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" I heard it
through the
AgLine"
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February 10, 2010
·
Russia’s ag
evolution seen through Golden Arches
·
New research
focuses on global El Nino effect
·
Almond tree
reveals secret pollination weapon
·
Veggie
munching helps lower blood pressure
·
California
seed distributor sending toys to Haiti
Russia’s ag
evolution seen through Golden Arches
(The
New York Times) MOSCOW — Viktor A. Semenov
was growing lettuce on a collective farm outside Moscow in 1990 when a representative of McDonald’s
stopped by. The company had just opened a restaurant. Could he sell it a few
boxes of lettuce each week?
Mr. Semenov’s assistant turned it down. One restaurant was
too small an order.
“I said, ‘My friend! You see how many McDonald’s there are
in the West?’ ” Mr. Semenov recalled recently. “I said, ‘Sell them lettuce at
any price. It’s our new strategy.’ ”
With that, Mr. Semenov started a company that has all but
cornered the market on packaged fresh vegetables in Russia.
With a buy-one-get-one-free deal on hamburgers and a
traditional Russian accordion band, McDonald’s celebrated on Monday the 20th
anniversary of the opening of its first store in the Soviet
Union, a restaurant that drew long lines.
But the company celebrated a different milestone earlier
this year by outsourcing the last product — hamburger buns — it had made at a
proprietary factory outside Moscow
called McComplex. It was built before the chain
opened its first restaurant. Nearly everywhere else, McDonald’s buys
ingredients, rather than making its own. But in the Soviet
Union, there simply were no private businesses to supply the 300
or so distinct ingredients needed by a McDonald’s outlet.
Everything — from frozen French fries to pie filling — had
to be made from scratch at a sprawling factory.
McDonald’s is always a good lens through which to view the
118 or so countries where it operates. In the 20 years since McDonald’s arrived
in Russia,
enough private enterprises have sprung up to supply nearly every ingredient
needed to operate one of its restaurants.
Today, private businesses in Russia supply 80 percent of the
ingredients in a McDonald’s, a reversal from the ratio when it opened in 1990
and 80 percent of ingredients were imported.
Starting with pickles, which now come from the farm of
Anatoly M. Revyakin, every item has been spun off
from the nine production lines at McComplex, spawning
dozens of new businesses, some now among the most successful in the Russian
food catering industry.
Buns and pies are still made at the McComplex
site, but by an independent contractor; the building is for sale.
“Our goal is to put the business in the hands of independent
suppliers,” Jim Skinner, the global chief executive of McDonald’s, said in an
interview.
Mr. Revyakin, a cucumber farmer in
1990, went on to become the Pickle King of Russian processed food after taking
over the marinating line from McComplex; he now sells
pickles to three restaurant chains and is moving into relish for Heinz.
“We make $2 million a year selling cucumbers,” he said in a
phone interview.
Mr. Semenov’s shredded lettuce business, Belaya Dacha,
already accustomed to working with Western companies from the McDonald’s
contract, exploded when Western-style supermarkets arrived in Russia in the last decade, bringing
coolers capable of displaying prepackaged salads. He now sells 150 types of
salad and is the lettuce magnate of Russia.
And after his business success, Mr. Semenov has gone into
politics, serving in Parliament with the ruling United Russia party.
Dairy went to Wimm-Bill-Dann, a milk and juice packager that became the first Russian food
company to list on the New York Stock Exchange, in 2002.
Just last year, a Russian company, Miratorg,
took over supplying Chicken McNuggets. It could
hardly have come at a better time for McDonald’s — a trade war is threatening
to cut off the importation of chicken into Russia.
Today, frozen French fries are still imported, oddly enough,
given that Russians are famous for growing potatoes. The problem, though is
finding economy of scale in processing, McDonald’s executives said. Russians
still buy raw potatoes at supermarkets, instead of processed frozen potatoes.
Until frozen potatoes catch on, McDonald’s alone cannot provide the volumes
needed to open a processing plant.
From the day it opened the gates on the $50 million factory,
McDonald’s had intended to hand out its functions to other businesses and
eventually shut it down, said Khamzat Khasbulatov,
the director of McDonald’s in Russia.
Arms-length transactions for supplies allow McDonald’s to
step back from the interaction of franchisees and food-processing companies,
sparing them a headache. Russia’s
235 restaurants have not yet been franchised.
“We knew from Day 1 that our goal was to outsource all its
functions,” Mr. Khasbulatov said.
Today the restaurants in Russia employ 25,000 people, a
number far eclipsed by the businesses in McDonald’s supply chain, which employ
100,000, Mr. Khasbulatov said.
Even as it leaned on the proprietary factory in its early years,
the McDonald’s Russia
operation, quick on its feet out of necessity to keep up with all the changes,
has also been on the leading edge of other global business initiatives.
