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Indonesian Agricultural Sciences Association (IASA)

Sunday 20 May 2012
  • Agriculture is the mother of all arts. When it is well conducted, all other arts proper. When it is neglected, all other arts decline.
    Xenophon (430-355 BC)

Indonesian Agricultural Sciences Association (IASA)

Certification System; Indonesia Organic

Certification System
 
 
Case study of Organic Certification System in Indonesia  
 
Nasrul PradanaNational Standardization Agency (Badan Akreditasi Nasional) defines certification as a procedure where government certification agent, private certification which is officially acknowledged by government gives a written guarantee or in form of continuous inspection, quality control system and final check of one product. Those activities are aimed to show and to inform that the process of vegetable production or quality system has been conducted.

Certification has some objectives as follows based Indonesian National Standard (Standar Nasional Indonesia), 2002:

1.To ensure that all processes in preparation, production, storage, delivery and marketing can meet the Indonesian standard for organic products.
2.To promote organic agricultural commodities among producers and consumers particularly regarding food safety and sustainable agriculture.
3.To help producers understands more about international requirements and standards in exports of organic products and be competitive.
4.To maintain and enhance organic farm system at every area in Indonesia, so as to contribute to local and global ecology preservation.
5.To provide international guidance for organic farm production system in order to facilitate recognition of national system for the purpose of import.

 
In Indonesia, in order to receive organic certification, National Standardization Agency decided to elaborate what the organic vegetable mean is so that there is basic standard or guide about organic vegetables. NSA defines organic vegetable as follows:

Vegetable produced organically and continuously by prioritizing health and productivity of agro-ecosystem included bio-diversity, biological cycle and biological activities of soil naturally in order to produce good qualified products”. (translated by the author, SNI; 2002)

Certification is the most important key-factor for developing organic agriculture because it is needed to expand market of organic products produced by the farmers at present. Therefore, it is necessary to encourage some efforts to increase the number of officially acknowledged and entitled certification agent which can certificate organic products.

Organic foods or products should be cultivated on the land which has been already certified. Before receiving permission to name the products as organic foods, the farmers usually are allowed to put the label named transitional foods. Transitional means food products produced by plants which are cultivated without either synthetic chemical pesticides or fertilizers.

If the food products coming from or produced on any kind of land but without using pesticides, herbicides, and fungicides can be called free pesticides food. However, in this case there is any possibility that the cultivated land had been fertilized with chemical fertilizer. This category is the lowest level called integrated pest management which means the products are cultivated or produced by using very little amount of synthetic pesticides.
 
Procedure of certification is conducted based on standards which is applied at independent certification agent. The applied standards are different between each agent. Japan has Japan Agricultural Standard (JAS), Australia has National Association Sustainable Agriculture Australia (NASAA), Thailand has Organic Agriculture Certification Thailand (ACT), China has Organic Food Development Center (OFDC), and Indonesia has Board of Indonesia Organic Certification (Bio-Cert).
     
Organic Certification Logo

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How Can We Ensure National Food Security?

National Food Security
  
 
SubejoFood security has continually emerged as one of the most prominent problems faced by the global community. An unreliable and uncertain food security status at a national level has serious impacts on populations in the form of under nutrition, malnutrition, hunger and possible starvation.

The massive amount of agricultural land converted to accommodate an increasing demand for industrial development, services, housing complexes, public facilities and other purposes, has had a clear impact on agricultural production levels.

In cases where agricultural land conversion cannot be controlled properly or supplemented by appropriate policies, it is no wonder agricultural production is diminished and as a consequence has no capacity to secure national demand for food.

Analyzing agricultural land conversion in Indonesia, the current situation and its impacts have become alarming. As reported by Fahmuddin Agus and Irawan (2006), between 1981 and 1999 an average area of 90,400 hectares of rice fields was converted every year, but this was supplemented with the addition of 178,900 hectares new rice fields each year; hence there was a positive balance of 88,500 hectares per year. Agricultural land conversion still can be compensated by opening up new agricultural fields mainly in outer islands.

