Sunday, April 12, 2015

US Agribusiness, GMOs and The Plundering Of The Planet                                                           ~  hows bout the " $$$$$$$$$$ "  "har~vess~ting" go~in ON !  HUH

 
Agricultural-Engineer-On-Field-Examining-Ripe-Ears-Of-Grain-GMO-Test-Crop
Small family/peasant farms produce most of the world’s food. They form the bedrock of global food production. Yet they are being squeezed onto less than a quarter of the planet’s farmland. The world is fast losing farms and farmers through the concentration of land into the hands of rich and powerful land speculators and agribusiness corporations.
By definition, peasant agriculture prioritises food production for local and national markets as well as for farmers’ own families. Big agritech corporations on the other hand take over scarce fertile land and prioritise commodities or export crops for profit and foreign markets that tend to cater for the needs of the urban affluent. This process displaces farmers from their land and brings about food insecurity, poverty and hunger.

What big agribusiness with its industrial model of globalised agriculture claims to be doing – addressing global hunger and food shortages – is doing nothing of the sort. There is enough evidence to show that its activities actually lead to hunger and poverty - something that the likes of GMO-agribusiness-neoliberal apologists might like to consider when they propagandize about choice, democracy and hunger: issues that they seem unable to grasp, at least beyond a self-serving superficial level.

Small farmers are being criminalised, taken to court and even made to disappear when it comes to the struggle for land. They are constantly exposed to systematic expulsion from their land by foreign corporations. The Oakland Institute has stated that now a new generation of institutional investors, including hedge funds, private equity and pension funds, is eager to capitalise on global farmland as a new and highly desirable asset class. Financial returns are what matter to these entities, not ensuring food security.

Consider Ukraine, for example. Small farmers operate 16% of agricultural land, but provide 55% of agricultural output, including: 97% of potatoes, 97% of honey, 88% of vegetables, 83% of fruits and berries and 80% of milk. It is clear that Ukraine’s small farms are delivering impressive outputs.

However, The US-backed toppling of that country’s government seems likely to change this with the installed puppet regime handing over agriculture to US agribusiness. Current ‘aid’ packages are contingent on the plundering of the economy under the guise of ‘austerity’ reforms and will have a devastating impact on Ukrainians’ standard of living and increase poverty in the country.

Reforms mandated by the EU-backed loan include agricultural deregulation that is intended to benefit foreign agribusiness corporations. Natural resource and land policy shifts are intended to facilitate the foreign corporate takeover of enormous tracts of land. (From 2016, foreign private investors will no longer be prohibited from buying land.) Moreover, the EU Association Agreement includes a clause requiring both parties to cooperate to extend the use of biotechnology, including GMOs.

In other words, events in Ukraine are helping (and were designed to help) the likes of Monsanto to gain a firm hold over the country’s agriculture.

Frederic Mousseau, Policy Director of the Oakland Institute last year stated that the World Bank and IMF are intent on opening up foreign markets to Western corporations and that the high stakes around control of Ukraine’s vast agricultural sector, the world’s third largest exporter of corn and fifth largest exporter of wheat, constitute an oft-overlooked critical factor. He added that in recent years, foreign corporations have acquired more than 1.6 million hectares of Ukrainian land.

Western agribusiness had been coveting Ukraine’s agriculture sector for quite some time, long before the coup. It after all contains one third of all arable land in Europe.

An article posted on Oriental Review notes that since the mid-90s the Ukrainian-Americans at the helm of the US-Ukraine Business Council had been instrumental in encouraging the foreign control of Ukrainian agriculture.

In November 2013, the Ukrainian Agrarian Confederation drafted a legal amendment that would benefit global agribusiness producers by allowing the widespread use of genetically modified seeds. Oriental Review notes that when GMO crops were legally introduced onto the Ukrainian market in 2013, they were planted in up to 70% of all soybean fields, 10-20% of cornfields, and over 10% of all sunflower fields, according to various estimates (or 3% of the country’s total farmland).

According to Oriental Review, “within two to three years, as the relevant provisions of the Association Agreement between Ukraine and the EU go into effect, Monsanto’s lobbying efforts will transform the Ukrainian market into an oligopoly consisting of American corporations.”

It amounts to little more than the start of the US colonisation of Ukraine’s seed and agriculture sector. This corporate power grab will be assisted by local banks. Apparently these banks will only offer favourable credit terms to those farmers who agree to use certified herbicides: those that are manufactured by Monsanto.

Interestingly, the investment fund Siguler Guff & Co has recently acquired a 50% stake in the Ukrainian Port of Illichivsk, which specialises in agricultural exports.

We need look no further than to Ukraine’s immediate neighbour Poland to see the devastating impact on farmers that Western agribusiness concerns are having there. Land grabs by foreign capital and the threat to traditional (often organic) agriculture have sparked mass protests as big agribusiness seeks to monopolise the food supply from field to plate. The writing is on the wall for Ukraine.

The situation is not unique to Poland, though; the impact of policies that favour big agribusiness and foreign capital are causing hardship, impacting health and destroying traditional agriculture across the world, from India and Argentina to Brazil and Mexico and beyond.

