Cost Effective Solution to save Coconut trees during forth coming water scarcity months due to El Niño : Olla Irrigation - Ancient Wisdom for Modern Droughts. 🏺 Echoes of Ancient Clay pot Irrigation Long before the term olla entered agricultural vocabulary, ancient Tamil farmers practiced remarkably similar methods. In Sangam‑era Tamilakam, clay vessels called “ māṇ paṇai ” or “kulam paṇai” were used to store and seep water near tree roots - especially for coconut, banana, and areca palms. These pots were often placed in earthen basins (thottam) lined with coir, husk, and leaf mulch, creating a natural moisture‑retention system. Inscriptions and temple garden records from regions like Pollachi, Thanjavur, and Madurai mention such paṇai neer vaḻi (pot‑water channels) as part of sustainable irrigation networks. This continuity of wisdom - from ancient Tamil pot irrigation to modern olla systems - shows how indigenous knowledge can guide regenerative farming in the...
http://press.nokia.com/PR/200504/987787_5.html:
Nokia selects Chennai for manufacturing mobile devices in IndiaEspoo, Finland - Nokia today announced that it will set up a manufacturing facility for mobile devices at Chennai in India. The manufacturing unit in Chennai will be Nokia's tenth mobile device production facility globally. Nokia anticipates investing an estimated USD 100-150 million in the India production plant.
"Establishing a new factory in India is an important step in the continuous development of our global manufacturing network. We selected Chennai to be the location for the factory thanks to the availability of skilled labor, friendly business environment, support from the state government, good logistics connections and overall cost-efficiency," said Pekka Ala-Pietilä, President, Nokia.
Nokia's new facility in Chennai is in the state of Tamil Nadu in the southern part of India. The construction work at the site of the manufacturing unit will start in April and production is expected to begin in the first half of 2006. Nokia foresees ramping up the factory gradually and the work force reaching approximately 2,000 employees when production is full scale.
Mobile penetration in Asia Pacific is expected to be a major contributor to the global mobile subscriber base surpassing the two billion mark by the end of 2005. Therefore, India which is set at the heart of the region where mobile communications is growing rapidly was a natural location of choice for the new production facility.
In India, Nokia is the market leader in mobile devices. Nokia maintains sales, marketing, customer care, and research and development sites in the country. Nokia was recently recognized as the Brand of the year by the Confederation of Indian Industry (CII) as well as the most respected consumer durables company by the BusinessWorld magazine.
About Nokia
Nokia is a world leader in mobile communications, driving the growth and sustainability of the broader mobility industry. Nokia connects people to each other and the information that matters to them with easy-to-use and innovative products like mobile phones, devices and solutions for imaging, games, media and businesses. Nokia provides equipment, solutions and services for network operators and corporations. www.nokia.com.
Nokia India's plant is being built by Leighton Contractors (India), a subsidiary of Leighton Holdings Ltd of Australia, a large project development and contracting group.
According to information available on Leighton Holdings' Web site, it was awarded the $35-million (about Rs 150 crore) contract to construct Nokia's plant. The work is scheduled for completion by February 2006.
ENVIRONMENTAL SIDE:
http://www.american.edu/TED/nokia.htm#r5
Mainly morals. There has been some discussion about the actual pollution effects of cellphones, yet a consensus about this is still lacking. One of the most in-depth studies about this was conducted by the Worldwatch Institute. in its State of the World 2000. See especially the section called "Harnessing Information Technologies for the Environment" by Molly O'Meara. Nonetheless, whether the promise of new information technology, including cell phones, is good or bad for the environment is still not known. The manufacturing processes of cellphones requires great deals of water and electricity, the devices themselves have for the most part not been designed to last long, yet information techonology also helps to detect and notice environmental problems as well as helps non-governmental organizations campaign against them more easily (26).
However, this is not directly relevant to the case study at hand. For more information, look at the State of the World 2000 report.
http://www.nytimes.com/2004/09/04/technology/04nokia.html?n=Top%2FNews%2FBusiness%2FCompanies%2FNokia%20Corporation
Last May, an authoritative study of global competitiveness bounced Finland down from the top three to No. 8, countering other polls that gave Finland top marks for literacy, lack of corruption and care of the environment.
http://www.designophy.com/article.php?id=617
QUESTION Answered by Eero Miettinen on 05/21/2007:
Eero Miettinen is Group Design Director of Nokia Design.
