today, entitled “Achieving Universal Energy Access: A development imperative in addressing climate change,” highlighted the need to address global energy poverty. In examining a need to address climate change on a global scale, the emphasis is often on less, not more.
But the reality is that 20% of the world lives without sufficient power, which results in grave living conditions. 4.3 million people die annually due to smoke from cook stoves with insufficient ventilation. Of course, these impacts have a disproportionate impact on women and children. 3.5 billon dollars are needed to get clean cook stoves around the globe, and an additional  $50 billion is needed to accomplish universal energy access by 2030. The UN Sustainable Energy for All Program is working to address energy poverty, with a goal of distributing 100 million clean cook stoves by 2020 in 170 countries.

Climate change mitigation should not provide a barrier to universal energy access. For everyone in the world to have access to power would only require a 2.9% increase in energy generation and a 0.8% increase in global GHGs But traditional energy planning is anti-poor, so as we seek to reinvent the grid to embrace renewables, energy access must be incorporated into this vision. Future grid-planning must recognize energy poverty; measure energy services not just supply; and prioritize adequate finance.


Expanding Energy Access in Africa

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With the assistance of the Climate & Development Knowledge Network, Helio implemented a two-year program to address Energy, Ecodevelopment and Resilience in Africa (EERA) in 2013. Ending next month, EERA aimed to create a Smart Energy Path (SEP) in Togo, Mali, and Benin to increase capacity and develop economically beneficial energy projects. Currently only 9% of rural and peri-urban health centers in Togo have energy services. In a survey, Togolese said that providing electricity to these centers was their highest energy priority.

Lessons from EERA suggested that projects focus on energy services and smart technologies. Smart technologies can include diverse, renewable energy sources and climate resilient projects. Helio stressed that these technologies should be economically accessible across the region. Further, developing energy systems in these countries must be driven by sustainable development, prioritized, and respect climate vulnerability.

 


Carbon Capture Use and Storage: Still Deep in Controversy

At the ADP’s Technical Expert Meeting: Carbon Capture, Use and Storage (CCS), a panel of State Party and industry representatives discussed CCS challenges and ccs imageopportunities, focusing on financing and technology. CCS is the process for separating and then capturing CO2 from industrial and energy-related sources, then injecting it deeply into porous rock reservoirs. Though growing, there are currently a limited number of CCS projects worldwide. While addressing some of the some of the barriers to wide implementation, the panel on Tuesday presented an optimistic future for CCS in deceiving climate change mitigation targets.

Industry experts on implementation asserted that CCS is safe and that its main challenges come from lack of stable government regulation and financing, not inadequate technology. To demonstrate CCS technology’s safety, Norwegian Olav Skalmerås said his offshore natural gas processing plant had not seen any “surprises” since the project started in 1996. However, describing a regulatory barrier, Scott McDonalds, a biofuels development director from the US, said a developer must spend $10-15 million–just for permitting. Finances were mentioned in each presentation and the experts explained how current CCS projects depended on public financial incentives (or disincentives). For example, Shell’s David Hone said Canadian projects relied on $865 million in support from the Canadian government. Similarly, the US government has given subsidies for CCS projects. However, in contrast to projects depending on government aid, Norway’s high carbon tax served to precipitate CCS projects there.

Despite these hurdles, the panel envisioned a bright future for CCS. State party representative Matthew Bilson said that CCS is the cheapest way to fight climate change and is an absolute necessity for the UK, since it is a “small island” with little room for nuclear energy options. Though developing CCS infrastructure is currenlty hugely expensive, Bilson hopes that by the mid-to-late 2020’s CCS projects will be fully commercial, receiving “virtually no government support.” To increase implementation of CCS, the panel advocated greater collaboration between nations in transferring technology, regulatory models, and finances.

But, while these panelists painted a positive picture of CCS’s future, others would prefer to see a future with little or no reliance on CCS for climate mitigation. The concerns with CCS are numerous and come from sources as varied as AOSIS, Greenpeace, and Stanford. And even the panelist, when stressed during questions, admitted some other areas of concern, such as leaks or spills during transportation or blowouts in pre-injection processes.

