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I just planted some yesterday, this will be my first attempt at growing

anything!!

 

 

:o) Rachel ~ http://www.thelucastribe.com

 

~ KUSTOMIZED KIDS ~ http://www.cafepress.com/kustomizedkids

Children's/Pregnancy/Natural Parenting/Personalized Clothing Designs

HALLOWEEN DESIGNS ARE UP!

 

 

 

 

Now that I've vented too, hopefully we can buy spinach soon. I'm

tempted to start growing some of my greens in earthboxes and

containers so that I can just go out and pick a few leaves every day

and I know that there are no chemicals on them.

 

 

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Yes, I keep hearing over and over that the demand for organic (which is a good

thing) has

caused lesser quality organics. It is still better than conventional,

especially those heavily

treated items like spinach and peppers. Don't give up on organic. The farms

and

companies need to find a way to keep up with demand without sacrificing quality

and the

spirit of organics.

I live in Tn and wonder can I grow spinach at thin point in the year in large

pots?

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Here's a map of hardiness zones in the US, select your area from the

drop down menu. Many greens will winter over but it depends how

frosty you get :)

 

http://www.hostas.com/cgi-bin/usda.pl?state=usa & B1=Show+Map

 

Start with organic seed for a healthier plant :) Spinach LOVES worm

tea. So does kale.

 

Life is a sexually transmitted terminal condition ;)

 

Peace,

Diane

 

, " Melissa " <mapalicka wrote:

>

> Yes, I keep hearing over and over that the demand for organic (which

is a good thing) has

> caused lesser quality organics. It is still better than

conventional, especially those heavily

> treated items like spinach and peppers. Don't give up on organic.

The farms and

> companies need to find a way to keep up with demand without

sacrificing quality and the

> spirit of organics.

> I live in Tn and wonder can I grow spinach at thin point in the year

in large pots?

>

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It's sewage runoff, that's from us. You can't avoid E.coli, it's in

the birds and rabbits, racoons, all the animals in the fields too.

 

Janis , Gary Mattingly

<gsmattingly wrote:

>

> Here's something that crossed my mind.

> If any part of the news is true it would

> seem that the E. coli originates from cattle.

> If fewer people (no people?) ate cattle,

> fewer cattle would be bred and raised.

> Fewer cattle -> less runoff into rivers.

> Now admittedly it might also be true if

> cattle raisers simply did away with feed lots

> and did away with factory farming, the likelihood

> of runoff into water would probably also decrease.

>

> Admittedly if the spinach growers did more to

> cleaning the water and fertilizer they use

> (I'm guessing that this is possible. I'm not

> nor have I ever been a large-scale farmer. I've

> raised a few tomato plants . . .) they might not

> have this problem but the source is still the

> cattle or one might say the real causative agent

> is the human raising the cattle and conditions

> under which they are raised.

>

> Just my thoughts.

>

> Gary

>

> http://www.freep.com/apps/pbcs.dll/article?

AID=/20060915/NEWS99/60915036/1008/NEWS06

> <http://www.freep.com/apps/pbcs.dll/article?

AID=/20060915/NEWS99/60915036/1008/NEWS06>

>

> " The strain of E. coli common in food is known as

> 0157. E. coli is present in cattle intestines and so

> carried in their feces. On the rare occasions it gets

> into the food supply, it typically is in ground beef

> and not in vegetables.

>

> But E. coli can be present in water used to irrigate

> fields, in fertilizer, or run-off from fields. It also

> can be present in processing and packaging plants. "

>

> --- Melissa <mapalicka wrote:

>

> > Yes, I keep hearing over and over that the demand

> > for organic (which is a good thing) has

> > caused lesser quality organics. It is still better

> > than conventional, especially those heavily

> > treated items like spinach and peppers. Don't give

> > up on organic. The farms and

> > companies need to find a way to keep up with demand

> > without sacrificing quality and the

> > spirit of organics.

> > I live in Tn and wonder can I grow spinach at thin

> > point in the year in large pots?

>

>

> gsmattingly

>

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-Gary,

A couple years ago some people in our state of Colorado were upset

because they heard that treated human sewage was being shipped into

our state from 'back East' and used as fertilizer on food crops here.

