Why Organic?

April 3, 2025
Source: Alan Greene, MD (Organic Trade Association)Bob Scowcroft (Organic Farming Research Foundation)Sylvia Tawse (Fresh Ideas Group)


1. Reduce The Toxic Load: Keep Chemicals Out of the Air, Water, Soil and our Bodies

Buying organic food promotes a less toxic environment for all living things. With only 0.5 percent of crop and pasture land in organic, according to USDA that leaves 99.5 percent of farm acres in the U.S. at risk of exposure to noxious agricultural chemicals.

Our bodies are the environment so supporting organic agriculture doesn’t just benefit your family, it helps all families live less toxically.


2. Reduce if Not Eliminate Off Farm Pollution

Industrial agriculture doesn’t singularly pollute farmland and farm workers; it also wreaks havoc on the environment downstream. Pesticide drift affects non-farm communities with odorless and invisible poisons. Synthetic fertilizer drifting downstream is the main culprit for dead zones in delicate ocean environments, such as the Gulf of Mexico, where its dead zone is now larger than 22,000 square kilometers, an area larger than New Jersey, according to Science magazine, August, 2002.


3. Protect Future Generations

Before a mother first nurses her newborn, the toxic risk from pesticides has already begun. Studies show that infants are exposed to hundreds of harmful chemicals in utero. In fact, our nation is now reaping the results of four generations of exposure to agricultural and industrial chemicals, whose safety was deemed on adult tolerance levels, not on children’s. According to the National Academy of Science, “neurologic and behavioral effects may result from low-level exposure to pesticides.” Numerous studies show that pesticides can adversely affect the nervous system, increase the risk of cancer, and decrease fertility.


4. Build Healthy Soil

Mono-cropping and chemical fertilizer dependency has taken a toll with a loss of top soil estimated at a cost of $40 billion per year in the U.S., according to David Pimental of Cornell University. Add to this an equally disturbing loss of micro nutrients and minerals in fruits and vegetables. Feeding the soil with organic matter instead of ammonia and other synthetic fertilizers has proven to increase nutrients in produce, with higher levels of vitamins and minerals found in organic food, according to the 2005 study, “Elevating Antioxidant levels in food through organic farming and food processing,” Organic Center State of Science Review (1.05)


5. Taste Better and Truer Flavor

Scientists now know what we eaters have known all along: organic food often tastes better. It makes sense that strawberries taste yummier when raised in harmony with nature, but researchers at Washington State University just proved this as fact in lab taste trials where the organic berries were consistently judged as sweeter. Plus, new research verifies that some organic produce is often lower in nitrates and higher in antioxidants than conventional food. Let the organic feasting begin!


6. Assist Family Farmers of all Sizes

According to Organic Farming Research Foundation, as of 2006 there are approximately 10,000 certified organic producers in the U.S. compared to 2500 to 3,000 tracked in 1994. Measured against the two million farms estimated in the U.S. today, organic is still tiny. Family farms that are certified organic farms have a double economic benefit: they are profitable and they farm in harmony with their surrounding environment. Whether the farm is a 4-acre orchard or a 4,000-acre wheat farm, organic is a beneficial practice that is genuinely family-friendly.


7. Avoid Hasty and Poor Science in Your Food

Cloned food. GMOs and rBGH. Oh my! Interesting how swiftly these food technologies were rushed to market, when organic fought for 13 years to become federal law. Eleven years ago, genetically modified food was not part of our food supply; today an astounding 30 percent of our cropland is planted in GMOs. Organic is the only de facto seal of reassurance against these and other modern, lab-produced additions to our food supply, and the only food term with built in inspections and federal regulatory teeth.


8. Eating with a Sense of Place

Whether it is local fruit, imported coffee or artisan cheese, organic can demonstrate a reverence for the land and its people. No matter the zip code, organic has proven to use less energy (on average, about 30 percent less), is beneficial to soil, water and local habitat, and is safer for the people who harvest our food. Eat more seasonably by supporting your local farmers market while also supporting a global organic economy year round. It will make your taste buds happy.


9. Promote Biodiversity

Visit an organic farm and you’ll notice something: a buzz of animal, bird and insect activity. These organic oases are thriving, diverse habitats. Native plants, birds and hawks return usually after the first season of organic practices; beneficial insects allow for a greater balance, and indigenous animals find these farms a safe haven. As best said by Aldo Leopold, “A good farm must be one where the native flora and fauna have lost acreage without losing their existence.” An organic farm is the equivalent of reforestation. Industrial farms are the equivalent of clear cutting of native habitat with a focus on high farm yields.


10. Celebrate the Culture of Agriculture

Food is a ‘language’ spoken in every culture. Making this language organic allows for an important cultural revolution whereby diversity and biodiversity are embraced and chemical toxins and environmental harm are radically reduced, if not eliminated. The simple act of saving one heirloom seed from extinction, for example, is an act of biological and cultural conservation. Organic is not necessarily the most efficient farming system in the short run. It is slower, harder, more complex and more labor-intensive. But for the sake of culture everywhere, from permaculture to human culture, organic should be celebrated at every table.

