Fun, teaching go hand in hand in lessons about environment

Michael A. Bengwayan

Not all staid stuff: Learning about the environment need not be just about reading books. Trips to the jungle can foster understanding of nature, even among younger children, but such trips should also be fun. Picture: www.mayuc.com

Michael Bengwayan

BRUNEI is blessed with its untouched forests, clear pristine rivers, open valleys and bountiful biodiversity. It is a beauty to behold and a paradise for environmental teachers.

It is also a learning laboratory for pupils who can have fun and appreciate nature and its importance to humans and the world.

As an environmentalist in the Philippines for many years, I have planned and carried out several educational environmental trips with elemenatry, secondary pupils and college students.

It is important that in planning an environmental educational activity, it should be fun. Students should be able to learn. And finally, students should be able to correlate their learning to life's realities.

Here are some pointers for teachers in planning and implementing a fruitful environmental trip.

Set a goal or objective

There must be an educational objective. It must be SMART: meaning it is Simple, Measurable, Attainable, Realistic and Time-bound.

An example can be: To increase environmental awareness of Grade 5 and 6 pupils by introducing them to the beauty of Brunei by visiting the Ulu Temburong National Park on October 15.

Get the permission of your school head before you plan the activity.

Note down the pupils' expectations

The children's expectations are important. Make a list of what they expect to see, know, learn. Know their wishes. Based on these information needs, you can logically and sequentially plan the activities.

Later on after the educational trip, check whether these expectations have been met or the pupils questions answered.

Orient your staff

Since you will work with some staff or co-teachers who will assist you, make sure they know the objectives of the activity. They should also have a common understanding of the activities goal and objectives. They should at least be knowledgeable in environmental issues, and trained in first aid and disaster management.

Allow them to make the trip fun and enjoyable for the pupils. Identify their roles and tasks individually. If a docor or nurse can volunteer to participate, include her or him.

Make your budget

Identify and list the things that will be needed and how much these will cost. These should include transportation, meals/food, first aid kits and medicine, water, flashlights, rope for rapelling, matchboxes, pocket knives and jungle bolos, insect repellants, pupils notebooks and pens, camera, cell phones, compass.

Identify Your itinerary and how long you will be in said place

If the children are visiting several sites, be sure they will not stay too long in one place or else they will not have enough time for other places. Spread out your time in each place equally or dependent on the significance of the place or the things they want to see or learn.



Orient the pupils a day before the trip

Before the trip, the pupils should be informed beforehand where they will go, when, what they will see, learn, observe and write and do, how should they ensure safety and why are they going to these places.

Make your letters to each individual parents and make sure you have their permission allowing their children to join the activity.

Group students in pairs to be buddies and explain that for the whole duration of the trip each buddy is responsible for his or her partner.

Tell the pupils what to bring and what not to bring, what to wear, what to do and what not to do. If there are rules and regulations in the nature parks that they will go to, get those rules and read it to the students and let them understand it.

Inform proper authorities where you are going, when you will go and when you and the children are expected to be back. Check the weather bulletin and make sure the day is clear and no untoward weather disturbance will happen.

When you're ready, go and have fun. But remember to remind your pupils that in a forest, they should:

Take nothing but pictures

Leave nothing but footprints

Kill nothing but time

The writer has worked on environmental issues for many years in the Philippines, educating and training children and students on ecological concerns. Read about his environmental education group at www.geocities.com/pinetreemacik/macik

The Brunei Times

Michael Bengwayan

Carbon trading: Saving forests and communities Michael Bengwayan

Carbon trading: Saving forests and communities

Michael A Bengwayan
BALI

BY ALL indications after all the rhetoric from the international environmental meet here, carbon trading is now looking more and more as the “winningest option” to save forests and communities.

Carbon trading deals involving tree growing in developing countries will provide greater benefits than just improving the environment. It could sharply reduce poverty among the rural poor and provide businesses with an inexpensive way to offset their carbon emissions.

A report entitled Forest carbon and Local Livelihoods: Assessment and Policy Recommendations argues that the use of forests to reduce carbon emissions is financially viable, and brings considerable benefits to people in rural communities.