However, the situation has been getting much worse. Between 1999 and 2002, an average of 187,700 hectares of agricultural land was converted, supplemented with the addition of 46,400 hectares of new rice fields each year; hence there was a negative balance of -141,300 hectares per year. This means that at national level, the area of agricultural land mainly for rice growing has been massively decreasing.
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Basic study of Indonesia Organic; Past Condition and Future Recommendation

Past Field Condition of Indonesia Organic
 
 
Nasrul Pradana (Organic Farm)This study assessed the production and marketing of selected organic vegetables in Sukagalih Village, Bogor Regency, West Java, Indonesia. Specifically, it aimed to: 1) describe the current condition of selected organic vegetables farming in Sukagalih Village-Bogor, West Java, Indonesia; 2) analyze the production aspect based on labor requirement, costs and returns, and break even price and quantities; 3) determine the marketing channels and compare the prices with traditionally produced vegetables.

Three different surveys were conducted, namely farm production survey (June-August, 2007), marketing routes survey (July, 2007) and certification system survey (August, 2007). In total, there were 27 farmer correspondents from three organic farm groups and one-certification agency. It should be noted that all surveys were conducted in Sukagalih Village, Bogor Regency, West-Java, Indonesia.

It was found out that the educational attainment of farm respondents in small-scale who attended elementary school was around 57% and only 14% has completed the university level. In medium scale farm operation, half of them (50%) have completed vocational school in plant cultivation. In case of the large-scale farm operation, 44% managed to earn senior high school certificates, 31% finished elementary school and 25% completed vocational school in the field of agriculture. In general, the educational level of organic vegetables farmers was high, a relatively good indicator of potential success considering the necessary knowledge and experience especially when it comes to organic plant cultivation and technology.

Based on the total costs among the three selected organic vegetables under consideration, tomato appeared to be most intensively cultivated, requiring Rp 189,650 per 10 square meters in large scale farm operation. In the case of carrot, the total costs amounted to Rp 141,122.50 for those in the medium scale and Rp 113,625.00 for those in large-scale farming. In case of broccoli, total costs, on average were Rp 183,580 in medium scale and Rp 139,300 in large-scale farm operation.
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Green Revolution vs Go Organic?

Development of Organic Farming

 
Nasrul Pradana with Organic FarmersIn the past, the green revolution was thought to be the solution to increase food production to meet the growing demand for food, agriculture and environment of the growing population. Crop production intensification using input hybrid crop varieties and chemical fertilizers were introduced as a method to increase production. Synthetic pesticides were used to reduce yield losses due to pests and diseases. For a while, the green revolution has increased for food production.

However, environment is now taking its victims. Decreasing trends in crop yields, persistence/resistance of some pests and diseases, degraded soils (low fertile soils, eroded soils, acid soils, saline soils and other problem soils), contaminated waters (from agricultural chemicals and organic residues) are clear proof of an ailing environment. Even humans have shown symptoms of a sick environment as manifested by the increasing cases of diseases and poor human health conditions due to chemical-laden foods, contaminated drinking water, and polluted air.

Now we are trying to heal our degraded environment. However, while healing the environment, we also have to produce food in order to live and provide food for the ever-increasing human population. In order to solve the problems of food supply and environmental restoration, world leaders and sustainable development advocates have come up with a consensus that organic farming is an alternative farming method towards sustainable agriculture and sustainable development.

Based on my review, many international institutes on food, agriculture and environment have made their actions plans through conferences or summits to address food security and environmental protection. We have the 1992 Earth Summit at Rio de Janeiro that developed a comprehensive blueprint for sustainable development, called Agenda 21. There was also the 1996 World Food Summit in Rome, which drew the action plan for world security, and the eradication of hunger and poverty. Represented countries to the 1992 Rio Summit have also formulated their respective national and local action plans for sustainable development.
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Kontak

Muhamad Nasrul Pradana

Graduate School of Agriculture
Department of International Bio-Business
Laboratory of Bio-Business Management
Tokyo University of Agriculture
Sakuragaoka Dorm, 201-2B
3-9-37 Sakuragaoka, Setagaya-ku
Tokyo 156-0054 Japan
Tel. +81-90-8503-0275 ( Mobile )

Email:

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