April 15, 2025
Tough Love for Rams This is an excellent article written by Brooke and Lois Moore. 
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Judging info The sires are evaluated and judged according to FAI judging standards. Points are given for individual body parts in following order: Points: Head - neck and shoulders - chest and conformation - back - loin - gigot - wool - feets - harmony. Score of 80,0 points is good for breeding ram and 85,0 points can be considered as excellent. Ultrasound: Ultrasound measure of eye muscle thickness in mm and of back fat in mm - eye muscle shape score (1-5). (H) Dutch ultrasound scanner, the type used by SOUTHAGRI. (S) Scottish ultrasound scanner - which measures about 2mm lesser eye muscle thickness than the Dutch scanner. This difference is not corrected in individual figures. Eye muscle shape: In autumn 1999 eye muscle shape grading started. The grading of the eye muscle describes how well the muscle keeps it´s thickness out over the backbone. The shape is graded from 1 to 5. The scale is following: 1. Poorly shaped eye muscle. 2. Fairly shaped eye muscle. 3. Adequately shaped eyemuscle.. 4. Well shaped eye muscle. 5. Excellently shaped eye muscle. Basic dictionary Basic dictionary for the printed version of Southram's sire catalogue which is in Icelandic. Here you can find translation and/or explanation of the tables and graphs in the sire list. Lambhrútaskoðun: Evaluation of ram progenies performed in September/October. Following items refers to the evaluation of the rams progenies: Fjöldi: Number of evaluated ram lambs Þungi: Average weight of evaluated ram lambs Fótleggur: Average canon bone length of evaluated ram lambs Læri: Average score for gigot muscling (highest possible score is 20, 16 is good, 17 is very good, 18 is excellent) Ull: Average score for wool (8,0 refers to good wool quality and no tan fibers) Ómvöðvi: Average thickness (depth) of the eye muscle in mm Ómfita: Average fat thickness on the eye muscle in mm Lögun: Average score for eye muscle shape (1 is poorly shaped muscle and 5 is excellently shaped muscle) Following explanations refer to the graph for each ram. Kynbótamat: Breeding value index (based on information from the sheep recording in Iceland. 100 is average) Gerð: Meat qualities based on the carcass grading Fita: Leanness based on carcass grading Kjötgæði: Meat quality index (MQI), calculated from meat qualities (40%) and leanness (60%) Frjósemi: Prolificacy of the daughters (for the young rams with few daughter records this index is mostly based on pedigree) Mjólkurlagni: Milking abilities of the daughters (for the young rams with few daughter records this index is mostly based on pedigree) Explanation of measurements & scoring Generally data gathered on the rams is done in Iceland, in the fall, when they are around 18 months. The data on the Icelandic Rams is then given in the following major categories: 1) Rams Name, Number, and Parents 2) Body Measurements- Weight and Lengths 3) Score 4) Ram Description 5) Production Results Explanation 1) Rams Name, Number, and Parents The rams are numbered as follows: The first two numbers in the ID number refer to the birth year of that ram. Thettir, # 91-931 was born in 1991. 2) Body Measurements- Weight and Length Measure: Weight and measure is in the same sequence for every ram. There are four numbers given here representing- Weight of the ram- A heavier the ram usually correlates to bigger, growthier offspring. Chest Circumference- A measurement of body depth. Width of Rack- The wider the rack, the greater the yield from this choice cut. Cannon Bone (front leg) Length- A shorter cannon bone correlates with a meatier, faster finishing market lamb.
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“Whole Sheep, Whole Farm” (Wholesome Demand) 
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Grazing Grazing is the use of grasses and other plants to feed herbivores, such as sheep and goats. Most sheep and goats graze at least a portion of the year. On this page, grazing links are arranged by subject category: controlled grazing , extending the grazing season , grazing behavior , grazing management , grazing systems , management-intensive grazing , multispecies grazing , prescribed grazing , riparian grazing , rotational grazing , silvopasture , and stocking rates . KIND HORN FARM RECOMMENDS For optimal parasite management, we recommend that you keep your Icelandics in the same paddock for no more than 5 days at a time, with 1-3 days being optimal for the forage. Rest the pasture for 90 days ideally before bringing the sheep back for another grazing. Try your best to work within these guidelines! [PDF] Grazing Alfalfa - University of Kentucky Controlled Grazing Controlled Grazing of Virginia's Pastures Creep Grazing Extending the Grazing Season [PDF] Extending grazing and reducing stored feed needs - MW Forage [PDF] Grazing corn: an option for extending... - University of Kentucky [PDF] Supplemental pastures for sheep - University of Nebraska Grazing Behavior [PDF] Diet selection and grazing behavior - University of Maine Grazing Management Grazing Systems Grazing systems - McGill University Management-Intensive Grazing (MIG) Multispecies Grazing Prescribed Grazing Riparian Grazing Rotational Grazing Silvopasture Stocking Rates The Maryland Small Ruminant Page [sheepandgoat.com] was created in 1998 as an information portal for sheep and goat producers and anyone else interested in small ruminant production. The web site includes original documents and images as well as a comprehensive list of links pertaining to small ruminants and related topics. The web site was developed and is maintained by Susan Schoenian, Extension Sheep & Goat Specialist at the University of Maryland's Western Maryland Research & Education Center. Susan has been with University of Maryland Extension since 1988. She holds B.S. and M.S. degrees in Animal Science from Virginia Tech and Montana State University, respectively, and also attended The Ohio State University. Susan conducts the Western Maryland Pasture-Based Meat Goat Performance Test at her research facility in Keedysville. She raises registered and commercial Katahdin sheep on her small farm called The Baalands in Clear Spring, Maryland. Please direct all questions, comments, or suggestions to Susan at sschoen@umd.edu Disclaimer : The information and links contained on the Maryland Small Ruminant Page [sheepandgoat.com] and other pages created by Susan Schoenian are for informational purposes only and do not constitute an endorsement of any person, organization, business, product, or web site. The author disclaims any liability in connection with the use of this information. Users of this web site and all external links are advised to apply common sense and sound judgement to all information obtained from the internet, regardless of source. Last updated 01-Dec-2010 by Susan Schoenian.
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Internal Parasites - Sheep