Showing posts with label Organic. Show all posts
Showing posts with label Organic. Show all posts

Monday, November 9, 2015

The impending anthropogenic mass extinction could very well make the elite depopulation agenda a moot point according to Rosemary Mason.


Global Research

Poisoned Agriculture: Depopulation and Human Extinction


Agricultural-Engineer-On-Field-Examining-Ripe-Ears-Of-Grain-GMO-Test-Crop


There is a global depopulation agenda. The plan is to remove the ‘undesirables’, ‘the poor’ and others deemed to be ‘unworthy’ and a drain on finite resources. However, according to Rosemary Mason, the plan isn’t going to work because an anthropogenic mass extinction is already underway that will affect all life on the planet and both rich and poor alike. Humans will struggle to survive the phenomenon.


A new paper by Rosemary A Mason in the ‘Journal of Biological Physics and Chemistry’, indicates that a ‘sixth extinction’ is under way (the Holocene extinction, sometimes called the Sixth Extinction, is a name describing the ongoing extinction of species during the present Holocene epoch - since around 10,000 BCE). In her paper, ‘The sixth mass extinction and chemicals in the environment: our environmental deficit is now beyond nature’s ability to regenerate’, she argues that loss of biodiversity is the most urgent of the environmental problems, as biodiversity is critical to ecosystem services and human health. And the main culprit is the modern chemical-intensive industrialised system of food and agriculture.

Mason asserts there is a growing threat from the release of hormone-disrupting chemicals that could even be shifting the human sex ratio and reducing sperm counts. An industrial agricultural revolution has created a technology-dependent global food system, but it has also created serious long-run vulnerabilities, especially in its dependence on stable climates, crop monocultures and industrially produced chemical inputs. In effect, farming is a principal source of global toxification and soil degradation.

Without significant pressure from the public demanding action, Mason argues there could little chance of changing course fast enough to forestall disaster. The ‘free’ market is driving the impending disaster and blind faith in corporate-backed technology will not save us. Indeed, such faith in this technology is actually killing us.

Since the late 1990s, US scientists have written in increasingly desperate tones regarding an unprecedented number of fungal and fungal-like diseases, which have recently caused some of the most severe die-offs and extinctions ever witnessed in wild species and which are jeopardizing food security. Only one paper dared to mention pesticides as being a primary cause, however.
Mason cites a good deal of evidence to show how the widespread use on agricultural crops of the systemic neonicotinoid insecticides and the herbicide glyphosate, both of which cause immune suppression, make species vulnerable to emerging infectious pathogens, driving large-scale wildlife extinctions, including essential pollinators.

Providing evidence to show how human disease patterns correlate remarkably well with the rate of glyphosate usage on corn, soy and wheat crops, which has increased due to ‘Roundup Ready’ crops, Mason goes on to present more sources to show how our over-reliance on chemicals in agriculture is causing irreparable harm to all beings on this planet. Most of these chemicals are known to cause illness, and they have likely been causing illnesses for many years. But until recently, the herbicides have never been sprayed directly on food crops and never in this massive quantity.

The depopulation agenda

Mason discusses how agriculture and genetically modified organisms (GMOs) fit into a wider agenda for depopulating the planet. She notes that on the initiative of Gates, in May 2009 some of the richest people in the US met at the home of Nurse, a British Nobel prize-winning biochemist and President (2003–10) of Rockefeller University in Manhattan, to discuss ways of tackling a ‘disastrous’ environmental, social and industrial threat of overpopulation. The meeting was hosted by David Rockefeller Jr. These same individuals have met several times since to develop a strategy in which population growth would be tackled.

The Rockefeller Foundation (RF) was involved in extensive financing of eugenics research  in league with some of the US’s most respected scientists from such prestigious universities as Stanford, Yale, Harvard and Princeton. The explicit aim of the eugenics lobby funded by wealthy élite families, such as Rockefeller, Carnegie, Harriman and others since the 1920s, has embodied what they termed ‘negative eugenics’, the systematic killing off of ‘undesired bloodlines’.