The worldwide pushback against coffee chains, for example,
had an early test run here. McCafés opened here in
2003 and espresso-style drinks are available in many restaurants; the concept
was introduced in America
last year.
For McDonald’s, bringing Russia in line with its horizontal
business model is more important than ever because the country is an important
market and its same-store sales are growing fast. The overseas business is
generally leading both in the number of restaurant openings and growth in sales
at existing restaurants.
Russian restaurants are on average twice as busy as those in
the United States,
with 850,000 visitors a year per site compared with 400,000 domestically.
McDonald’s plans to invest $150 million in
Russia
this year to open 45 new restaurants and refurbish current sites.
And that is good news for suppliers, too; those outlets will
need a lot of shredded lettuce.
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New research focuses on global El Nino
effect
(NOAA) - Like a stone tossed in a pond, El Niño's appearance
in the Pacific Ocean has ripple effects that
extend around the world.
A natural phenomenon, El Niño (Spanish for "the little
boy") refers to occasional periods of sea surface temperature warming in
the tropical Pacific that influence the world's weather patterns.
El Niño is known for stirring up weather across the globe:
* In the United States, West Coast residents generally
experience more intense storms, while Atlantic and Gulf Coast
residents see fewer hurricanes.
* India, southeastern Africa, northern Brazil, and Australia can experience
dramatically drier conditions. Shifts in patterns are even stronger in other
parts of the world.
However, unlike concentric rings expanding across a pond's
surface, El Niño's ripples do not follow a simple pattern. They are highly
complex, capable of altering atmospheric features from the surface of the ocean
to miles above the Earth.
New Pieces to the Puzzle
NOAA scientists are studying El Niño's effects to better
understand not only how El Niño influences our weather, but also to separate
natural El Niño fluctuations from human-caused climate change. The array of
variables involved — ocean temperature, air temperature, ocean currents, winds
at various altitudes, air pressure, to name a few — add to the challenge.
A new study by Melissa Free and Dian Seidel, climate
scientists in NOAA's Air Resources Laboratory in Silver Spring, Md.,
helps connect some of the pieces in the El Niño puzzle. Their work, published
in the December 2009 Journal of Geophysical Research, traces one subset of El
Niño ripples from the Pacific Ocean to the stratosphere above the Arctic, and
then on to Europe where the phenomenon tends
to make winters colder.
Free and Seidel's work is part of an emerging area of
interest for climate and weather researchers investigating how the stratosphere
— a layer of the atmosphere beginning
about five miles above sea level — influences weather at ground level. The
stratospheric layer of the atmosphere is located above the troposphere.
The troposphere begins at the Earth's surface and extends up
to 4-12 miles (6-20 km) high. This is where we live. The stratosphere begins
above the troposphere and extends up to 31 miles above the Earth's surface.
This layer holds 19 percent of the atmosphere's gases but very little water
vapor. Scientists are just beginning to learn how conditions in the
stratosphere echo downward into the troposphere and affect weather.
Free and Seidel decided to look specifically at El Niño's
ability to influence weather at the ground level by first triggering changes several
miles up.
A Need to Learn More
In recent years, scientists have found a connection between
another atmospheric feature, swirling upper-level winds called the Arctic
vortex, and colder than average winters in Europe.
Studying data collected since 1958, Free and Seidel confirmed links between El
Niño, the cooling of the tropical stratosphere and the warming of the Arctic
stratosphere — three factors that also influence the Arctic vortex.
Scientists have long known about El Niño's effect on
temperatures in the lowest part of the atmosphere, but its effects on the
stratosphere have only recently become clearer through studies like this
one.
Industries affected by severe weather, droughts or floods —
agriculture, cargo shipping and transportation — pay close attention to El
Niño. With further study, scientists are confident that we will improve our
understanding of El Niño and, ultimately, our ability to prepare for its
effects.
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Almond tree reveals secret pollination
weapon
(Science
Daily) – Has the almond tree developed a unique way of drawing potential
pollinators? A group of researchers at the Department of Environmental and
Evolutionary Biology and the Department of Science Education at the University
of Haifa-Oranim speculate that the toxin called amygdalin that is found in almond tree nectar is in fact an
evolutionary development intended to give that tree an advantage over others in
its surroundings.
Previous studies have already shown that amygdalin
can be found in almond nectar at a concentration of 4-10 milligrams per liter.
It also known that the almond tree is the only plant to have this toxin in its
flowers' nectar; in fact, the tree's subgenus classification is Amygdalus, after the toxin it produces. For small mammals
this is a deadly substance and as it is highly concentrated in the seeds of
unripe wild bitter almonds, these almonds are also dangerous for human
consumption.