Concerned with the injection itself, a group of Stanford researchers argue CCS, like other forms of geological injections, is likely to cause earthquakes. These researchers state, “Because of the critically stressed nature of the crust, fluid injection in deep wells can trigger earthquakes when the injection increases pore pressure in the vicinity of preexisting potentially active faults.” Brittle crusts, or potentially active faults, exist nearly everywhere on earth. Even if seismic activities are not strong enough to endanger people, they could compromise storage seals, causing leaks of stored CO2. Earthquakes from natural causes in the vicinity could similarly compromise CCS storage. Both resulting in negating the benefits of CCS. These researchers noted that highly porous, permeable, and weakly cemented geological formations may provide the safest storage locations, but limiting CCS to these areas makes it improbable or impossible as a method for significant reductions in greenhouse gas emissions.

Greenpeace attacks CCS on a number of fronts, including those mentioned above, like the high financial costs and potential for leaks. But adds the additional concern that CCS “uses between 10 and 40% of the energy produced by a power station,” so a power station must make more energy just to support its CCS process. Thus plants using CCS must increases their environmental impact. Greenpeace argues adopting CCS on a wide scale would “increase resource consumption by one third.” Accordingly, Greenpeace does not see CCS as a viable climate mitigation strategy.

In 2011 submission, the Aliance of Small Island States (AOSIS) expressed concerns with CCS and part of the Clean Development Mechanism (CDM) of the Kyoto Protocol. Though the Kyoto Protocol and its CDM may not be the vehicle driving future climate mitigation, AOSIS’s concerns are still relevant to future international climate discussions. AOSIS acknowledges the potential problems discussed above, involving leaks, impermanence, and negative environmental impacts, but still recognizes CCS as a valuable technology. AOSIS’s main issue with CCS is not its use generally, but its use as an offset mechanism. “Offset mechanisms do not contribute to global emission reductions,” so nations implementing CCS should not view those projects as a means of shirking emission reduction targets.  ADM-Plant_2

At the heart of the CCS debate is an issue of principles: CCS enables people to continue burning fossil fuels. This has its benefits: it has strong industry support and doesn’t threaten changing day-to-day lifestyles. But it also has its drawbacks. CCS encourages business-as-usual greenhouse gas emissions, but to stay below the IPCC’s target (raise global temps by no more than 2 degrees above pre-industrial levels), we may need a much bigger shift in the way we live and work.

The question is whether CCS should be one part of this shift or if it is antithetical to the goal. CCS requires huge monetary and resource investments that could perhaps be more fruitfully spent in other sectors. However, the industries with the means have the most interest in CCS, so why not let them finance it? (Here we can see the implications from different approaches: Norway’s high carbon tax strategy incentivized CCS without taking public funds away from other investments. The same can not be said where the US and Canada directly funded projects.)

Whether people should invest in CCS, they certainly are. As the first commercial scale CCS facilities are switched on, these benefits or banes will soon manifest. And as technology continues developing new techniques, concern and praise may have to adjust accordingly.  For example, a Texas company recently launched a project that not only captures the CO2 but recycles it by creating sodium bicarbonate and other products for sale. In a few decades, these efforts may surpass current expectations and leave us with a different world of CCS discussion.


Extra, extra! Read our COP19 wrap-up in the Huffington Post!

Congrats to our Week 2 Observer Delegation on its recent publication in the Huffington Post courtesy of climate and energy reporter Ben Jervey.  In it, we recap COP19/CMP9’s last week of activity, analyzing what this “nuts and bolts” COP did and didn’t achieve. Specifically, we take a close look at adaptation, loss and damage, subnational initiatives, new REDD+ rules, and technology, all in light of the ADP’s struggle to find common ground on mitigation, adaptation, finance, technology, and capacity-building to ensure maximum participation in the legal agreement that will succeed the Kyoto Protocol in 2020.

VLS COP19/CMP9 Observer Delegation Week 2

VLS COP19/CMP9 Observer Delegation Week 2

P.S.  Given that the Huff Post version did not include all of our links, I’m pasting below the draft that includes them.

