ACCRA, Ghana (PAMACC News) - Access to finance remains critical for vulnerable African countries to take climate action.

Ghana, for instance, requires $22.6billion in investments to implement climate mitigation and adaptation actions.

While countries are expected to commit national resources in undertaking climate mitigation and adaptation, overcoming the climate scourge will demand huge international support to efficiently implement the nationally determined contributions (NDCs).

The NDCs are efforts each country makes to reduce national emissions and adapt to the impacts of climate change.

The Green Climate Fund (GCF) has been established as a critical avenue to mobilize financial resources to address the challenge of climate change.

Activated in 2010, the GCF operates as the financial mechanism under the United Nations Framework Convention on Climate Change (UNFCCC) to support the efforts in developing countries to respond to the challenge of climate change.

Support to developing countries is to facilitate limiting their greenhouse gas emissions and adapting to climate change.

So far, developed nations have pledged to provide a current target of $100billion by 2020.

The last UN Climate Conference in Katowice, Poland, did not achieve new financial commitments but urged countries to deliver on their pledges.

According to Dr. Samson Samuel Ogallah, Solidaridad Network Senior Climate Specialist for Africa, until the pledges are converted to commitments and contributions, it cannot be said that resources have been attained for climate action.

“We’ve heard countries pledge big amounts but some of the pledges are never converted into contributions which become a challenge in the implementation of real action on the ground,” he observed.

The US, for instance, pledged $3billion but managed to convert $1.5billion during the Obama administration. The other part of the fund never materialized in the Trump administration.

Other contributed funds also go through bureaucracies and approval processes with a chunk of the Fund going into consultancy, and leaving a pittance for climate action on the grounds.

Concerned about the minimal civil society participation o in the design, implementation and evaluation of climate projects, the Pan African Climate Justice Alliance (PACJA) and Care International held a day’s workshop on the sidelines of the Africa Climate Week with a focus on sustainable financing for climate action.

Executive Director of PACJA, Mithika Mwenda, noted that “as representatives of the people and communities on the ground, civil society organizations are very important in any action on climate change, including finance. The Green Climate Fund must be people-driven, people-responsive fund which funds things that cannot be financed by the conventional banks like the World Bank”.

The Accra dialogue, involving 15 countries in Africa, acknowledged the proper and broader engagement of stakeholders in GCF processes can help most African countries develop fundable proposal which can enhance resilience of vulnerable communities and bring about paradigm shift in the entire process.

“The GCF is designed to address the needs of people at the local level, involving small holder farmers, pastoralist communities, labour movement, women and the youth,” Mithika noted.

He said PACJA is undertaking extensive training and outreach to demystify the Green Climate Fund as an instrument to support agriculture, transport and other economic activities.

But Funds available through the GCF and Global Environmental Facility (GEF), among other financial mechanisms, are currently inadequate to meet the global needs for climate solutions.

According to the African Development Bank (AfDB), African countries need $3trillion by 2030 to implement their Nationally Determined Contribution (NDC) targets.

Regional Principal Officer of AfDB, Dr. Olufunso Somorin, said 75percent of the amount will be leveraged from the private sector.

He therefore believes CSOs have a role in brokering increased engagement of the private sector in climate financing.

“The low resourcing of GCF is a concern,” he said. “Attracting private sector investment is a long-term solution”.

Long term engagement of CSO’s towards strengthening broader societal support for transformation and increase accountability of national authorities is critical to achieve GCF paradigms of low-emissions and climate-resilient economies and societies.

ACCRA, Ghana (PAMACC News) - Civil society and indigenous forest communities have expressed concerns over the accelerating decline of forests in African countries, and called on drastic measures to reverse the trend.

Around 100 participants from 20 forest-dependent countries across Africa are meeting on the sidelines of the UN “African climate week” to share experiences and exchange ideas on various efforts spearheaded by governments to address deforestation and forest degradation, popularly known as REDD, in Africa.