Global environmental problems and the ecological effects of materials and technology are being discussed. How much of the resposibility should be the undertaken by designers in those issues?A designer is always responsible for his creations. Environmental and ecological approach should be taken care of in everything we do.
http://www.vientiluotto.net/Emattxt.html:
The History of the Environmental assessments in crediting and guaranteeingIn 1998, the Ministry for Foreign Affairs of Finland commissioned a study on "Environmental Assessment in Public Promotion of Exports and Investments to Developing Countries" (Tallskog et al. 1999) which revealed that Finnish export and investment support agencies did not have proper environmental and social impact assessment procedures nor acceptable information disclosure policies in place. Therefore, very little was known about the potential environmental and social impacts or risks of projects financed by the responsible agencies. The study only focused on the policies, procedures and guidelines of the export and investment support agencies but was not yet able to investigate their project portfolios nor the individual projects and their potential impacts. However, since the projects financed by export credits, guarantees and investment promotion funds often involve large investments in industrial production, machinery and infrastructure development, significant environmental and social impacts are likely. Some cases of severe environmental and social problems caused by e.g. forest industry sector projects for which Finnish export credits and guarantees have been granted have been brought to publicity by local and international NGOs.Banks and Fide did not have any environmental guidelines nor expertise to assess such things. None of the information on projects is disclosed exept for the decisions of the concessional credits as they fall under the Act of Publicity in the government funds. Finnfund has to assess its projects carefully and has relatively extensive guidelines but it too does not employ real environmental experts either. They disclose some information on made decisions.Finnvera and Finnish Export Credit have formulated their environmental guidelines according to OECD process. The environmental guidelines divide project applications in three categories A, B, and C like World Bank does. They demand an independent Environmental Impact Assessment (EIA) report according to international standards from A, (covering forestry, mining, energy production, and such), an environmental assessment from B (minor projects such as equiptments) but not from C (i.e. telecommunications). However they do not intend to disclose this information though they claim to demand the consultion of all the local stakeholders. The actual EIA is subscribed by the applicant.Legal framework consists of the export guarantee act and degree and an act on special financial institutions.The export guarantee law was renewed in 2001. After the law came to effect 1.7.2001 the Ministry for Trade and Industry set a committee to solve the paradox of the new law calling for submiting under the Act of Publicity and at the same time respecting the bank secrecy in the publicity of the Environmental Impact Assessments. The committee made an compromise and supported the so called alternative 2 that the EIAs should be published after the guarantee decision and on the consent of the exporter. The committee report was then sent to a round for comments. Comments were asked mainly form the traditional stakeholders, but two NGOs got also the official request from the ministry to give comments. Some other NGOs made their statements also.Finnish Association for Nature Conservation, Friends of the Earth Finland, Finnish League for Human Rights, Nature League and Advisory Board for Relations with Development Countries all supported the alternative 1 on immediate disclosure of EIAs after they have arrived to Finnvera. The industry and other stakeholders supported alternative 3 of keeping the situation as it is now. No one supported the alternative 2 of the compromise. Now the ministry is waiting for a decision of the Supreme Adminsitrative Court where Finnvera has filed a complaint on the request of the information by the Finnish Association for Nature Conservation.
CELL PHONE WASTE ISSUES:
http://www.recyclingforcharities.com/Environmental-Effects-of-E-Waste.php
E-Waste Poses a Very Real Environmental Threat –Recycling Your Wireless Cell Phones, PDA's, Pagers and Digital Cameras Can Help Protect the Earth
Studies have consistently shown that electronic waste from devices like mobile phones, PDA's and digital cameras contains toxins that are damaging to our environment.