In an article by Christina Sarich, Hilliary Martin, a farmer from Vermont in the US, encapsulates the situation by saying:

“We are here at the [US-Canadian] border to demonstrate the global solidarity of farmers in the face of globalization. The corporate takeover of agriculture has impoverished farmers, starved communities and force-fed us genetically-engineered crops, only to line the pockets of a handful of multinational corporations like Monsanto at the expense of farmers who are struggling for land and livelihood around the world.”

The US has since 1945 used agriculture as a tool with which to control countries. And today what is happening in Ukraine is part of the wider US geopolitical plan to drive a wedge between Ukraine and Russia and to subjugate the country.


While the Transatlantic Trade and Investment Partnership (TTIP) is intended to integrate the wider EU region with the US economy (again ‘subjugate’ may be a more apt word), by introducing GMOs into Ukraine and striving to eventually incorporate the country into the EU the hope is that under the banner of ‘free trade’ Monsanto’s aim of getting this technology into the EU and onto the plates of Europeans will become that much easier.
Colin Todhunter is an extensively published independent writer and former social policy reader.

The computer smaller than a grain of rice: Tiny PC could invisibly monitor you and your home

Posted by George Freund on April 8, 2015


The Michigan Micro Mote is the smallest computer in the world, measuring less than 2mm across.

Michigan Micro Mote is a complete computer system less that 5mm across
Contains solar cells that power the battery with ambient light
Can be equipped with cameras, temperature and pressure sensors

By Mark Prigg For Dailymail.com

Published: 20:39 GMT, 7 April 2015 | Updated: 20:52 GMT, 7 April 2015


It is the smallest computer in the world - and 150 of them can fit in a thimble.


Called the Michigan Micro Mote, to tiny technology is a complete computer system.

Its inventors say it can act as a smart sensor, and give everyday objects computing capabilities.  

HOW IT WORKS

The Michigan Micro Mote contains solar cells that power the battery with ambient light, including indoor rooms with no natural sunlight, allowing the computers to run perpetually.


This line of 'smart dust' devices includes computers equipped with imagers (with motion detection), temperature sensors, and pressure sensors.


By strobing light at a high frequency, the operator is able to send information to the computer.


Once the Micro Mote processes the data, it is able to send the information to a central computer via conventional radio frequencies.


The Michigan Micro Mote is the first complete, operational computer system measuring as small as two millimeters across.


'To be 'complete,' a computer system must have an input of data, the ability to process that data - meaning process and store it, make decisions about what to do next – and ultimately, the ability to output the data.' Professor David Blaauw explained.


'The sensors are the input and the radios are the output. The other key to being a complete computer is the ability to supply its own power.'


The Michigan Micro Mote contains solar cells that power the battery with ambient light, including indoor rooms with no natural sunlight, allowing the computers to run perpetually.




This line of 'smart dust' devices includes computers equipped with imagers (with motion detection), temperature sensors, and pressure sensors.


They are the culmination of work initiated by Blaauw and Sylvester on very low-power processing for millimeter-scale systems.

A key breakthrough in the size/power matchup came with the Phoenix processor in 2008.


The Phoenix processor is miniscule at 915 x 915µm2, and boasts ultra-low operating voltage and a unique standby mode that results in an average power consumption of only 500pW. (Consider that 1pW is the average power consumption of a single human cell.)


Blaauw explained why Phoenix's extreme energy efficiency is so important: 'As you shrink down in size, the percentage of the system tends to be dominated by the battery.


'It's actually not hard to make chips small, but it is hard to make them low power.

'We could have very small chips, but we'd still end up with really large batteries.'



This line of 'smart dust' devices includes computers equipped with imagers (with motion detection), temperature sensors, and pressure sensors.



One key application for this line of smart sensors lies in personal security and information, its inventors say.


The solar system allows the computer to work under indoor lights without ever having to be charged.

'With a 1mm2 solar cell producing 20nW, the device can harvest enough energy under ambient light to run perpetually,' the team say.


The device's standby power consumption is 2nA.


That's about a million times less power than the average mobile phone consumes while on standby, or the comparative difference between the thickness of a sheet of paper and the length of a football field.

There are currently three different systems in the M3 family, focusing on several different applications: sensing temperature, pressure, and taking images.


'Down the road we want these sensors to be able to talk to one another,' says Blaauw, 'and we're currently working to extend their range to about 20m.'



The working computer is smaller than a grain of rice programmed and charged via light and could be used for a variety of medical and industrial purposes.


One key application for this line of smart sensors lies in personal security and information.

Numerous specks of technology could be discretely placed to invisibly monitor a home, business, or personal device.

'We found that a lot of people were very interested in these devices, and that's why we went with the modular or stacked approach.' Blaauw explained.


'It's the key aspect of our design. If you need a different sensing modality you take out one sensor and replace it with another - like mix and match tinker toys.'

http://www.dailymail.co.uk/sciencetech/article-3029247/The-computer-smaller-grain-rice-Researchers-say-smart-dust-invisibly-monitor-home.html#ixzz3Wiv3vaXV