Welcoming the participants to the meeting, the Executive Director of the Pan African Climate Justice Alliance (PACJA), Mithika Mwenda decried the inertia in some governments, but appreciated innovative mechanisms that are being put in place to promote forest preservation.

He particularly pointed at the Forest Carbon Partnership Facility (FCPF), a World Bank-funded mechanism to support forest programmes in support of the global call for action against climate change.

“It’s not enough to agree, sign and adopt the Paris Climate Agreement,” Mithika emphasised. “It is important to move beyond it and take action at local level, at communities we come from.”

“Climate Justice Movement is growing tremendously and we see how it is being energised by young people across the world,” he said, noting that this is the only way to bequeath a better planet to the next generation.

Mithika also expressed the desire of civil society to contribute at the Africa Climate Week and share perspectives on the climate solutions and how they impact on livelihoods and environment.

Joseph Ole Simel, the Executive Director of the indigenous organisation, Mainyoto Peoples Integrated Development organisation (MPIDO), which is co-hosting the meeting with PACJA, reiterated the strength in the collaboration among organisations and people sharing common heritage and challenges.

“The impact of climate change is affecting the vulnerable communities we represent here and thus we need to be very proactive as we cannot be spectators anymore,” he said, adding that indigenous people in Africa will continue with such collaborative efforts until their visibility and impact is assured.

“So far we are doing very well but I think we must do more,” he noted.

The workshop will facilitate regional exchange to encourage first-hand learning and sharing of experiences from civil society and forest dependent IPs engagement in REDD+ processes, and from the Capacity Building Project being implemented by PACJA and MPIDO

The meeting is part of the activities implemented by PACJA and MPIDO, which are intermediaries for the Pan African FCPF Capacity Building Program on REDD+ for CSOs and Forest-dependent IPs supported by the Forest Carbon Partnership Facility (FCPF) of the World Bank.

The two-day meeting seeks to enhance linkages with national REDD+ processes, identify challenges and best practices in forest preservation in Africa.

It will also broaden conversation around the FCPF Capacity Building Program and broader REDD+ Readiness/ implementation processas well as strengthening the REDD+ community of practice among 18 FCPF Countries in Africa through.

Among the countries represented are Burkina Faso, Cameroon, Central African Republic, Democratic Republic of Congo, Republic of Congo, Cote d’Ivoire, Ethiopia, Gabon, Ghana, Kenya, Liberia, Madagascar, Mozambique, Nigeria, Sudan, Tanzania, Togo and Uganda.

In addition to civil society and indigenous groups, government representatives from some countries also attended the meeting.

Collaboration among key stakeholders in the Climate Information Services (CIS) value chain is crucial for Africa to achieve its development agenda, experts have observed.

Participants in the workshop in Entebbe Uganda on13 Feb, 2019 to validate mapping of projects along the CIS value chain unanimously called for full involvement of governments, donors, researchers, private sector, media and communities to address climate challenges.

Dr James Murombedzi, Chief, African Climate Policy Centre (ACPC) said Africa needs evidence-based research to inform its budgeting and development programmes.

“Accurate climate information and CIS will make Africa resilient to climate change by ensuring that decision makers and planners in agriculture, water, energy, infrastructure, and health are well informed and make decisions that yield benefits for our people,” Murombedzi said.

Despite CISbeing very important to many countries, Murombedzi decried the insufficient systematic processes in Africa used for packaging, translating and disseminating information that is responsive to the needs of stakeholders.

Prof Joseph Mukabana of World Meteorological Organisation (WMO) called for impact based forecasts that are area and consumer specific so that majority of the users are reached.

“For example, farmers want to know the onset of rains, its intensity and when it will stop. They want to know the seeds they will use and they want to receive the information in a simple language style they understand, not the scientific jargon,”Mukabana said.

He called for concerted efforts to target governments and donors because they are key in implementing policies.

