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Large scale no till (and low till agriculture, conservation agriculture

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just found out about conservation agriculture which now involves world wide millions of acres.

check it out



also i want to put here something that i got from Vision of Natural Farming which is a book about Bhhasker Save, the indian fukuoka. this is a crop rotation system that has worked for generations with dry land farming, increasing soil fertility every year, even though one of the crops is cotton, a notable fertility robbing plant. what is revolutionary to me is that you can harvest your green manure crops and still increase soil fertility.


this was taken from visions of natural farming, by bharat monsata about Bhaskar Save, the indian fukuoka, a must read for any serious permaculture or natural farmer.

In permaculture as in other agriculture we talk about green manuring to increase soil fertility. in that case we would plant a green manure crop and then till it under. the idea that plants growing together for yield without being plowed under can also increase fertility is not discussed. The notion that plants growing in proximity to each other rob nutrients and water from each other is an underlying theme of the green revolution and scientific farming. In the Vision of Natural Farming and many other sources it is stated that the actual mineral content of the plants is something like 2% and this can easily be obtained from the plant neighbors as long as there is a polyculture. In conservation agriculture they talk about crop rotation, in

India has a 10,000 year history of sustainable farming. these methods are not experimental. the green revolution did increase production for a short time and then increased fertilizer, insecticide, fungicide, andherbicide costs made the cost of that increased production prohibitive. that is not counting the cost of the increased water (3-4 times)which the chemicals require.


in some of the driest districts, receiving 10-20 inches of rain a year (250 mm to 500 mm) farmers following traditional mixed cropping systems were able to get good continuing yield year around to meet their needs. this they managed year after year without any decline in yield and without any external imputs or irrigation whatsoever using just their own seed saved from the previous years crops. (The fact that modern day India is going down the road of chemicals with all its concomitant problems does not negate the fact that they have a 10,000 year history of sustainable agriculture which we can learn from.)

one farmer had 6 different crops that had been sown together.

1) cotton 330 to 350 day variety
2) pigeon peas (tuvar) 320 to 330 day variety
3) sorgham (jovar)
4) gavar - cluster bean 130-145 day variety
5) pearl millet, ( bajri) 120-135 day variety
6)moong, green gram, a 65-70 day variety

every alternate row of crops in this polyculture is a legume. providing nitrogen to its neighbors. complete ground cover of vegetation is establshed soon after the rains start which continues until the farmer plants again at the beginning of the next monsoon.


Make plots not exceeding 1 or 1.25 acres in size. Plough the entire land at the start of the rains. Plough with bullocks. Around the edge keep a strip 3-4 feet unplanted for self seeded uncultivated plants. Let all such plants (weeds) grow without uprooting them. These serve as a habitat for predator species for damaging insects. they also serve to moderate the micro-climate of the plot, heat, cold and wind.

in the central ploughed area, first plant alternate lines of cotton and pigeon peas, leaving a gap of 6 feet between the two, thus covering the whole plot.

1. at a gap of 9 inches from the line of cotton and pigeon peas plant lines of moong on either side, thus for each line of cotton and pigeon peas there will be 2 lines of moong on either side.

2. at a gap of 9 inches from every line of mong plant a line pearl millet.

3. at a gap of 9 inches from every line of pearl millet plant a line of cluster bean. .

4. at a gap of 9 inches from every line of cluster bean plant a line of sorghum.

apart from the seeds of the above crops, and of course the farmers labor for ploughing, sowing, harvesting and mulching, nothing is needed, no watering, no manuring, no weeding.

the above gap of 6 feet between the lines of cotton and pigeon peas is recommended for medium soils. it may be increased for fertile soils to 7 feet. if land is degraded gap can be reduced to 5 feet. thus you should sow less seed on fertile land.

the underlying principle is: shade the entire land with vegetation as rapidly as possible. this will regenerate the organic life of the soil providing a high output of self generated biomass for mulching to improve the fertility of the soil while simultaneously providing the farmer yield from even poor soil receiving little rain.

once the sowing is completed at the start of the rains, it takes 18-22 days for the entire land to be completely shaded with vegetative growth when the alternate rows touch each other. once this happens no sunlight falls on the soil. evaporation loss of moisture is greatly reduced and even 10-15 inches of rainfall maintains the dampness of the soil providing fair yield. with the entire land rapidly shaded there is hardly any weed growth. if some weeks do spring up in the first 2 weeks these may be cut and mulched in place. under such conditions the regeneration of humus in the soil enables it to absorb atmospheric humidity. but not if chemicals are added, thereby dessicating the humus formed and consequently diminishing the soil's capacity to absorb atmospheric humidity.

in 65 to 70 days the pods of moong are ready to harvest. once these pods are harvesting the remaining vegetative growth of the moong plant should be pressed down and mulched right there where it grew. meanwhile the adjoining lines of cotton, pigeon peas and pearl millet grow and spread their canopy to shade the soil covered by moong plants. abundant nitrogen comes from the moong plant nodules.

all this is not a new untested, experimental idea. it has been traditionally practiced for generations.


this is from charlotte -- if we want to change the plants, of course we can as long as we can include the legumes and figure out how the days work and the plant size needs to be considered as well of course.
At the moment of commitment the entire universe conspires to assist you. Whatever you can do or dream you can do begin it now. Boldness has genius, magic and power in it. Goethe

Charlotte +91 9715699289 india

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