This document discusses strategies for regenerating farm lands, including harvesting all rainwater, arresting soil erosion, rapidly growing biomass, recycling organic wastes, and maintaining soil fertility through organic and biological processes. It emphasizes harvesting all rainwater that falls on the farm by storing it in the soil using earthworks. It also stresses the importance of arresting erosion by wind and water to conserve soils and establishing windbreaks. The document recommends utilizing unused areas to rapidly grow biomass from shrubs, trees and weeds to add organic matter to soils and increase fertility. It emphasizes recycling all organic wastes back into soils to close the nutrient cycle and support continued plant growth.
SALT is a diversified farming system which can be considered agroforestry since rows of permanent shrubs like coffee, cacao, citrus and other fruit trees are dispersed throughout the farm plot.
The strips not occupied by permanent crops, however, are planted alternately to cereals (corn, upland rice, sorghum, etc.) or other crops (sweet potato, melon, pineapple, castor bean, etc.) and legumes (soybean, mung bean, peanut, etc.).
SALT is a diversified farming system which can be considered agroforestry since rows of permanent shrubs like coffee, cacao, citrus and other fruit trees are dispersed throughout the farm plot.
The strips not occupied by permanent crops, however, are planted alternately to cereals (corn, upland rice, sorghum, etc.) or other crops (sweet potato, melon, pineapple, castor bean, etc.) and legumes (soybean, mung bean, peanut, etc.).
Soil moisture conservation role of mulching and hydrophilic polymerssukhjinder mann
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Soil conservation is the preventing of soil loss from erosion or reduced fertility caused by over usage, acidification, salinization or other chemical soil contamination.
Conservation tillage, Practices used in Conservation Tillagescience book
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Sub: Rainfed Agriculture and Watershed Management.
Topic: Drought: types, effect of water deficit on physio-morphological characteristics of the plants, Crop adaptation and mitigation to drought
Tillage is the manipulation of soil with tools & implements for loosening the surface crust & bringing about conditions favorable for the germination of seeds and the growth of crops.
soil condition resulting from tillage
good Tilth - soft, friable & properly aerated
crop emergence, establishment, growth and development
easy infiltration of water & are retentive of moisture for satisfactory growth of plants
To prepare the seed bed to a satisfactory level which promotes good germination and establishment of the seedlings
To control weeds and improve close plant-soil interaction in the rooting zone.
To loosen the soil for easy penetration and proliferation
To remove the other sprouting materials in the soil
To modify the soil temperature
To break hard soil pans and improve drainage facilities
To manage the plant residues by incorporating into the soil or to retain on the top layer to reduce erosion.
To improve the physical conditions of the soil
To harvest rain water easily and soil erosion can be minimised.
To establish specific surface configurations for sowing, irrigation, drainage, etc.
To incorporate and mix applied fertilizers and manures into the soil.
To destroy the eggs and larvae of insects and their breeding places.
I Impact India Partners (www.iimpactindia.com), is a social impact laboratory providing comprehensive social sector solutions to Non-Profits, Social Enterprises and Corporates. We are a part consultancy and part design studio, which creates a social impact through professional design along with streamlining the client’s communication.
We cater to a panorama of the client's social sector needs ranging from NGO Marketing & Communication to CSR Strategy & Execution.We believe that 'Your message needs to be believed, not just communicated'. Our clients range from International Music Artists like Swami Music to NGOs like Prabhaav Foundation and corporates like DLF Cinema Unit.
Soil moisture conservation role of mulching and hydrophilic polymerssukhjinder mann
Soil moisture conservation role of mulching and hydrophilic polymers; Methods to conserve moisture, mulch types, polymer types, importance, advantages and disadvantages
Soil conservation is the preventing of soil loss from erosion or reduced fertility caused by over usage, acidification, salinization or other chemical soil contamination.
Conservation tillage, Practices used in Conservation Tillagescience book
This is presentation on topic of Conservation Tillage, it gives You information about conservation tillage, types of conservation tillage, Practices used in conservation tillage. It enhanced Your knowledge about conservation tillage.
Sub: Rainfed Agriculture and Watershed Management.
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Tillage is the manipulation of soil with tools & implements for loosening the surface crust & bringing about conditions favorable for the germination of seeds and the growth of crops.
soil condition resulting from tillage
good Tilth - soft, friable & properly aerated
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easy infiltration of water & are retentive of moisture for satisfactory growth of plants
To prepare the seed bed to a satisfactory level which promotes good germination and establishment of the seedlings
To control weeds and improve close plant-soil interaction in the rooting zone.
To loosen the soil for easy penetration and proliferation
To remove the other sprouting materials in the soil
To modify the soil temperature
To break hard soil pans and improve drainage facilities
To manage the plant residues by incorporating into the soil or to retain on the top layer to reduce erosion.
To improve the physical conditions of the soil
To harvest rain water easily and soil erosion can be minimised.
To establish specific surface configurations for sowing, irrigation, drainage, etc.
To incorporate and mix applied fertilizers and manures into the soil.
To destroy the eggs and larvae of insects and their breeding places.