Lead
Used primarily in soldering ofcircuit boards and other device components
Extremely harmful to the human body; damages both the central and peripheral nervous systems; can cause seizures, retardation, high blood pressure, damage to the kidneys and liver; adversely affects child development
Beryllium
Forms significant portions of electrical connectors and battery contacts
Long term exposure can be carcinogenic, especially for the lungs. Extreme exposure can lead to a potentially fatal condition known as Acute Beryllium Disease
Arsenic
Used in some integrated circuits and semiconductors
Arsenic is a notoriously potent poison; causes severe damage to the digestive tract
Mercury
Can be found to a degree in batteries and circuit boards
Attacks the central nervous and endocrine systems; harmful to mouth, teeth and gums; poses risk in the neurological development of unborn fetuses
Antimony
Used in production of diodesand batteries. Pure form usedin semiconductor production
Toxic to humans in ways similar to arsenic; fatal in large doses
CadmiumUsed in soldering, semiconductors and chip resistors
Potentially carcinogenic; Repeated exposure can damage the lungs, kidneys and liver
Nokia selects Chennai for manufacturing mobile devices in IndiaEspoo, Finland - Nokia today announced that it will set up a manufacturing facility for mobile devices at Chennai in India. The manufacturing unit in Chennai will be Nokia's tenth mobile device production facility globally. Nokia anticipates investing an estimated USD 100-150 million in the India production plant.
"Establishing a new factory in India is an important step in the continuous development of our global manufacturing network. We selected Chennai to be the location for the factory thanks to the availability of skilled labor, friendly business environment, support from the state government, good logistics connections and overall cost-efficiency," said Pekka Ala-Pietilä, President, Nokia.
Nokia's new facility in Chennai is in the state of Tamil Nadu in the southern part of India. The construction work at the site of the manufacturing unit will start in April and production is expected to begin in the first half of 2006. Nokia foresees ramping up the factory gradually and the work force reaching approximately 2,000 employees when production is full scale.
Mobile penetration in Asia Pacific is expected to be a major contributor to the global mobile subscriber base surpassing the two billion mark by the end of 2005. Therefore, India which is set at the heart of the region where mobile communications is growing rapidly was a natural location of choice for the new production facility.
In India, Nokia is the market leader in mobile devices. Nokia maintains sales, marketing, customer care, and research and development sites in the country. Nokia was recently recognized as the Brand of the year by the Confederation of Indian Industry (CII) as well as the most respected consumer durables company by the BusinessWorld magazine.
About Nokia
Nokia is a world leader in mobile communications, driving the growth and sustainability of the broader mobility industry. Nokia connects people to each other and the information that matters to them with easy-to-use and innovative products like mobile phones, devices and solutions for imaging, games, media and businesses. Nokia provides equipment, solutions and services for network operators and corporations. www.nokia.com.
Nokia India's plant is being built by Leighton Contractors (India), a subsidiary of Leighton Holdings Ltd of Australia, a large project development and contracting group.
According to information available on Leighton Holdings' Web site, it was awarded the $35-million (about Rs 150 crore) contract to construct Nokia's plant. The work is scheduled for completion by February 2006.
ENVIRONMENTAL SIDE:
http://www.american.edu/TED/nokia.htm#r5
Mainly morals. There has been some discussion about the actual pollution effects of cellphones, yet a consensus about this is still lacking. One of the most in-depth studies about this was conducted by the Worldwatch Institute. in its State of the World 2000. See especially the section called "Harnessing Information Technologies for the Environment" by Molly O'Meara. Nonetheless, whether the promise of new information technology, including cell phones, is good or bad for the environment is still not known. The manufacturing processes of cellphones requires great deals of water and electricity, the devices themselves have for the most part not been designed to last long, yet information techonology also helps to detect and notice environmental problems as well as helps non-governmental organizations campaign against them more easily (26).
However, this is not directly relevant to the case study at hand. For more information, look at the State of the World 2000 report.
http://www.nytimes.com/2004/09/04/technology/04nokia.html?n=Top%2FNews%2FBusiness%2FCompanies%2FNokia%20Corporation
Last May, an authoritative study of global competitiveness bounced Finland down from the top three to No. 8, countering other polls that gave Finland top marks for literacy, lack of corruption and care of the environment.
http://www.designophy.com/article.php?id=617
QUESTION Answered by Eero Miettinen on 05/21/2007:
Eero Miettinen is Group Design Director of Nokia Design.