RF funded the earliest research on GMOs, which Mason regards as part of the depopulation agenda. The RF funded the earliest research on GMOs in the 1940s and effectively founded the science of molecular biology.

Mason cites Steven Druker to show the fraud behind GMOs and how governments and leading scientific institutions have systematically misrepresented the facts about GMOs and the scientific research that casts doubt on their safety. Druker has shown that GMOs can have severe health impacts, which have been covered up.

The Royal Society is the preeminent scientific body within the UK that advises the government. It has misrepresented the facts about GMOs and has engaged in various highly dubious and deceptive tactics to promote the technology.

Druker wrote an open letter to RS as it has an obligation to the British public to provide a public response and ‘put the record straight’ on GMOs. Although Sir Paul Nurse’s presidency of Rockefeller University terminated in 2010, after he assumed the Royal Society presidency, Mason notes that Nurse is said to have maintained a laboratory on the Rockefeller campus and has an ongoing relationship with the university.

She asks: is that why Sir Paul was unable (or unwilling) even to discuss GMOs with Steven Druker? Was he sent to London by the Rockefeller Foundation to support the UK Government in their attempt to bring in GM crops? The UK Government and the GM industry have after all been shown to be working together to promote GM crops and foods, undermine consumer choice and ignore environmental harm.

Mason then goes on to discuss the impact of glyphosate residues (herbicide-tolerant GM crops are designed to work with glyphosate), which are found in the organs of animals, human urine and human breast milk as well as in the air and rivers. She documents its widespread use and contamination of soil and water and notes that the WHO International Agency for Research on Cancer’s assessment of glyphosate being a 2A carcinogen (probably carcinogenic in humans) is unwelcome news for the agrochemical industry. She also notes that Roundup usage has led to a depletion of biodiversity and that loss of biodiversity is also correlated with neonicotinoids. However, despite the evidence, the blatant disregard concerning the use of these substances by regulatory agencies around the world is apparent.

To provide some insight into the impact on health of the chemical-intensive model of agriculture, Mason shows that in the US increases in Alzheimer’s disease, obesity, breast cancer, oesophageal cancer, congenital anomalies and a growing burden of disability, particularly from mental disorders are all acknowledged.

She claims that plans are under way to depopulate the planet’s seven million plus people to a more manageable level of between 500–2000 million by a combination of means, including the poisoning and contamination of the planet’s food and water supplies via chemical-intensive industrialised agriculture. Mason also notes that health-damaging GMOs are being made available to the masses (under the guise of ‘feeding the poor’), while elites are more prone to eat organic food.
We may be gone before planned depopulation takes hold

Although Mason cites evidence to show that a section of the US elite has a depopulation agenda, given the amount of poisons being pumped into the environment and into humans, the thrust of her argument is that we could all be extinct before this comes to fruition – both rich and poor alike.
In concluding, she states that the global pesticides industry has been allowed to dominate the regulatory agencies and have created chemicals of mass destruction that can no longer be controlled. She has some faith in systems biology coming to the fore and being able to understand the complexity of the whole organism as a system, rather than just studying its parts in a reductionist manner. But Mason believes that ultimately the public must place pressure on governments and hold agribusiness to account.

However, that in itself may not be enough.

It is correct to highlight the poisonous impacts of the Rockefeller-sponsored petrochemical ‘green revolution’. It has uprooted indigenous/traditional agriculture and local economies and has recast them in a model that suits global agribusiness. It is poisoning life and the environment, threatening food security across the globe and is unsustainable. The ‘green revolution’ was ultimately a tool of US foreign policy that has been used in conjunction with various institutions like the IMF, World Bank and World Trade Organisation. GMOs represent more of the same.

In this respect, Mason follows the line of argument in William F Engdahl’s book ‘Seeds of Destruction: The Hidden Agenda of Genetic Manipulation’, which locates the GM issue and the ‘green revolution’ firmly within the context of empire. Engdahl also sees the Rockefeller-Gates hand behind the great GMO project to a sinister eugenicist strategy of depopulation.

Mason’s concerns about depopulation therefore should not be dismissed, particularly given the record of the likes of the Gates and Rockefeller clans, the various covert sterility programmes that have been instituted by the US over the decades and the way agriculture has and continues to be used as a geopolitical tool to further the agendas of rich interests in the US.

