The Untapped Helper in Climate Change Mitigation and Adaptation in Ghana – Waste Management (1)

"The ultimate test of man's conscience may be his willingness to sacrifice something today for future generations whose words of thanks will not be heard."— Gaylord Nelson

Climate change will impact future spatial patterns, growth and development worldwide. To reduce Ghana’s vulnerability and increase our adaptive capacity as a country, Ghana has taken various steps such as preparing the National Climate Change Adaptation Strategy (NCCAS). It was developed on the basis that unless mechanisms are put in place to ensure resilience and reduce vulnerability to climate change, national development will be hampered. The country is also addressing the socio-economic challenges climate change may present as it threatens secure livelihoods and social and economic development in Ghana.

As a tropical country with considerable forest reserves, it has been recognized that significant contribution that will improve policies and actions to reduce deforestation and degradation can play within both mitigation and adaptation. The Government of Ghana through the Forestry Commission (FC) is working to engage with both national and international actors in preparing Ghana’s national strategy for REDD (Reducing Emissions from Deforestation and Degradation) and REDD+.

These steps are laudable! However, a ‘sleeping giant’ whose power if properly harnessed can bring untold benefits has been left to sleep. This sleeping ‘giant’ is WASTE and its management or is it mismanagement in Ghana.

As Economist, E.W. Zimmerman said in the 1930’s, “Resources are not, they become”. His assertion was that resources are not fixed things; instead their meaning and value come to light only as we appraise their worth and develop the technical and scientific knowledge to transform them into useful commodities. The importance of resources depends therefore upon "cultural appraisals," and the value of their distribution and use changes.
Waste is wealth!

If properly valued and appropriate mechanisms are devised to manage it, Ghana can reap bountifully from the waste which as of now threatens to engulf the nation. Not only will the health of the populace improve and Ghana look better; we could be our own Captain Planets! We could save our world and help reduce the likely impacts of climate change on generations yet unborn.

"Trash is cash"

To be continued….

NB:
The author, Afua S. Prempeh, is an environmentalist and writer. She studied Natural Resources Management at the Kwame Nkrumah University of Science and Technology and went on to pursue a post graduate degree in Environmental Policy and Management at the University of Gloucestershire, UK. She currently works at the Environmental Protection Agency, Ghana.

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INDIGENOUS KNOWLEDGE AND ADAPTATION TO CLIMATE CHANGE

"Upon the whole I am inclined to think that the far greater part, if not all of those difficulties, which have hitherto amused philosophers, and blocked up the way to knowledge, are entirely owing to our selves. That we have raised a dust, and then complain that we cannot see" -- George Berkeley

After the December 2004 tsunami off the coast of Indonesia, calls multiplied for high-technology solutions (installation of early warning systems using cutting-edge satellite and ocean buoy technologies) to prevent similar disastrous occurrences. Then news began to circulate about how indigenous communities had escaped the tsunami’s wrath by using their traditional knowledge. This drew attention to the importance of traditional knowledge to natural disaster preparedness and response. Unfortunately, this knowledge system is still not being utilized very much in adapting to climate change.

Traditional knowledge (TK), indigenous knowledge (IK), traditional environmental knowledge (TEK) and local knowledge generally refer to the long-standing traditions and practices of certain regional, indigenous, or local communities. It is "a cumulative body of knowledge, know-how, practices and representations maintained and developed by peoples with extended histories of interaction with the natural environment. Indigenous people that live close to natural resources often observe the activities around them and are the first to identify and adapt to any changes. The appearance of certain birds, mating of certain animals and flowering of certain plants are all important signals of changes in time and seasons that are well understood in traditional knowledge systems. Why are we not tapping this useful knowledge?

Whilst encouraging efforts at ensuring efficient and effective early warning systems, in data and resource poor areas with low technology and infrastructure for early warning systems, the role of traditional knowledge in building the adaptive capacity of vulnerable groups is crucial. Societies are governed by norms, values and belief which, to a large extent, determine the kind of adjustments made in natural and or human systems in response to actual or expected climate stimuli. Various studies (check http://www.fao.org/docrep/011/i0670e/i0670e14.htm) reveal that in the absence of modern scientific knowledge, traditional communities, with their substantial understanding of what goes on in their environment, have always made adjustments to ensure sustenance of their livelihoods using local indicators for predicting weather such as flowering of plants, animal sounds and movement, birds and insects.