The research counters the view that most carbon-trading deals between industry and tree growers in developing countries will have negative environmental and social consequences.

Carbon trading allows industries in developed countries to off-set their emissions of carbon dioxide by investing in reforestation and clean energy projects in developing countries.

The report, prepared by the Centre for International Forestry Research (Cifor) and Forests Trends, are seeking major changes to the carbon trading rules under the Kyoto Protocol.

Both authorities say that community-friendly forest carbon projects are unlikely to take root without proactive changes in the Kyoto Protocols Clean Development Mechanism rules, and in the approaches that developing countries and project designers are taking.

The report seeks action in four main areas.

Make all types of forestry and agroforestry projects with significant benefits for local communities eligible for the Clean Development Mechanism (as long as they also meet rigorous requirements for carbon benefits). For example, draft rules omit forest rehabilitation as an approved activity despite its enormous social benefits and significant carbon-sequestration potential.

Reduce risks for local communities. The rules should require assessments of the social impact of projects to ascertain how local people have benefited or been harmed. National governments will need to protect and formalise land tenure rights of communities, or carbon deals will be riddled with conflict, increasing their financial risk for investors.

Reduce the cost of managing community projects. Private businesses and NGOs can act as intermediaries to combine the carbon offsets produced by multiple farmers or communities and sell them jointly to buyers. For example, in Mexico, a local environmental organisation helped to organise 400 small-scale farmers in 20 communities to sequester carbon by planting trees around their crop fields. With the NGO acting as the intermediary, the farmers sold carbon credits equal to 17,000 tonnes of carbon to the International Federation of Automobiles for between US$10 ($14.5) and $12 per tonne of carbon. The CDM rules should make community-based forestry projects eligible for the low-cost “fast-track” approval process.

Reduce risks and costs for investors. The report notes that there are new players in the carbon-trading field who can simplify deal making and reduce the costs of organising and marketing community tree-growing projects. For example, industry buyers are now able to purchase carbon offsets from investors who have portfolios of projects, which spreads risk. The independent, non-profit Face Foundation has developed a portfolio of five projects in five countries, affecting 135,000 hectares that sequester 21 million tonnes of carbon.

The report estimates that many community-based projects could sell carbon credits for $US 15 to $US 25 per tonne of sequestered carbon. This could mean a potential private financial flow of $US300 million per year to some of the world’s poorest people — more than the current annual flows of official overseas aid for forestry development in poor countries.

The writer is based in Manila covering environment and community development issues.

The Brunei Times

Indigenous Peoples' Traditional Ricfe Varieties Making a Comeback

Indigenous People's Traditional Rice Varieties Making A Comeback

By Michael A. Bengwayan

Traditional rice varieties once grown and nurtured by indigenous peoples are making a comeback because of the importance of their genes that are necessary in breeding rice for the future.

This was made known when this author, director of the Cordillera Ecological Center (PINE TREE) was invited to speak at the International Rice Research Institute (IRRI), which has spearheaded world research in rice technology since the early 1950s.

For sometime, there was a growing fear that hybrid rice will altogether eliminate traditional rice varieties. Today, current conditions prove that traditional rice varieties are here to stay and are necessary for rice evolution.

IRRI has started giving back to farmers and communities small packets of traditional rice varieties that will be planted and serve as planting materials. Technological assistance is likewise provided by IRRI for those who wish to plant once again traditional rice varieties.

“IRRI has now realized that traditional rice varieties need to be put back into farmers’ fields. IRRI is doing just that—giving back traditional rice varieties it has kept for so many years in its high tech seedbank, the environmental group PINE TREE bared.

Outstanding characteristics of traditional rice varieties, like resistance to pests and diseases and high yielding capability, are genetically engineered with other characteristics of other rice varieties to serve as building blocks for new rice varieties.

PINE TREE is working with United Nations Development Program Global Environment Facility (UNDP-GEF) in the Philippines to protect indigenous peoples traditional rice varieities.