To understand the processes that have led to modern farming and the role of entities like Monsanto, we must appreciate the geopolitics of food and agriculture, which benefits an increasingly integrated global cartel of finance, oil, military and agribusiness concerns. This cartel seeks to gain from war, debt bondage and the control of resources, regardless of any notions relating to food security, good health and nutrition, biodiversity, food democracy, etc.
Food and trade policy analyst Devinder Sharma notes the impacts in India:
“India is on fast track to bring agriculture under corporate control… Amending the existing laws on land acquisition, water resources, seed, fertilizer, pesticides and food processing, the government is in overdrive to usher in contract farming and encourage organized retail. This is exactly as per the advice of the World Bank and the International Monetary Fund as well as the international financial institutes.”
In Punjab, India, pesticides have turned the state into a ‘cancer epicentre‘. Moreover, Indian soils are being depleted as a result of the application of ‘green revolution’ ideology and chemical inputs. India is losing 5,334 million tonnes of soil every year due to soil erosion because of the indiscreet and excessive use of fertilisers, insecticides and pesticides. The Indian Council of Agricultural Research reports that soil is become deficient in nutrients and fertility.

And now, there is an attempt to push GM food crops into India in a secretive, non-transparent manner that smacks of regulatory delinquency underpinned by corrupt practices, which suggests officials are working hand in glove with US agribusiness.

As smallholders the world over are being driven from their land and the GMO/chemical-industrial farming model takes over, the problems continue to mount.

The environment, the quality of our food and our health are being sacrificed on the altar of corporate profit and a type of looting based on something we can loosely regard as ‘capitalism’. The solution involves a shift to organic farming and investment in and reaffirmation of indigenous models of agriculture. But ultimately it entails what Daniel Maingi of Growth Partners for Africa says what we must do: “… take capitalism and business out of farming.”

It must also entail, according to Maingi, investing in  “… indigenous knowledge and agroecology, education and infrastructure and stand(ing) in solidarity with the food sovereignty movement.”
In other words, both farmers and consumers must organise to challenge governments, corrupt regulatory bodies and big agribusiness at every available opportunity. If we don’t do this, what Mason outlines may come to pass.


Wednesday, September 9, 2015

A Plan for Food Self-Sufficiency

 
Planning a garden in advance can help you enjoy local, homegrown food year-round! Estimate how much to grow or buy and learn how to achieve food security with these guidelines.
By Cindy Conner October/November 2012
A well-planned garden can provide your family with the freshest, most nutritious produce, plus a more secure, self-reliant lifestyle.
Photo By Matthew T. Stallbaumer
Slideshow
Providing high-quality food for your family year-round takes foresight and planning, plus healthy doses of commitment and follow-through. Whether you grow as much of your food as you can or you source it from local producers, the guidelines here will help you decide how much to produce or purchase. The charts linked to in “Plan How Much to Grow” later in this article will also help you estimate how much space you’ll need — both in your garden to grow the crops, and in your home and pantry or root cellar to store preserved foods. Here’s a step-by-step plan to help you make the best use of your garden space (or farmers markets) to move toward homestead food self-sufficiency.

1. Establish Your Goals

Make a list of the foods you and your family eat now — and note the quantities as well. The charts linked to in “Plan How Much to Grow” further along in this article assume a half-cup serving size for fruits, vegetables and legumes, and a 2-ounce serving for dry grains. If your servings differ from the charts, be sure to adjust your calculations accordingly. Decide what you’d like to grow, noting the foods your family prefers and recognizing that not every crop will grow in every climate. Research different crop varieties: Some crops — such as melons — require long, hot days to mature, but certain varieties need fewer days to reach maturity, which allows them to be grown in areas with a shorter growing season. Don’t be afraid to start small and build gradually toward food self-sufficiency. A good starting goal might be to produce all of a certain crop that you use. An early milestone for me was growing all of the green beans we needed for a year and all of the ingredients for the spaghetti sauce I canned. Maybe you’ll aim to eat at least one thing from your garden each day. Keep your goals in mind as you’re planning a garden.
Read More Here

Wednesday, October 2, 2013

Permaculture Paradise at Val's Garden!


johnny mars







Published on Mar 22, 2013
 
Val and Eli take us on a tour of their permagarden in Jacksonville FL. They have created a wonderful, natural space filled with self-sustaining fruits, vegetables, herbs, medicines, colors, water, fragrances, and wildlife.... at their fingertips.