As far as I know it was and still is. Our city also uses treated

human sewage to water the grass in our city park and golf course.

Deanna-- In , Gary Mattingly

<gsmattingly wrote:

>

> Ah well, just an idle thought. Doesn't

> human sewage get treated at sewage treatment

> plants? Or does the e coli remain after the

> treatment?

>

> Gary

>

> --- jandor9 <jandor9 wrote:

>

> > It's sewage runoff, that's from us. You can't avoid

> > E.coli, it's in

> > the birds and rabbits, racoons, all the animals in

> > the fields too.

> >

> > Janis , Gary

> > Mattingly

> > <gsmattingly@> wrote:

> > >

> > > Here's something that crossed my mind.

> > > If any part of the news is true it would

> > > seem that the E. coli originates from cattle.

> > > If fewer people (no people?) ate cattle,

> > > fewer cattle would be bred and raised.

> > > Fewer cattle -> less runoff into rivers.

> > > Now admittedly it might also be true if

> > > cattle raisers simply did away with feed lots

> > > and did away with factory farming, the likelihood

> > > of runoff into water would probably also decrease.

> > >

> > > Admittedly if the spinach growers did more to

> > > cleaning the water and fertilizer they use

> > > (I'm guessing that this is possible. I'm not

> > > nor have I ever been a large-scale farmer. I've

> > > raised a few tomato plants . . .) they might not

> > > have this problem but the source is still the

> > > cattle or one might say the real causative agent

> > > is the human raising the cattle and conditions

> > > under which they are raised.

> > >

> > > Just my thoughts.

> > >

> > > Gary

> > >

> > > http://www.freep.com/apps/pbcs.dll/article?

> > AID=/20060915/NEWS99/60915036/1008/NEWS06

> > > <http://www.freep.com/apps/pbcs.dll/article?

> > AID=/20060915/NEWS99/60915036/1008/NEWS06>

> > >

> > > " The strain of E. coli common in food is known as

> > > 0157. E. coli is present in cattle intestines and

> > so

> > > carried in their feces. On the rare occasions it

> > gets

> > > into the food supply, it typically is in ground

> > beef

> > > and not in vegetables.

> > >

> > > But E. coli can be present in water used to

> > irrigate

> > > fields, in fertilizer, or run-off from fields. It

> > also

> > > can be present in processing and packaging

> > plants. "

> > >

> >

>

> gsmattingly

>

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They are having problems with their sewage system in the Salinas

Valley area. Read where I put the **** ar the end first, then go back

and read the rest.

 

 

On page 2 of the 2001 Annual Report on the Control Of Pathogens:

http://www.ars.usda.gov/SP2UserFiles/Place/53442000/AnnualReports/Annu

alReport2001/2001AssessmentAndControlOfPathogens.pdf#search='salinas%

20valley%20sewage%20treatment%20bacterial%20problems'

 

PROJECT SUMMARY

Population growth and water shortages will increase the need to use

treated wastewater effluent for irrigation, particularly in areas

where fresh water resources are limited. However, there are serious

concerns about the transmission of pathogens and toxic chemicals from

municipal and animal wastewater to agricultural land and crops and

thus to human food and to groundwater. An increase in foodborne

disease in the US has been attributed in part to the transmission of

pathogens in the water used for irrigation of edible crops.

Furthermore, there is limited knowledge on the long-term effects of

irrigation with sewage effluent on soil and underlying groundwater.

Thus, the aim of this research project is to assess the

microbiological safety of wastewater irrigation of food crops and

potential environmental hazards in order to protect the public health

and our future groundwater resources. Molecular biology techniques

will be used to evaluate pathogen survival, regrowth, and

transport in vegetated and non-vegetated soil columns, water

distribution systems, and field sites with a long history of

wastewater application for crop irrigation. Studies will determine the

movement of pathogens through the soil column as well as the factors

affecting their survival and transport. This could lead to the

development of management strategies that would minimize the

introduction of pathogens into the environment and thus reduce the

risk to human health.