I Impact India Partners (www.iimpactindia.com), is a social impact laboratory providing comprehensive social sector solutions to Non-Profits, Social Enterprises and Corporates. We are a part consultancy and part design studio, which creates a social impact through professional design along with streamlining the client’s communication.
We cater to a panorama of the client's social sector needs ranging from NGO Marketing & Communication to CSR Strategy & Execution.We believe that 'Your message needs to be believed, not just communicated'. Our clients range from International Music Artists like Swami Music to NGOs like Prabhaav Foundation and corporates like DLF Cinema Unit.
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2. ON DESIGNING FOR REGENERATION
OF FARM LANDS
Observation of the working of natural Eco systems
constitute the bulk of inputs
The strategy is to fulfill the important function to
attain as much food security as possible, at local
levels
Priority is the creation of assets of natural resources
like water, soils etc
3. IMMEDIATE EMPHASIS ON
Harvesting of all rainwater that falls on the farm , into the soil itself
Arresting erosion of soils due to wind and flowing water
Rapidly grow as much biomass as possible
Recycle all organic wastes to be incorporated into the soils
Be poly culture and increase bio diversity to provide increased total
yield and for pest control
Maintain and increase the natural fertility of soil by organic and
biological processes and rather than taking recourse to the use of
biocides
Attend to fencing and protection from grazing
4. Harvesting of all rain water
4 categories of water
1st Category :
• The rain which falls directly on the land,
• Belongs to the land and farmer’s own and free of costs (now)
• It of the best quality and it is the far
2nd category :
• The rain water which has filled the land for the time being and
starts flowing over and off the land
• This also is the farmer’s own and free of costs
5. 3rd third category:
• Originates from outside the farm and flows on to the farm through
valleys, as streams or creeks, or through irrigation canals flowing
from dams or reservoirs
• This is not of the land or of the farmer
• It belongs to many others & Comes both at high costs and with
disputes and more undependable
4thcategory :
• Ground water occurring in springs, wells and bores etc.
• With alarming fall in ground water tables, this also will be
unreliable and costly.
• The quality of this water is unpredictable
6. The function envisaged in permaculture is to
Harvesting all the rain water into the soil itself
Creating storages on the farm for the second category
Not allow any water to flow out of the farm
This can be done by various earthworks like
contour
trenches/bunds, swales, pits, gully, plugs, farm
ponds etc.
For dry land farming in semi-arid and arid zones
total rain water harvesting is very crucial and
decides the fate of soil fertility and productive
potential
7. ARRESTING EROSION OF SOILS DUE TO WIND
AND FLOWING WATER
Three things on this planet are never got back when once lost :
TIME
LIFE
SOILS
Fertile soils-soils teeming with soil-biotic-life and a great amount of
incorporated organic matter seldom gets eroded
A two-fold responsibility is needed
Arresting the physical erosion levels and embarking on strategies for
increasing the natural fertility of soils
Conserving soils from being physically eroded by a slowing down the speed
and volume of flowing rain water
8. physically erosion of soil can be slowed down
• By limiting the speed and volume of flowing rain water by appropriate
earth works to permit percolation into deeper layers of the land
• By breaking the force of strong winds by erecting structures like mounds
etc. by living hedges plants, wind break of trees etc
Wind breaks
• Even a single tree with a good canopy acts as an efficient wind break
• Such trees can again be economically useful species
• A well designed multi-layer wind break of trees can be established
providing multiple other benefits
• They can provide fuel, enormous amount of leaf-fall, and wild fruits
• Leguminous species are interspersed free nitrogen fixation comes as a
bonus
• Bird attractant species of wild fruit bring in a certain amount of pest
control by the birds in addition to their droppings which are valuable
nutrients to the soil
• Also the birds seeds of different species adding to the diversity of plant
life
9. RAPIDLY GROW AS MUCH BIOMASS
Apart from wind break and fence
areas, there will always be small
pockets or areas which do not
form part of basic food
production
These areas should be utilized to
grow fast growing shrubs,
creepers, trees, and even weeds
in order to increase the
production of bio-mass,
primarily for regenerating soils
The root system aerate and
loosen the soils, the leaf fall can
be incorporated into the soils
and provide mulch for bare areas
By choosing DECIDOUS species
the amount of biomass can be
increased considerably
10. This rapidly generated biomass can
be incorporated into the soils
To increase its water holding
capacity
To provide food and habitats for
the myriads of living organisms in
soil
Enables the organisms
proliferation and beneficial activity
to gradually build up the fertility of
soil
11. Recycle all organic wastes back into the soils
• The recycling of all organic wastes back into the soil, plays a decisive
contribution
• The wheel of life is made up of two processes
growth and decay
• They are co-existing, inseparable, and one the counter part of the other
All growth has to die and decay
Nothing grows forever
• All growth consumes a nutritive base producing waste products of death
and decay
• Unless these products of decay are brought back into the nutritive base
there cannot be any growth and the circle of the wheel of the life will not
be closed or completed
• Nature closes this circle through a magnificent biological process which
must be allowed to operate in all our soils
• The energy for any growth is derived from the sun
• The chlorophyll or the green pigment of leaves ,the efficiency of the green
leaf is decisive