View more permaculture videos here: http://www.youtube.com/playlist?list=...

Val can be reached at 904-476-6388, www.meetup.com/Permaculturejax.com, and at www.thefoodparkproject.com.
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Sunday, September 22, 2013

The steps to a bountiful fall garden are simple : Fall in love with fall gardening

Food Freedom News


Fall in love with fall gardening

fall veggiesBy Vicki Mattern
Mother Earth News
With tomatoes, peppers and melons now hitting their late summer stride, it’s easy to forget that autumn and early winter can be as abundant as spring and summer. Those who seize the opportunity for a second season of growth will find the planning and planting well worthwhile.
The steps to a bountiful fall garden are simple. Choose crops suited to fall growing conditions (see the list of crops and recommended varieties at the end of this article). Ensure your chosen site has organically enriched soil and adequate water. And start now. If you don’t have seeds on hand, use our online seed finder.
You can replace spring-planted lettuces, peas and brassicas (broccoli and its relatives) with new plantings that mature in fall. Seeds and transplants will take off quickly in the warm summer soil. They’ll appreciate cooler nights, too.
Look forward to peak flavor and performance for many crops that do not prosper in summer heat. Lower temperatures are ideal for producing crisp lettuces without the bitterness or bolting that can occur in hot weather. Frost-kissed kale, Brussels sprouts and cabbage have a special sweetness. Carrots, beets and turnips also thrive in the fall garden and, after harvest, can be kept in a pantry or root cellar so you can enjoy their goodness well into winter. Collards, mustard and other greens also like cool weather.

Favored Crops for Fall

When deciding what to plant now for fall harvest, gardeners throughout most of the country should think greens and root vegetables, advises John Navazio, a plant-breeding and seed specialist at Washington State University and senior scientist for the Organic Seed Alliance in Port Townsend, Wash., which conducts annual tests of crops and varieties to evaluate their cold hardiness.
Leafy greens (such as lettuces, spinach, arugula, chard and mâche) and root veggies (such as beets, carrots, turnips, radishes and rutabagas) as well as brassicas (including broccoli, cabbage, cauliflower, collards, kale and Chinese cabbage) and peas will all thrive in the cooler weather and shorter days of fall. In many regions, some of these cold-hardy crops will even survive the winter to produce a second harvest in spring. (See “Stretching the Season,” below.)
If you garden in the South or other areas with mild winters, you can grow all of those crops as well as heat-loving favorites. “Here, we can set out tomato transplants in late August,” says David Pitre, owner of Tecolote Farm, a certified organic farm near Austin, Texas. Pitre also plants okra, eggplant, peppers, winter squash, cucumbers and potatoes in August and September for winter harvest. Plant cool-season crops in the garden after temperatures cool — late September or later.
Fall is also prime garden season in the Pacific Northwest, where abundant rain and cool (but not frigid) temperatures are ideal for growing brassicas, root crops and leafy greens planted in mid- to late summer. The hardiest of these crops often hang on well into winter if given protection, such as row covers or cold frames.
(For full details on which crops to plant now in your region for fall and winter harvests, check out our What to Plant Now pages, or sign up for a free, 30-day trial of our online Vegetable Garden Planner — MOTHER)