Global environmental problems and the ecological effects of materials and technology are being discussed. How much of the resposibility should be the undertaken by designers in those issues?A designer is always responsible for his creations. Environmental and ecological approach should be taken care of in everything we do.
http://www.vientiluotto.net/Emattxt.html:
The History of the Environmental assessments in crediting and guaranteeingIn 1998, the Ministry for Foreign Affairs of Finland commissioned a study on "Environmental Assessment in Public Promotion of Exports and Investments to Developing Countries" (Tallskog et al. 1999) which revealed that Finnish export and investment support agencies did not have proper environmental and social impact assessment procedures nor acceptable information disclosure policies in place. Therefore, very little was known about the potential environmental and social impacts or risks of projects financed by the responsible agencies. The study only focused on the policies, procedures and guidelines of the export and investment support agencies but was not yet able to investigate their project portfolios nor the individual projects and their potential impacts. However, since the projects financed by export credits, guarantees and investment promotion funds often involve large investments in industrial production, machinery and infrastructure development, significant environmental and social impacts are likely. Some cases of severe environmental and social problems caused by e.g. forest industry sector projects for which Finnish export credits and guarantees have been granted have been brought to publicity by local and international NGOs.Banks and Fide did not have any environmental guidelines nor expertise to assess such things. None of the information on projects is disclosed exept for the decisions of the concessional credits as they fall under the Act of Publicity in the government funds. Finnfund has to assess its projects carefully and has relatively extensive guidelines but it too does not employ real environmental experts either. They disclose some information on made decisions.Finnvera and Finnish Export Credit have formulated their environmental guidelines according to OECD process. The environmental guidelines divide project applications in three categories A, B, and C like World Bank does. They demand an independent Environmental Impact Assessment (EIA) report according to international standards from A, (covering forestry, mining, energy production, and such), an environmental assessment from B (minor projects such as equiptments) but not from C (i.e. telecommunications). However they do not intend to disclose this information though they claim to demand the consultion of all the local stakeholders. The actual EIA is subscribed by the applicant.Legal framework consists of the export guarantee act and degree and an act on special financial institutions.The export guarantee law was renewed in 2001. After the law came to effect 1.7.2001 the Ministry for Trade and Industry set a committee to solve the paradox of the new law calling for submiting under the Act of Publicity and at the same time respecting the bank secrecy in the publicity of the Environmental Impact Assessments. The committee made an compromise and supported the so called alternative 2 that the EIAs should be published after the guarantee decision and on the consent of the exporter. The committee report was then sent to a round for comments. Comments were asked mainly form the traditional stakeholders, but two NGOs got also the official request from the ministry to give comments. Some other NGOs made their statements also.Finnish Association for Nature Conservation, Friends of the Earth Finland, Finnish League for Human Rights, Nature League and Advisory Board for Relations with Development Countries all supported the alternative 1 on immediate disclosure of EIAs after they have arrived to Finnvera. The industry and other stakeholders supported alternative 3 of keeping the situation as it is now. No one supported the alternative 2 of the compromise. Now the ministry is waiting for a decision of the Supreme Adminsitrative Court where Finnvera has filed a complaint on the request of the information by the Finnish Association for Nature Conservation.
CELL PHONE WASTE ISSUES:
http://www.recyclingforcharities.com/Environmental-Effects-of-E-Waste.php
E-Waste Poses a Very Real Environmental Threat –Recycling Your Wireless Cell Phones, PDA's, Pagers and Digital Cameras Can Help Protect the Earth
Studies have consistently shown that electronic waste from devices like mobile phones, PDA's and digital cameras contains toxins that are damaging to our environment.
Lead
Used primarily in soldering ofcircuit boards and other device components
Extremely harmful to the human body; damages both the central and peripheral nervous systems; can cause seizures, retardation, high blood pressure, damage to the kidneys and liver; adversely affects child development
Beryllium
Forms significant portions of electrical connectors and battery contacts
Long term exposure can be carcinogenic, especially for the lungs. Extreme exposure can lead to a potentially fatal condition known as Acute Beryllium Disease
Arsenic
Used in some integrated circuits and semiconductors
Arsenic is a notoriously potent poison; causes severe damage to the digestive tract
Mercury
Can be found to a degree in batteries and circuit boards
Attacks the central nervous and endocrine systems; harmful to mouth, teeth and gums; poses risk in the neurological development of unborn fetuses
Antimony
Used in production of diodesand batteries. Pure form usedin semiconductor production
Toxic to humans in ways similar to arsenic; fatal in large doses
CadmiumUsed in soldering, semiconductors and chip resistors
Potentially carcinogenic; Repeated exposure can damage the lungs, kidneys and liver
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