 

Or this on page 4 same article:

in the Northern Monterey County portion of the Salinas Valley, over

11,850 acres are being irrigated with tertiary wastewater effluent

for the production of various crops including artichokes, head

lettuce, celery, broccoli, and cauliflower (Israel, 2000). Many of

these crops are washed and bagged for raw consumption in many parts of

the country. In Bakersfield, California, approximately 5,100 acres of

corn, alfalfa, cotton, barley and sugar beets are being irrigated

with more than 16.9 million gallons per day of primary and secondary

wastewater effluents. In Tallahassee, Florida, approximately 18

million gallons per day of secondary effluent are being pumped

through 8.5 miles of pipeline to irrigate 1,729 acres of food crops

by spray irrigation. Although the use of wastewater for irrigation is

increasing, the risks to public health and the long-term effects on

groundwater quality are largely unknown and deserve

attention.

 

BEST ONE YET on page 4:

Municipal wastewater contains a variety of viral and bacterial

pathogens (Table 1) that have been excreted in the feces of infected

individuals. Some of the most common pathogens found in raw

wastewater include Salmonella (Asano, 1998), Mycobacterium,

Escherichia coli (Tsai et al., 1993; Grant et al., 1996), and

Campylobacter jejuni (Jones, 2001). Hence, the use of reclaimed water

for crop irrigation requires pretreatment followed by disinfection in

order to minimize the risk of disease transmission. ****However,

wastewater treatment only reduces the amounts of pathogens in

finished water and does not eradicate the disease agent (Asano,

1998). For example, it has been reported that even though

Campylobacter can be reduced during treatment to 99.9%, there are 1010

Campylobacters left in the treated effluent (Arimi et al., 1988).

This is of great concern since the infective dose of Campylobacter in

humans is low (~500 cells). In fact, Campylobacter infections

exceed those of previously most commonly reported enteric bacterial

infections in the U.S. and it is the number one cause of all domestic

foodborne illness (Okum, 2000). In addition, Campylobacters have been

found in vegetables such as spinach, lettuce, and parsley (Kumar et

al., 2001). Thus, the potential transmission of infectious disease by

pathogenic agents is the most common concern associated with

nonpotable reuse of treated municipal wastewater.******

 

 

Janis

 

 

 

, Gary Mattingly

<gsmattingly wrote:

>

> Ah well, just an idle thought. Doesn't

> human sewage get treated at sewage treatment

> plants? Or does the e coli remain after the

> treatment?

>

> Gary

>

> --- jandor9 <jandor9 wrote:

>

> > It's sewage runoff, that's from us. You can't avoid

> > E.coli, it's in

> > the birds and rabbits, racoons, all the animals in

> > the fields too.

> >

> > Janis , Gary

> > Mattingly

> > <gsmattingly@> wrote:

> > >

> > > Here's something that crossed my mind.

> > > If any part of the news is true it would

> > > seem that the E. coli originates from cattle.

> > > If fewer people (no people?) ate cattle,

> > > fewer cattle would be bred and raised.

> > > Fewer cattle -> less runoff into rivers.

> > > Now admittedly it might also be true if

> > > cattle raisers simply did away with feed lots

> > > and did away with factory farming, the likelihood

> > > of runoff into water would probably also decrease.

> > >

> > > Admittedly if the spinach growers did more to

> > > cleaning the water and fertilizer they use

> > > (I'm guessing that this is possible. I'm not

> > > nor have I ever been a large-scale farmer. I've

> > > raised a few tomato plants . . .) they might not

> > > have this problem but the source is still the

> > > cattle or one might say the real causative agent

> > > is the human raising the cattle and conditions

> > > under which they are raised.

> > >

> > > Just my thoughts.

> > >

> > > Gary

> > >

> > > http://www.freep.com/apps/pbcs.dll/article?

> > AID=/20060915/NEWS99/60915036/1008/NEWS06

> > > <http://www.freep.com/apps/pbcs.dll/article?

> > AID=/20060915/NEWS99/60915036/1008/NEWS06>

> > >

> > > " The strain of E. coli common in food is known as

> > > 0157. E. coli is present in cattle intestines and

> > so

> > > carried in their feces. On the rare occasions it

> > gets

> > > into the food supply, it typically is in ground

> > beef

> > > and not in vegetables.