In Karao, Bokod, Benguet, farmers with assistance from PINE TREE has saved and continue to sustain the use of seven traditional rice varieties by establishing a rice seedbank shared by community people. seedbank. The seven traditional varieties now being conserved by the Karao farmers are found nowhere else in the Philipines.

PINE TREE is linking with IRRI to get traditional rice seeds especially upland un-irrigated varieties and bring these back to farmers’ fields because these are vital for food security and in providing future genetic material.

For many years, hybrid rice was promoted in the Philippines especially by the government believing it was the an answer to the growing population. But while it improved production, it required expensive chemical inputs that endangered not only humans but also altered the ecosystem adversely. Today, the country is the leading rice importer in Asia and it has lost 90 per cent of all its traditional rice varieties, he said.

The Philippine government insisted on pushing for hybrid rice even with its past dismal failure, especially so because the Department of Philippine Agriculture signed an agreement with IRRI to a US$216 million project for the production of subsidized hybrid and certified seeds, he added.

This happened even though the World Bank concluded that the Philippines hybrid rice program had not produced “much net social benefit’, adding that “conventional rice varieties were more socially profitable than hybrids”?

The reality, PINE TREE says that food giant corporations Philippine corrupt officials and food corporations stand to gain illicitly from all these.

The main beneficiary of the various hybrid rice schemes, for instance, is SL Agritech, owned by Filipino Chinese businessman Henry Lim. In 2006, SL Agritech supplied 65 per cent of the hybrid rice seeds purchased through the country’s hybrid rice programme earning the company more than US$ 4 million. It also was a time when the Philippine government official of the Department of Agriculture JocJoc (Oh what a joke indeed to Filipino farmers!) Bolante romped away with millions of pesos worth of fertilizers intended to support the program, PINE TREE explained.

While traditional rice varieties were forgotten in the past decades, they are the “heart and soul of rice”, PINE TREE avers.

They require little fertilizer and no chemical inputs, now blamed for the degeneration of farmlands in many parts of the world. Traditional rice varieties are more nutrient-rich, tastier and friendlier to the soil. It allows farmers protect to protect their soil and ecosystem and have control of the seeds that their forefathers have reared for centuries.

PINE TREE is encouraging farmers to keep their own seeds and bank these to prevent the seeds from being pirated by big multinational groups.

Seedsaving or banking is the best protection that indigenous peoples have against biopiracy, PINE TREE said.

The indigenous peoples in the Cordillera region own some of the best sustainable and indigenous practices in agriculture and forest conservation.

For instance, the IPs from mountain Province practice sustainable farming by using “lumeng” (mixture of decomposed rice straw with pig manure) and wild sunflower (Tithanium diversifolium) stalks as basal manure and green manure before planting traditional rice varieties.

They also incorporate the brown-green nitrogen fixing algae Azolla which fixes nitrogen from the atmosphere and delivers this for rice use as nitrogen fertilizer.

In forest conservation, the indigenous peoples of Sagada, Besao, Bauko and Tadian practice the “lakon” forest system which enables forests to be conserved and protected.

In Ifugao, the IPs there practice the “muyung” and “pinugo” agroforestry systems that incorporate timber with fruits trees, rice, crops and livestock to ensure ecological balance.

But as modernization creeps in, some of these IP indigenous knowledge are starting to crumble. It may not be long before these are forgotten, unless immediate measures are taken up to popularize these with the new generation.

PINE TREE Seedbanking for Food Security

Philippine Indigenous NGO Seedbanking For Food Security

Dr. Michael A. Bengwayan, 2010

Early this year, the World Bank came out with an official announcement that there will be serious food shortages in at least 60 developing countries and that it will lead to social unrest.

The warning is the latest indication that worldwide, food security is being threatened and that there is an urgent need to address the causes behind, one of which is continuous erosion as well as loss of genetic material for crops.

Globally, food crops are being lost and worse, being owned and controlled by few corporations. This has to stop and no better answer can communities be more involved than in seedbanking for their own future.