Hardy Fall Varieties

After you’ve decided which crops to grow for fall harvest, zero in on specific varieties. “There are big differences in cold hardiness among varieties,” Navazio says. “Some are better able to photosynthesize at cooler temperatures.”
For the past several years, the Alliance has been conducting trials of as many as 170 varieties of 11 different crops for their quality and performance in fall and winter. Among them, kale, radicchio and Swiss chard have been tested extensively and confirmed cold hardy to 14 degrees Fahrenheit with no protection. Several varieties stood out for the Alliance and market gardeners.
Broccolis. Opt for varieties that produce plenty of side shoots, rather than a single large head. “‘Diplomat’ and ‘Marathon’ can survive the heat of late summer and thrive when cool weather arrives in fall, producing a second cutting as late as Thanksgiving,” says Elizabeth Keen, co-owner of Indian Line Farm, a 17-acre organic operation in Great Barrington, Mass. In Austin, Texas, Carol Ann Sayle, co-owner of Boggy Creek Farm, grows ‘Packman’ and ‘Diplomat’ for harvest by Thanksgiving and cuts ‘Marathon’ by Christmas.
Carrots. Consider storage ability when choosing carrots for your fall garden, says Thomas Case, owner of Arethusa Farm, a certified organic farm near Burlington, Vt. Both Keen and Case like ‘Bolero’ for fall growing and winter storage.
Lettuces. Whether you garden in the North or South, lettuces are a mainstay of the fall garden. Several European heirloom varieties are especially durable: ‘Rouge d’Hiver’ (a flavorful romaine whose leaves blush red in cool weather), ‘Marvel of Four Seasons’ (also called ‘Merveille de Quatre Saisons,’ a sweet and tender butterhead with red-edged outer leaves) and ‘Winter Density’ (also called ‘Craquerelle du Midi,’ a compact bibb type with deep green leaves) are good bets. Even in Zone 5, these lettuces will hang on into December and, with the protection of heavy mulch or a cold frame, will often return with renewed vigor in early spring.
When the lettuces go dormant in winter, you can count on mâche to fill your salad bowl. Mâche (or corn salad) is delicious and will survive and continue to grow in colder weather longer than any other salad green, says Eliot Coleman in his classic book Four-Season Harvest. In his Zone 5 Maine garden, Coleman seeds mâche inside a cold frame from September through early November for harvest until April, when overwintered lettuce resumes its growth.
Kale. Of the popular Lacinato-type kales, ‘Black Tuscan’ consistently rated best in the Alliance tests for cold hardiness, vigor, flavor and stature. The Alliance also recommends ‘Winterbor’ (a tall Dutch kale), ‘Red Russian’ and ‘White Russian’ (two tasty Siberian kales). It’s hard to go wrong with kale in fall, no matter the variety: All have superior flavor when temperatures drop into the 20s or below. “Sugar is the plant’s natural antifreeze, so as the temperature drops, more starches are converted to sugar, sweetening the flavor of kale and other brassicas,” Navazio says.
Radicchio. Still considered a specialty vegetable by many, radicchio thrives in the cool conditions of fall and offers a wealth of possibilities in the kitchen. Of the more than 20 varieties tested by the Alliance in the past two years, a few Italian open-pollinated varieties proved most cold-hardy. ‘Variegata di Luisa Tardiva’ and ‘Variegata di Castlefranco’ produce upright, variegated heads similar to romaine lettuce, with beautiful hearts and radicchio’s signature bitterness.
“Grown in cool weather, they are delightful, with a mild spicy flavor,” Navazio says. Although some of the plants’ outer leaves were “toasted” at 14 degrees in the Alliance trials, you can strip off any damaged leaves and enjoy the tasty interior.
Navazio suggests slicing the heads, then wilting the leaves in a pan with cipollini onions, as cooks do in Italy, or dressing the heads lightly with olive oil and roasting them on the grill or a campfire. For cold hardiness and flavor, Navazio also recommends ‘Rossa di Verona’ and ‘Grumolo Rossa.’


Read More Here


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Saturday, July 27, 2013

10 Tips on How to Have a Successful Desert Vegetable Garden in the Heat of Summer


growingyourgreens








 




Published on Jul 26, 2013
John from http://www.growingyourgreens.com/ shares with you his 10 reasons why he has been successful gardening in 117 degree dry, desert heat, when others have not. This episode will be of value if you live in the desert or not as these tips can be applied for every gardener no matter where you live. After watching this episode you will know 10 proven methods to improve your organic vegetable garden whether you live in the desert or anywhere else.
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