> > >

> > > But E. coli can be present in water used to

> > irrigate

> > > fields, in fertilizer, or run-off from fields. It

> > also

> > > can be present in processing and packaging

> > plants. "

> > >

> >

>

> gsmattingly

>

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I feel like we are in the movie " Soylent Green " !!! Let's face it,

there are so many of us there is no place to put all our poop!!!And

not for nothing folks, the more vegatative matter you consume the

more comes back out of you. The problem is that they have to use

chemicals like chlorine to try to kill the germs in the aeration

ponds they use to treat the sewage and even that is causing huge

problems with water pollution. Not to mention all the PESTICIDES they

have to spray on the aeration ponds to kill all the flies and

mosquitos the " Effluent " attract like an all you can eat buffet!!

They pick up the bacteria in the sludge you know...And then it all

winds up in the water supply. I just posted pieces of an article that

says that they can't kill 100% the germs and they don't know if they

GROW BACK. Add that to the sewage runoff from flooded aeration ponds

and it's just a disaster waiting to happen. We are damn lucky there

have only been 20 outbreaks of E.coli in the past 11 years!!

 

Janis

 

, " genny_y2k " <genny_y2k

wrote:

>

> -Gary,

> A couple years ago some people in our state of Colorado were upset

> because they heard that treated human sewage was being shipped into

> our state from 'back East' and used as fertilizer on food crops

here.

> As far as I know it was and still is. Our city also uses treated

> human sewage to water the grass in our city park and golf course.

> Deanna-- In , Gary Mattingly

> <gsmattingly@> wrote:

> >

> > Ah well, just an idle thought. Doesn't

> > human sewage get treated at sewage treatment

> > plants? Or does the e coli remain after the

> > treatment?

> >

> > Gary

> >

> > --- jandor9 <jandor9@> wrote:

> >

> > > It's sewage runoff, that's from us. You can't avoid

> > > E.coli, it's in

> > > the birds and rabbits, racoons, all the animals in

> > > the fields too.

> > >

> > > Janis , Gary

> > > Mattingly

> > > <gsmattingly@> wrote:

> > > >

> > > > Here's something that crossed my mind.

> > > > If any part of the news is true it would

> > > > seem that the E. coli originates from cattle.

> > > > If fewer people (no people?) ate cattle,

> > > > fewer cattle would be bred and raised.

> > > > Fewer cattle -> less runoff into rivers.

> > > > Now admittedly it might also be true if

> > > > cattle raisers simply did away with feed lots

> > > > and did away with factory farming, the likelihood

> > > > of runoff into water would probably also decrease.

> > > >

> > > > Admittedly if the spinach growers did more to

> > > > cleaning the water and fertilizer they use

> > > > (I'm guessing that this is possible. I'm not

> > > > nor have I ever been a large-scale farmer. I've

> > > > raised a few tomato plants . . .) they might not

> > > > have this problem but the source is still the

> > > > cattle or one might say the real causative agent

> > > > is the human raising the cattle and conditions

> > > > under which they are raised.

> > > >

> > > > Just my thoughts.

> > > >

> > > > Gary

> > > >

> > > > http://www.freep.com/apps/pbcs.dll/article?

> > > AID=/20060915/NEWS99/60915036/1008/NEWS06

> > > > <http://www.freep.com/apps/pbcs.dll/article?

> > > AID=/20060915/NEWS99/60915036/1008/NEWS06>

> > > >

> > > > " The strain of E. coli common in food is known as

> > > > 0157. E. coli is present in cattle intestines and

> > > so

> > > > carried in their feces. On the rare occasions it

> > > gets

> > > > into the food supply, it typically is in ground

> > > beef

> > > > and not in vegetables.

> > > >

> > > > But E. coli can be present in water used to

> > > irrigate

> > > > fields, in fertilizer, or run-off from fields. It

> > > also

> > > > can be present in processing and packaging

> > > plants. "

> > > >

> > >

> >

> > gsmattingly@

> >

>

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