As COP19/CMP9 comes to a close, the Vermont Law School Observer Delegation reflects on what it witnessed during the second week of the climate change meeting. As the high-level ministers began arriving on Monday, the pace of negotiations ramped up. Beginning with several days of speeches about the contours of the legal agreement post-Kyoto Protocol, financing mechanisms, alternative energy, and adaptation needs in developing countries, the technical discussions of COP19’s first week turned to long days and nights of political bargaining.

In this piece, we explore what this “nuts and bolts” COP did and didn’t achieve. Specifically, we take a close look at adaptation, loss and damage, subnational initiatives, new REDD+ rules, and technology, all in light of the ADP’s struggle to find common ground on mitigation, adaptation, finance, technology, and capacity-building to ensure maximum participation in the legal agreement that will succeed the Kyoto Protocol in 2020. For more detail about these subjects and play-by-play of the most contentious issues, see our blog.

Adaptation Activities Accelerate

Although adaptation is still a relatively new idea under the UNFCCC, COP19 expanded its reach by conducting workshops to showcase achievements to date and negotiating a new loss and damage provision (covered in the next section). COP16 established the Cancun Adaptation Framework (CAN), which sought to enhance action on adaptation under the Convention. National Adaptation Plans (NAPs) were established at COP17 to help countries assess their vulnerabilities and climate change risks, and adapt to them. NAPs aim to reduce vulnerability to the impacts of climate change by building adaptive capacity and resilience. They contain four main elements: (1) laying groundwork and addressing gaps, (2) preparing preparatory elements, (3) creating implementation strategies, and (4) reporting, monitoring and reviewing data.

Bangladesh is currently working on a NAP that looks at health security, disaster management practices, and infrastructure. It currently experiences storm surges and flooding, which impacts crops and food security. Malawi wants to implement a NAP due to its vulnerability to road flooding. It currently lacks sufficient policy, institutional, and legal frameworks, and faces low awareness, skills, and know-how among the general public.

While adaptation has clear benefits, it can be expensive and so the parties ask: is it worth it? Presentations at COP19 answered in the affirmative. Emergency responses to remedy damage from climate change can be even more expensive than investing in adaptation measures. Climate change impacts, like the recent Typhoon Haiyan, often cause GDP to decrease, as developing country governments spend their limited budgets on disaster relief. By investing in adaptation up front, disasters do less damage when they hit, so not as much money is spent on reactive remedies.

While COP19 included much discussion of mitigation, parties acknowledge that even the most stringent mitigation efforts cannot avoid climate change. This makes adaptation necessary. It’s not an either/or proposition.  As the UNFCCC makes increasingly clear, international climate change law must address both.

The (R)evolution of Loss and Damage

The tragedy wrought in the Philippines by Typhoon Haiyan placed the concept of “loss and damage” center stage in Warsaw. Loss and damage would pick up where adaptation and mitigation fall short, helping developing countries to improve risk reduction and assessment, strengthen adaptation, enhance capacity building to deal with slow-onset events like sea level rise or extreme effects like typhoons, and compensate them.

COP18 set a legal mandate to establish institutional arrangements, such as an international mechanism, to address loss and damage associated with the adverse impacts of climate on developing countries.  Covering both economic and non-economic losses, it could include the loss of livelihood, damage to property, food insecurity, climate migration, loss of identity, and potential human rights abuses. Due to Russia’s blocking of the agenda, the June 2013 SBI meeting did not go forward and work on this mandate was delayed to the COP19 SBI meeting.

At COP19, negotiators worked on this SBI agenda item around the clock, trying to draft text that was responsive to developing countries’ compensation needs and developed countries’ liability concerns. Tired of Australia’s antics to scuttle constructive discussions, the G77 negotiator, Bolivian Rene Gonzalo Orellana Halkyer, walked out of the meeting at 4 am this past Wednesday morning and other G77 countries followed suit. Undaunted, high-level party delegates, co-chaired by ministers from Sweden and South Africa, attempted to hammer out a text, debating whether it should be an institutional arrangement, work program, or task force. Would it get its own mechanism under an UNFCCC institution, like the Clean Development Mechanism does, or be housed under the SBI or SBSTA, or simply sit under the adaptation pillar?