A recent study I was involved in in Ghana showed that indigenous knowledge plays significant role in coping/adaptation strategies of the local people. Despite a wider awareness of scientific weather forecasts by the Ghana Meteorological Agency (GMet), most farmers did not plan their activities based on the weather forecast; the major reason being that they found the GMet forecasts to be less reliable and also too general, rather than being tailored to their specific communities. Rather, they relied on their own knowledge for predicting the weather. This underscores the usefulness of traditional knowledge in weather prediction and preparation for any unfavourable condition.

I must admit that some of the indigenous knowledge seems weird on first hearing but it works for the people! Trying to understand the science behind some of the indigenous knowledge will be a great step towards unraveling some of the mysteries surrounding them. I suggest that to build the adaptive capacity of such rural indigenous vulnerable communities to climate change will need long term studies to validate the traditional knowledge and incorporate them into scientific knowledge systems for effective adaptation strategies. The traditional knowledge systems are widely accepted by the people and it offers readily available and significant opportunities for integration into climate change adaptation programmes. Could the weather forecasts from the Ghana Meteorological Agency which some indigenous rural farmers consider too general and as such unreliable be downscaled using the validated indigenous knowledge? This is surely a step in the right direction.

"To know that we know what we know, and that we do not know what we do not know, that is true knowledge" -- Henry David Thoreau

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Goodnews on Groundwater in Africa: what next?

"The journey of a thousand miles begins with one step". -- Lao Tzu

In many places in Africa, water remains a scarce commodity. Many households travel long distances in search of water. Water availability and accessibility continues to create tension between communities and countries. When it is said that water is life and you do not understand it, come to Africa and you will come to appreciate that statement very much. On a continent that has about 60 percent of the total labor force, engaged in agricultural labor, the importance of water cannot be over-emphasised. Many communities are still struggling to get access to drinking water.

The UN suggests that each person needs 20-50 litres of safe freshwater a day to ensure their basic needs for drinking, cooking and cleaning; in most parts of Africa, this is a luxury. The population of Africans without access to improved drinking water sources increased by 61 million, from 280 million in 1990 to 341 million in 2006. Whereas the population is increasing, increases in coverage are not keeping pace with population growth. It is already established that Africa is not on track to meet the MDG drinking water target and even when the MDG drinking water target is met, 253 million Africans will still be without access to an improved drinking water source.

Agriculture in most parts of Africa is rainfall dependent; only 3 percent of land in sub-Saharan Africa is irrigated, compared to more than 20 percent globally. Already some 218 million people in Africa, around 30 percent of the total population, are estimated to be suffering from chronic hunger and malnutrition. In most African countries, agriculture supports the survival and well-being of up to 70 percent of the population. So it becomes very scary when projections of climate change seem to suggest that the continent is likely to suffer from reduced rainfall; something likely to worsen the water situation of the continent.

The above information on the importance of water in the daily life of many people in Africa made me shout for joy upon learning of a positive study on groundwater resources in Africa, “Quantitative maps of groundwater resources in Africa” by MacDonald and others. In Africa, groundwater is very important to us. It is the major source of drinking water and its use for irrigation is forecast to increase substantially to combat growing food insecurity. Here are a few of the highlights of the report that made me happy:

1. Africa has huge reserves of water underground and it is estimated that total groundwater storage of 0.66 million km3 (0.36–1.75 million km3) in Africa

2. The groundwater reserve is estimated to be more than a hundred times the annual renewable freshwater resources

So, isn’t there good news? There is good news! It is also known that groundwater possesses a high resilience to climate change in Africa and should be central to adaptation strategies.

Whichever way I look at it, I think it is good news! But the issues do not end there? I asked myself the question is accessibility. How can we tap into this resource to meet our adaptation needs? The researchers found that "for many African countries appropriately sited and constructed boreholes will be able to sustain community handpumps and for most of the populated areas of Africa, groundwater levels are likely to be sufficiently shallow to be accessed using a handpump".

BUT, I won’t end without this advice: “we should not just start sinking boreholes everywhere to tap the water, like how many interventions on our continent have been handled haphazardly”. The researchers emphasise the importance of taking into consideration the rate at which this stored water can be replenished. For instance, in the arid region of North Africa where the largest groundwater reserves lie, the reserves, about seventy five meters, deep, were filled five thousand years ago when the region was much wetter. Whatever is taken out is not replenished so we need to plan well.

Whichever way I look at it, I think it is good news! The study by McDonald and others does not deal with the issues of salinization or contamination, but generally the stored water is purer than surface water, according to one of the report's authors, Helen Bonsor of the British Geological Survey.

So the report is out! Let the debate begin! Where do we go from here? Surely, there is the need for more local research in moving forward.

“What saves a man is to take a step. Then another step”. -- C. S. Lewis

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