“Let us plan to reach government officials through such bodies like African Ministerial Conference on Meteorology (AMCOMET) and Development Partners Roundtable,” Mukabana said.

Dr Frank Rutabingwa, Coordinator of Weather and Climate Information Services for Africa (WISER)at  the Africa Climate and Policy Centre (ACPC) called for proper coordination to avoid duplication of projects.

“We will strive to identify projects across the continent so that we are able to advise donors and governments on how they can be implemented, where, and at what cost,” Rutabingwa said.

John Mungai, the WISER East Africa Coordinator noted that co-production has been successful in the Wiser projects in the region and the lessons should be used to replicate existing projects across Africa.

MithikaMwenda, secretary general of Pan African Climate Justice Alliance (PACJA) called for user-targeted messages to reach the masses.

“CIS is crucial for a low carbon climate resilient blue economy for Africa. But we need it packaged in a way that reaches the youth, women and other marginalized population,” Mithika said.

Prof Laban Ogallo of the University of Nairobiinsisted the vital role of national and regional climate centres in the implementation of CIS.

Teddy Tindamanyire, director of Uganda National Meteorological Authority (UNMA) noted the important role of media in disseminating CIS information.
“In Uganda, we are now able to transmit CIS information in 20 local languages because it is only through getting information to the users so that they use it to improve their livelihoods,” Tindamanyire said.

Jennifer Mohamed Katerere of Rights Resilience said more focus should be on the marginalized and indigenous communities and human rights.

The participants spoke during a meeting at Imperial Hotel in Entebbe, Uganda this week recognized the urgent need for facilitating the uptake of CIS through enhanced coordination of multiple actors implementing, funding and promoting climate services.

Consequently, Global Framework for Climate Services (GFCS) and the African Climate Policy Centre (ACPC) as partners are supporting the launch of a regional knowledge platform with content that is demanddriven, accessible and user-friendly.

To contribute to the CIS knowledge platform, an inventory of climate information services activities such as initiatives, programmes and projects was conceived by ACPC.

The mapping thus contributes to the implementation of one of the outcomes of the 2017 Saly, Senegal CIS coordination workshop. A Google interactive map hosted on the UNECA website has been created to provide a graphical resource for stakeholders to use.

NAIROBI, Kenya (PAMACC News) - Climate change is causing significant changes to phytoplankton in the world's oceans, and a new study Massachusetts Institute of Technology (MIT) finds that over the coming decades these changes will affect the ocean's color, intensifying its blue regions and its green ones. Satellites should detect these changes in hue, providing early warning of wide-scale changes to marine ecosystems.

Writing in Nature Communications, researchers report that they have developed a global model that simulates the growth and interaction of different species of phytoplankton, or algae, and how the mix of species in various locations will change as temperatures rise around the world. The researchers also simulated the way phytoplankton absorb and reflect light, and how the ocean's color changes as global warming affects the makeup of phytoplankton communities.

The researchers ran the model through the end of the 21st century and found that, by the year 2100, more than 50 percent of the world's oceans will shift in color, due to climate change.

The study suggests that blue regions, such as the subtropics, will become even more blue, reflecting even less phytoplankton -- and life in general -- in those waters, compared with today. Some regions that are greener today, such as near the poles, may turn even deeper green, as warmer temperatures brew up larger blooms of more diverse phytoplankton.

"The model suggests the changes won't appear huge to the naked eye, and the ocean will still look like it has blue regions in the subtropics and greener regions near the equator and poles," says lead author Stephanie Dutkiewicz, a principal research scientist at MIT's Department of Earth, Atmospheric, and Planetary Sciences and the Joint Program on the Science and Policy of Global Change. "That basic pattern will still be there. But it'll be enough different that it will affect the rest of the food web that phytoplankton supports."

Dutkiewicz's co-authors include Oliver Jahn of MIT, Anna Hickman of the University of Southhampton, Stephanie Henson of the National Oceanography Centre Southampton, Claudie Beaulieu of the University of California at Santa Cruz, and Erwan Monier of the University of California at Davis.