At the closing plenary, delegates approved “the Warsaw international mechanism for loss and damage associated with climate change impacts.” Controversially, it is organized under CAN’s adaptation pillar. G77+ China, AOSIS, and Yeb Saño from the Philippines made it known that this text was inadequate, as loss and damage meant “beyond adaptation.” This opposition sparked an hour huddle, with U.S Special Envoy Todd Stern and Fiji’s Sai Navoti discussing the use of “under” while surrounded by at least 50 other negotiators.

Afterward, the COP19 President announced consensus on retaining the word “under” while including an amendment requiring review of the mechanism at COP22 in 2016. Going forward, the executive committee to the Warsaw international mechanism will meet and develop a work plan by COP20; a two-year review will take place at COP 22; and the COP will make an “appropriate decision” on loss and damage governance based on this review.

Thinking Globally, Acting Locally

On Thursday, November 22, during the first-ever COP Presidency Cities and Sub-national Dialogue of the Cities Day, one environmental minister declared that “the only people with the power to actually change anything are the local elected officials.”

While international agreements on climate change have languished, cities around the world have acted. For good reason: two-thirds of urban dwellers live on the water, subject to sea level rise and lethal heat waves from the urban heat island effect. The Cities Climate Leadership Group C40 membership  comprises 40 of the 50 biggest cities of the world and represents 8% of the world’s population, 5% of greenhouse gas emissions, and 21% of the global GDP. Together, cities have the collective clout to get something done.

The COP19 Dialogue of the Cities Day, organized by the International Council for Local Environmental Initiatives (ICLEI), C40, and EUROCITIES, highlighted work that is already happening in local municipalities around the world, and sought support for it from the national and international levels. Roundtable discussions focused on adaptation, transportation, waste, and buildings. A recurring theme was the potential for a bottom-up approach that empowers local governments to combat climate change by creating a platform for continuous dialogue between cities, national government, and UNFCCC parties.

Building on this event, ICLEI (which coordinated the adoption of the Nantes Declaration of Mayors and Subnational Leaders on Climate Change in September, 2013)  advocated for a more substantive forum for identifying key priority areas of collaboration on mitigation and adaptation at the city and subnational levels during the next ADP session in June, 2014. Although the ADP decision text changed throughout the last few days of negotiations, and ICLEI did not receive all it sought, the final iteration includes cities and subnational governments in technical meetings “to share policies, practices and technologies and address the necessary finance, technology and capacity-building” and a subnational forum “to help share among Parties the experiences and best practices of cities and subnational authorities in relation to adaptation and mitigation,” both to be held at the next ADP session. In short, this COP19 decision means more meetings, reports and business as usual for the UNFCCC. But with this clear recognition of a subnational role in UNFCCC lawmaking may come more resources for the people actually doing the work on the ground.

REDD+ Is a Go

One of the more significant outcomes of this week was the package of decisions, known as the Warsaw Framework for REDD+ (Reducing Emissions from Deforestation and Forest Degradation in Developing Countries), that the COP approved to provide a formal framework, safeguards, and funding in hopes of cutting deforestation in half by 2020 and halting it by 2030. Every schoolchild knows that the forests are the world’s lungs: this is the UNFCCC’s smoking cessation program.

REDD+ has been implemented on the ground by various development organizations, including the World Bank, USAID, and the World Wildlife Foundation, in a somewhat haphazard and experimental fashion since its conception in Montreal in 2005 and development in Bali in 2007. It was met with serious criticism by indigenous peoples around the world as another form of colonialism, with Bolivia in particular championing to keep market mechanisms out of this mitigation activity. This new version of REDD+ hopes to address those concerns. The safeguards included for biodiversity, ecosystems, and indigenous peoples’ territories, livelihoods, and rights are commendable. It may even serve as a mechanism for governments to more formally recognize indigenous land rights. Hopeful thinking? Perhaps. We will have to watch carefully how the new REDD+ decisions improve its implementation on the ground.