A group of researchers, headed by Prof. Ido
Izhaki along with Prof. Gidi
Ne'eman, Prof. Moshe Inbar
and Dr. Natarajan Singaravelan,
investigated why it is that this plant produces such a potent toxin -- a
by-product of which is cyanide -- in its nectar. They explain that the presence
of amygdalin in the nectar is seemingly incompatible
with the nectar's purpose of attracting insects to the flower to extract food
and pollinate it and thereby contribute to the plant's reproduction.
The researchers exposed honey bees to plates of nectar that
had varying concentrations of the toxin and a plate of nectar without the
toxin. The team first monitored four different amygdalin
concentrations, resembling the natural levels of the toxin in almond tree
nectar: 2.5-10 milligrams per liter. A second experiment monitored levels much
higher than those found in the natural form: 5-50 milligrams per liter. In both
cases and for each of the compositions, the bees preferred nectar containing amygdalin over the amygdalin-free
option.
"It is difficult -- and sometimes impossible -- to
determine the workings of evolution, but it is likely that amygdalin
is produced in the almond nectar so as to give the almond tree an advantage in
reproduction. Based on our observations, we can make a guess at which
mechanisms come into play for amygdalin to provide
this advantage," Prof. Izhaki explains.
For example, even though amygdalin
is poisonous for mammals, it is not poisonous for insects, such as the honey
bee, and it even produces a stimulant that attracts such insects. Therefore, it
is possible that the plant produces it so as to attract potential pollinators.
Another possibility is that the almond tree has developed
this substance in its nectar as a form of filter: it repulses "non-expert"
pollinators, but gives access to the "experts" that have built up
resistance to the toxin while providing efficient pollination services for the
plant.
The research team, in collaboration with Dr. Malka Halpern, Dr. Yoram Gerchman and research students
Svetlana Friedman and Yana Gerstein, are presently examining the possibility of
there being an additional mechanism in play: that the nectar toxin prevents
inhabitation of bacteria that could spoil the nectar's quality and harm its
appeal for potential pollinators, thereby impeding the tree's chances of
pollination.
"Pollinating insects have always been lacking, so
plants have had to develop ways to take the lead in attracting those that are
available, in competition with other plants. Otherwise, they will not be able
to reproduce. This is more than just a hypothesis: it is a very practical
theory. For reasons that are not fully clear, there is a significant shortage
of bees in the world. The worldwide scarcity of available pollinators severely
harms agriculture and threatens supplies of produce for the human population.
In California
there are enormous almond groves that without bees will not produce fruit. Due
to the scarcity of bees, the almond farmers in California
are compelled to import -- from as far away as Australia -- truckloads of beehives
during the almond's flowering season, so as to ensure pollination," Prof. Izhaki stated.
Return to Top
Veggie munching helps lower blood
pressure
(Personal
Liberty Digest) – It is widely known that consumption of vegetables has
numerous health benefits, and a new study has found a link that may explain why
they also appear to contribute to lower blood pressure.
Scientists from the Feinberg School of Medicine at Northwestern University
in Chicago have
discovered that a specific amino acid called glutamic
acid may be responsible for this effect. They have suggested that increasing
its intake may therefore contribute to better cardiovascular health.
The research team reviewed data from the International Study
on Macro/Micronutrients and Blood Pressure involving 4,680 participants aged between 40-59 and living in rural and urban areas of China, Japan,
the U.S. and the UK.
Their results suggested that boosting the consumption of
protein-rich vegetables by 4.72 percent resulted in a 1.5
to 3 millimeters of mercury (mm Hg) decrease in systolic blood pressure and a 1
to 1.6 mm Hg reduction in diastolic pressure.
Dr. Jeremiah Stamler, professor
emeritus of the Department of Preventive Medicine in the Feinberg School,
explains that scientists believe reducing average systolic blood pressure by 2
mm Hg could lower stroke death rates by 6 percent and reduce mortality from
coronary heart disease by 4 percent.
For people suffering from high blood pressure there is also
a range of nutritional supplements they can add to their diet to boost their
cardiovascular health.
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California
seed distributor sending toys to Haiti
(News10) STOCKTON, CA
- A Stockton company that typically sends fruit and
vegetable seeds to needy countries shipped toys instead last week.
Seeds to the World, started by retired farmer Ray Baglietto, packed up thousands of toys for orphanages in Haiti.
"We've been getting more and more toys all the
time. This will represent 10,000 toys
that are going there," said Baglietto, 85.
Bagliletto said charities usually
pick up the cost of shipping his seeds around the world. For the toys, sponsors and a group called
Universal Aid were assumed the shipping charges. Baglietto's
expertise at shipping is how his agency got involved.
The toys were to be driven by truck to Los
Angeles, then flown to the Dominican Republic before arriving in Haiti.
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End Transmission