In support to the global seedbanking movement, the Cordillera Ecological Center more known as PINE TREE which operates in the Cordillera region that is made up of several indigenous peoples particularly the Igorots, has established four community seedbanking sites in the Philippines for food security. The first is located in Karao, Bokod, province of Benguet where some 12 indigenous rice varieties have been saved and are now being grown by the indigenous peoples known as Ibalois and Kalanhuyas.

The second is in Lusod, Kabayan, also in Benguet where 29 endemic sweet potato varieties are now being grown for many uses by the Kalanguya and Ibaloi tribes.

The third seedbank is in Caponga and Central Tublay, Tublay also in Bengut where Ibaloi indigenous women-farmers now own and use seven bean varieties.

The projects were supported by the United Nations Global Environmental Facility (UNDP-GEF).

PINE TREE observed five principles or “laws” of genetic conservation as its foundation in the implementation of its community-based seedbanking (CSB).

First, agricultural diversity can only be safeguarded through the use of diverse strategies. No one strategy could hope to preserve and protect what it took so many human cultures, farming systems and environments so long to produce. Different conservation systems can complement each other and provide insurance against the inadequacies or shortcomings of any one method.

Second, what agricultural diversity is saved depends on who is consulted. How much is saved depends on how many people are involved. Farmers, gardeners, fishing people, medicine makers, religious leaders, carpenters-all have different interests that foreign scientists could never hope to fully appreciate. All segments of a community need to be involved to insure that the total needs of a community are met. The more involvement, the greater the potential to conserve.

Third, agricultural diversity will not be saved unless it is used. The value of diversity is in its use. Only use can diversity be appreciated enough to be saved. And only in use can it continue to evolve, thus retaining its value.

Fourth, agricultural diversity cannot be saved without saving the farm community. Conversely, the farm community cannot be saved without saving diversity. Diversity, like music or a dialect, is a part of the community that produce it. It cannot exist for long without that community and the circumstances that gave rise to it. Saving farmers is a prerequisite of saving diversity. Conversely, communities must save their agricultural diversity in order to retain their own options for development and self-reliance. Someone else’s seeds imply someone else’s needs.

And fifth, the need for diversity is never-ending. Therefore, our efforts to preserve this diversity can never cease. Because extinction is forever, conservation must be forever. No technology can relieve us of our responsibility to preserve agricultural diversity for ourselves and all future generations. Thus, we must continue to utilize diverse conservation strategies, involve as many people in the process as possible, see that diversity is actively used and insure the survival of the farm community-for as long as we want agricultural diversity to exist.

Safeguarding Diversity

There are several ways in which community strategy can support institutional strategies in seedbanking.

One, during seed surveys and collection, community seedbanking strategies can support socio-ecological surveys of the community land area based upon consultations with farmers, food prepares, medicine-makers, wood cutters and gatherers, herders fisher-folk and artisans involving teams of plant-users in survey and monitoring exercises covering locally and globally imported species.

During storage, communities can organize a series of community-based collection expeditions covering a range of crops throughout the entire growing season.

During rejuvenation, farmers can maintain small plots for endangered cultivars and/or samples are split with one complete set sent to a national seed bank and a matching set cleaned, dried, and stored under cool/dry conditions within the community and monitored by local people knowledgeable about the species.

In documentation, field collection sheets are copied and filed and labels are prepared. Information is kept in most useful local language using locally-understood land descriptions and personal names for the benefit of further investigation and rejuvenation.

In seed evaluation, community seed collectors discuss characteristics of each sample with the local user at the time of collection. Immediate usefulness and long-term value are documented.

Evaluation information is shared with community users and samples may be adopted directly or adapted by community members to improve production.

Tags: Philippines genetics agriculture Ibaloi Kalanhuyas food security

August, Die She Must

I leave August with a sigh of pity. It must have been that I lost doors of opportunity. or did not bother to open some. But September is in and I have concluded I had enough of thinking. Yes, I have done some chores, this and that. In my garden, most specifically but it does not give me full satisfaction. Between the things I love and the things I want to do lies a chasm. I have yet to cross over and put a bridge on both. Yet I constantly prod myself to do things which have not yet been done. Starting this month, I start once more.