Good News About Technology

Developing nations will require new technologies to achieve their goals of mitigation and adaptation to climate change. At COP16 in Cancun, the UNFCCC established the Climate Technology Centre and Network (CTCN), a technology transfer mechanism that collaborates with national governments to develop and implement desired climate technologies. Two months before COP19’s start, the CTCN Advisory Board approved the CTCN Modalities and Procedures for adoption at COP19. While both SBSTA and SBI adopted the CTCN’s report, and forwarded a draft decision for approval, , the COP did not reach the agenda item.  Instead it will instead take up these items at SBSTA 40 and SBI 40 in Bonn next year.

Nevertheless, a COP19 side event organized by the UNFCCC Secretariat marked the official opening of the CTCN. While most of the world may not have noticed, COP19’s advancement of CTCN is crucial for developing nations striving to fulfill their commitments under the UNFCCC. The CTCN can now accept requests from countries’ Nationally Designated Entities (NDEs), which is good news for achieving international, on-the-ground progress for mitigation and adaptation.

Developing countries can now request from CTCN resources to develop and implement clean energy technologies. Clean energy is essential for reaching all parties mitigation targets, and CTCN can supply the requisite experts to deploy these innovative technologies. At the CTCN event, Zambia announced plans to submit a request for clean energy projects. Bangladesh has described plans to request agricultural technologies from CTCN, in order to improve crop yields. Agriculture is a main cause of deforestation, and improving agricultural practices has the direct and immediate impact of keeping more carbon out of the atmosphere. Of course, new technologies will be necessary to adapt to the effects of climate change. Following Typhoon Haiyan, the Philippines will request a collaboration with CTCN to rebuild with clean energy.

ADP:  2(b) or not 2(b)

By 2am Saturday morning – two hours after COP19/CMP9 was due to end – tired and tense negotiators left the room where they had spent the last eight hours locking horns over language in the fourth draft decision the ADP had debated since Monday. Environment ministers from Venezuela, E.U., U.K., and U.S. were in the room working directly with their negotiating teams. Yet even they left not knowing if the parties would achieve their COP19 mandate of determining the elements of the new legal agreement to be negotiated in Peru next year, signed in Paris in 2015, and put into effect in 2020.

The contested language reflects the main sticking points between developing and developed countries about constructing mitigation targets, setting timelines, balancing pre- and post-2020 mitigation, and financing.  For example, Article 2(b)’s language of post-2020 mitigation targets was changed from commitments to contributions in the final round.  This obligation, applicable to all countries under the Doha Amendment, focuses on parties doing “domestic preparations for their intended nationally determined contributions” and reporting them “in a manner that facilitates the clarity, transparency, and understanding” of them as early in 2015 as possible.  Subpart 2(d) was added to request financial support for developing countries doing this domestic work. Notably this language of differentiation eschews references to Annex 1 of the UNFCCC, even though the G77+China and AILAC asserted in every ADP session that the post-2020 agreement is made under the Convention and thus the Annex applies as is.

All parties agreed that pre-2020 mitigation commitments under the Kyoto Protocol’s second commitment period is lacking, whether in terms of number of countries (participation) or amount of GHG emissions avoided (stringency). Thus Article 4 calls on developed countries to make or enhance their national emissions reduction targets, and for developing countries to do the same with their nationally appropriate mitigation actions. Article 3 urges developed countries to follow through on the financing, technology transfer, and capacity-building work that it has already committed under the Convention, noting its ability to leverage compliance with Article 4.

How to complete the ADP’s work and how to fund it reached some resolution by the closing plenary.  On process and timelines, delegates agreed to meetings of high level ministers at both the June inter-sessional meeting in Bonn and at COP20, as well as an additional sessions in March and possibly another one between June and December. The ADP decision also noted the U.N. climate change summit that Ban Ki-Moon will host on the eve of the U.N. General Assembly’s September meeting. Thus the parties will have up to five meetings next year to turn the COP19 ADP decision into a working draft to kickstart COP20 discussions.   On finance, however, there was less resolution. Developing countries insisted on the developed countries living up to their capacity to fund this climate change lawmaking, as part of their common but differentiated responsibility, and mistrusted calls for private financing. The U.S. noted the importance of private financing as a complement to public funding, highlighting the role the latter could play in middle- and high-income countries while reserving government funds for the lesser developed countries.