Chlorophyll count

The ocean's color depends on how sunlight interacts with whatever is in the water. Water molecules alone absorb almost all sunlight except for the blue part of the spectrum, which is reflected back out. Hence, relatively barren open-ocean regions appear as deep blue from space. If there are any organisms in the ocean, they can absorb and reflect different wavelengths of light, depending on their individual properties.

Phytoplankton, for instance, contain chlorophyll, a pigment which absorbs mostly in the blue portions of sunlight to produce carbon for photosynthesis, and less in the green portions. As a result, more green light is reflected back out of the ocean, giving algae-rich regions a greenish hue.

Since the late 1990s, satellites have taken continuous measurements of the ocean's color. Scientists have used these measurements to derive the amount of chlorophyll, and by extension, phytoplankton, in a given ocean region. But Dutkiewicz says chlorophyll doesn't necessarily have reflect the sensitive signal of climate change. Any significant swings in chlorophyll could very well be due to global warming, but they could also be due to "natural variability" -- normal, periodic upticks in chlorophyll due to natural, weather-related phenomena.

"An El Niño or La Niña event will throw up a very large change in chlorophyll because it's changing the amount of nutrients that are coming into the system," Dutkiewicz says. "Because of these big, natural changes that happen every few years, it's hard to see if things are changing due to climate change, if you're just looking at chlorophyll."

Modeling ocean light

Instead of looking to derived estimates of chlorophyll, the team wondered whether they could see a clear signal of climate change's effect on phytoplankton by looking at satellite measurements of reflected light alone.

The group tweaked a computer model that it has used in the past to predict phytoplankton changes with rising temperatures and ocean acidification. This model takes information about phytoplankton, such as what they consume and how they grow, and incorporates this information into a physical model that simulates the ocean's currents and mixing.

This time around, the researchers added a new element to the model, that has not been included in other ocean modeling techniques: the ability to estimate the specific wavelengths of light that are absorbed and reflected by the ocean, depending on the amount and type of organisms in a given region.

"Sunlight will come into the ocean, and anything that's in the ocean will absorb it, like chlorophyll," Dutkiewicz says. "Other things will absorb or scatter it, like something with a hard shell. So it's a complicated process, how light is reflected back out of the ocean to give it its color."

When the group compared results of their model to actual measurements of reflected light that satellites had taken in the past, they found the two agreed well enough that the model could be used to predict the ocean's color as environmental conditions change in the future.

"The nice thing about this model is, we can use it as a laboratory, a place where we can experiment, to see how our planet is going to change," Dutkiewicz says.

A signal in blues and greens

As the researchers cranked up global temperatures in the model, by up to 3 degrees Celsius by 2100 -- what most scientists predict will occur under a business-as-usual scenario of relatively no action to reduce greenhouse gases -- they found that wavelengths of light in the blue/green waveband responded the fastest.

What's more, Dutkiewicz observed that this blue/green waveband showed a very clear signal, or shift, due specifically to climate change, taking place much earlier than what scientists have previously found when they looked to chlorophyll, which they projected would exhibit a climate-driven change by 2055.

"Chlorophyll is changing, but you can't really see it because of its incredible natural variability," Dutkiewicz says. "But you can see a significant, climate-related shift in some of these wavebands, in the signal being sent out to the satellites. So that's where we should be looking in satellite measurements, for a real signal of change."

According to their model, climate change is already changing the makeup of phytoplankton, and by extension, the color of the oceans. By the end of the century, our blue planet may look visibly altered.

"There will be a noticeable difference in the color of 50 percent of the ocean by the end of the 21st century," Dutkiewicz says. "It could be potentially quite serious. Different types of phytoplankton absorb light differently, and if climate change shifts one community of phytoplankton to another, that will also change the types of food webs they can support. "

This research was supported, in part, by NASA and the Department of Energy.