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How I am Beating Drought with Harvested Rainwater

http://www.teachamantofish.org.uk/blogs/PINETREE/index.html

How I am Beating Drought with Harvested Rainwater

It's drought in the Philippines and it is giving farmers woes and headaches. Crops are dying so are livestock especially chicken. Even fishes are dying. Many farmers cannot plant. Fifteen women and young men we are training on sustainable gardening cannot plant because there is no water. Some people with water pumps say they don't get enough water from underneath the ground.

In my house, I am dealing with the drought with harvested rainwater I saved last year when typhoons hit our place. I harvest water from the sky.

Not many know that there are two types of water--greenwater and bluewater. Greenwater are those that come from lakes, ponds, rivers, streams, springs, brooks and waterholes. Bluewater is rain. Most of green water is wasted and spent unwisely. But only few people harvest rainwater which is abundant every rainy season.

I have some 3,000 plastic bottles filled with rainwater. I estimate my harvested rainwater to be about 1,000 liters. This water is supporting my beans and pumpkin crops.

I recommend people to harvest rainwater during rainy days and store them. It may not only save their crops. One day, it may be their lives.

For ways on how to harvest rainwater, write me at michaelbengwayan@hotmail.com

The Importance of Petroleum Nut to the Philippines and to Filipinos

Dear Friends at Bibaknets,

In 2005, I decided to leave my journalism Reinhard Mohn Fellowship at Germany to work on a native tree which I believed would one day provide rural folks a sustainable alternative energy. I refer to the petroleum nut (Pitosporum resineferum) which grows in the Cordillera region but sadly now are very few because their natural habitat continue to be destroyed. I have read an article in the Canopy publication of the Forest Research Institute dated 1982 that it was impossible to grow the tree from seeds that is why FORI (now ERDS of DENR used cuttings and planted these in Loakan). Being an agriculturist, I wanted to find out. I harvested a few seeds at Kayapa, Nueva Vizcaya. I plantied the seeds in various media but also failed. After four months, I was only able to grow 23 which I planted in my house in Longlong and farm in Tublay. These are now 5 years old and ready to bear fruit.

After a year, I discovered why it was difficult to plant the seeds. Correcting earlier untried research efforts, I was able to raise more than 10,000 seedlings. I meticulously recorded all my research activities and after two years I was ready to distribute thousands of seedlings to farmers.

Why did I bother about the tree? Because of three reasons. First, it will provide rural-dwelling Filipinos an alternative and ustainable source of fuel to replace expensive and vanishing fossil fuel. Secondly, when people plant the tree to harvest its fruits for oil, there will be less cutting of trees for fuelwood or firewood because rural families will now use oil from the petroleum nut for cooking and lighting. Third, the more people will plant petroleum nut to get more oil for socio-economic needs, the more trees there will be to serve as carbon sink and help prevent global warming.

When I made my discoveries, I went to several government agencies but they were not interested. So I continued my work alone. Today, I am happy to tell you that I and my small team have successfully been able to:

1) Test and prove that the petroleum nut oil can replace LPG and kerosene for cooking
2) It can replace kerosene for lighting.
3) It can run small one stroke engine and even a small water pump.

Fueld by our discovereries, we wrote several international organizations. Many responded and bared how they would help us, indicating the large economic potential of the tree. A Singaporean, a Japnese and five European organizations continue to pursue us in a joint venture.

However, we have chosen one institution because of one reason. We have chosen to forge a working relationship with the University of Tennessee because they are the only group which assured us that they will help us protect the patent rights of the tree from going into the control of biopirates, something we wanted to be assured of from all those who made an offer. In my presentation to the Benguet Provincial Board who asked me to orient them on the tree, I mentioned that it was not only important to conserve and propagate the tree but to protect it from exploiters. The university will help us on this item aside from doing the laboratory work on the potential of the tree to replace diesel and gasoline as fuel.

Before we arrived at our research results, I approached some government institutions for help but they gave me the cold shoulder. In fact, one institution-- an agricultural university--, to my consternation, is trying to duplicate our efforts.