Overall, while COP19/CMP9 made some progress toward Lima and Paris, it was limited by continued concerns about the transparency of negotiations and moving toward an “applicable to all” standard without some accounting for historical responsibility. As the Earth Negotiations Bulletin observed, a “sense of resolve was notably absent” in Warsaw, due as much to an absence of political will as to the vagaries of the UNFCCC process. While the REDD+ framework and other “nuts and bolts” adjustments represent real steps forward in elaborating an international system of climate change law, a question remains whether they are enough to motivate countries to continue to invest in it.

 

This post was written by Tracy Bach, Heather Croshaw, Alisha Falberg, Dan Schreiber, and Lindsay Speer, members of the Vermont Law School COP19/CMP9 Observer Delegation. You can read more of their observations at their COP19 blog, Substantial and sustained.

 


Good News

Friday, November 22’s issue of the Climate Action Network’s publication ECO described the full operationalization of the Climate Technology Centre and Network (“CTCN”) as “the good news story of COP19.” ECOIndeed, a global network of experts committed to collaborating with developing nations to implement imperative climate technologies upon request is a significant success in globally addressing climate change. Nevertheless, ECO makes suggestions for improvements to the policies behind the Technology Mechanism.

The Technology Executive Committee (“TEC”) is the policy arm behind the CTCN’s technology implementation. ECO suggests the TEC should develop a Global Technology Action Plan. This would offer optimized plans for technology choices, and allow countries to choose certain paths for mitigation from a pre-designated selection. This may be unlikely to happen, as CTCN is focused on achieving the technology goals of nations based on the plans of national governments. Presenting preconceived options seems to deviate from this principle.

ECO also recommends defining the term “environmentally sound technologies,” which is instrumental in the CTCN’s founding language from Cancun (1/CP.16, para 123). This could deter the development of dangerous and radical climate technologies. Regardless of any radical technologies that might emerge, it is important to define the “environmentally sound” term that is central to the purpose of the CTCN.

ECO also discusses funding. A multitude of things will fund the CTCN, including the UNFCCC, but it will likely rely heavily on public and private contributions. So far, countries have pledged $22 million dollars. However, ECO states that these are one-time pledges, and that CTCN needs reliable, long-term funding to be successful. The CTCN is a critical resource for developing nations, so finding consistent funding will be important for global climate technology in the future.

The operationalization of CTCN is an important success from COP19. Many claim that the UNFCCC system is incapable of finding new international solutions to climate change. The CTCN shows that the UNFCCC is capable of producing global mechanisms that advance Party nations’ goals to mitigate and adapt. peaceCOP19 has produced an invaluable resource for countries in need of new climate technologies. Hopefully, this may restore some confidence in the UNFCCC’s effectiveness.


Renewable Energy Advocates Get Upclose Look at Middelgrunden Windfarm.

Denmark has been a leader in renewable and clean energy for over 40 years.  While some policies were perhaps misguided, like banning car use on Sundays in the 1970’s, slow but steady expansion of the country’s renewable energy portfolio has allowed the country to maintain its emission levels while boasting of continuing healthy economic expansion.  One of the best examples of the country’s advances in renewables technology is the Middelgrunden windfarm located just offshore in Copenhagen’s harbor.  Built in 2000, it currently has twenty 2 MW turbines that generate a total of 40 MW of power (about 3% of Denmark’s total requirements).   [youtube=http://www.youtube.com/watch?v=J0Qi5xBA-ow] Continue reading


Going Mobile in the Conference

So I’m experimenting with posting pics and videos on-the-fly.  If this continues to work, I’ll be bringing near-instant updates from relevant side events and happenings around the city.

If you have something you’d like covered or want more detail on please leave it in the comments and we’ll try to accommodate!

Check it out…