On February 23, I will divulge to a group of top agribusiness companies (the Management Assn. of the Philippines), in Makatai the efforts done on the tree. This group wants to support a national conservation and production program for the petroleum nut. On March 7, I and representatives from University of Tennessee will hold a press conference and explain what we intend to do with our joint efforts and the results.

We will keep you updated and I trust our efforts will redown into helping our brothers and sisters in rural areas in the Cordillera region, and in other parts of the country, especially our farmers and of course in protecting our ecosystms and our indigenous resource properties and rights.

Michael A. Bengwayan

Petroleum Nut To be Tested on Different Engines

My group PINE TREE, the Cordillera Ecological Education, Training, Research and Information Center which is doing research on petroleum nut as an alternative sustainable fuel will be testing the petroleum nut oil on different diesel engines by May this year. This has become final as PINE TREE forged a formal working agreement with the University of The University of Tennessee
Department of Plant Sciences and the Dr. Neal Stewart Lab. The purpose is to 1) establish the extent and potential of the tree's oil as fuel and 2) to protect the tree from biopirates.

Michael

Home Garden, How to Do It by Dr. Mike in the Philippines

Home Garden, How to Do It by Dr. Mike in the Philippines

Traditional home gardens in northern Philippines range from 20 to 100 square meters. Planted normally are a mixture of sweet potato, yam, corn, beans, and a tree or two of avocado, pomelo, and guava.

Sounds good but not so good. It is important to have a plan in developing a home garden. These tips can help you:

A. In the garden,
1. Consider where the sun rises from because you should not plant crops that will shade other crops. Do storey planting where shorter plants are fully exposed to sunlight before the taller ones. (eg. pechay, eggplants, corn). Thus, crop orientation is important.

2. Look at your soil. Does it need more fertilizer?. Reddish to brownish soils indicate lack of NPK nutrients. if you don't know how to get soil sample, the most appropriate thing to do is increase your NPK levels. What will you use? Use organic fertilizer for basal application. If you intend to plant green leafy vegetables, use compost made out from nitrogen fixing plants and trees (eg. centrosima, caliandra, alnus). If you will plant fruit-bearing veggies or tuber-producing crops, increase potassium and phosphorus basal fertilizer.

It is also important to know if your soil needs to be watered regularly or not. How will you know? Get a handful of soil from your tilled garden, close your fist on it until you make a lump, raise your hand and drop it on the ground. If it does not break freely, your soil is too soggy, you don't need to water every other day. But if the soil breaks freely into many parts, then your soil is too dry, water every other day.

Now examine your soil. Do you have earthworms, century bugs and tiny critters/ if yes, you have a good soil. If you don't see anything moving or crawling, you do a damn "dead soil", that's not too good.

3. Protecting your plant is of utmost important. But remember, if you have the right to produce, you have the responsibility to produce safe and nutritious crops. Always consider the need to make the environment safe and clean and the rights of consumers. Never try to poison both. Ordinarily, the main pests of vegetables are slugs, snails and caterpillars (of many different insects), are the worst enemies.

To rid of slugs and snail especially in your seedbeds, put a cup of beer in a can and place it at the edge or rim of your seedbed. These attracts the pests and fall into the can. In the morning, dispose the pests. For caterpillars, put 15 to 20 cigarette butts in a liter of water and let them stay there for a week. The nicotene and tar of the cigarette butt mixes with the water eventually. Use this to spray against caterpillars.

Okay guys, more next time so drop by.

Michael the Gardener

Crisphead Losses to Romaine or Cos Lettuce

The unfortunate typhoon events that caused massive flooding and landslides in Benguet and Cordillera region Philippines forced PINE TREE to adjust its project on organic vegetables. of the fifteen young men that were to be trained eleven backed out because they had to go and help their families.

Because PINE TREE was helping victims and evacuees, it involved instead 12 young mothers in its training program. With the advent of Christmas and the need to raise immediate cash to help the family victims, the trainees planted two kinds of lettuce--crisphead and romaine.

The harvest on the crisphead variety suffered marketing problems because smuggled Chinese crisphead found its way to the local market. the romaine lettuce sold well however.