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Super-seeding into existence

Directly super-seed into agricultural soil with precision spacing, right density & minimal disruption to carbon stored beneath- Target optimal nutrition distribution and high yield recovery.

Seeding challenges in agriculture.

Awareness

Dependence on labour

Dependence on labour

Awareness of water hungry varieties, GMO seeds or over the counter seeds, with less resistance to general crop disease or wrong choice of seed varieties according to  the regional climate affects farmers along scale.

Dependence on labour

Dependence on labour

Dependence on labour

Manual seeding with bare-hands is time consuming &  brings along heavy dependence on labour in-form of additional costs, improper seed placement, mis-aligned density of seeds affect nutrition absorption in crops.

Limited seasonal seeding window

Limited seasonal seeding window

Limited seasonal seeding window

Germination of the seeds depends on variety of factors including soil moisture, outer climate, right density. The right sync between these key factors play a crucial role directly affecting the quality of crop output.

Costly infrastructure ownership

Limited seasonal seeding window

Limited seasonal seeding window

Automated seeding machines like super-seeders required heavy investments on complimentary machineries including tractors, tillers, ground levellers leaving marginal farmers with limited options.

Minimising carbon release during agricultural season transit

Transitioning agricultural cycle from Rabi to Kharif and back, involves land preparation through primary & secondary tilling techniques for efficient seeding. This process dig opens up the agricultural land which disrupts stored carbon & increase water consumption.

Cultivating & Sowing with Super-Seeders

Super-seeders are all in one machine, which simultaneously does land tilling, cultivation, levelling & seeding in single cycle resulting in reduced turnaround time to seed, manual labour, ploughing cycle & fossil fuel consumption.

Simultaneous land preparation & seeding

Reduced crop to crop transition cycle

Standard land preparation involves multiple primary & secondary tillage including ploughing, harrowing, cultivating, levelling  & seeding mandating stretched ploughing cycle.

Direct seed placement without open tilling

Super-seeding technique allows farmers to shorten tillage cycle by simultaneously completing primary & secondary tillage along with seeding, reducing multi-day cycle to just hours. 

Reduced carbon un-lock window

Reduced carbon un-lock window

Open agricultural land provides released passage to stored carbon into atmosphere. Super-seeding cultivates, place seed & simultaneously locks the land reducing carbon un-lock window

Providing the right nutrition with precision

Leveraging advance drone automation, right nutrition is provided to crops directly without the need of spreading the fertiliser manually. 

Optimum Absorption & Reduced Soil Degradation

Direct micro-water droplets spraying on crops leaves increases optimised nutrition absorption by crops as compared to manually spreading the fertiliser in fields. 

Top to bottom nutrition absorption

Maximised nutrition uptake

Maximised nutrition uptake

Pressurised micro-water fertiliser droplet sprayed directly on leaves enables crops to absorb nutrition through leaf stomata, rather than depending on absorption from soil.

Minimised water usage

Maximised nutrition uptake

Precision spraying with drones consumes only a fraction of  water for fertilisation as compared to traditional methods of open watering requiring millions of litres per acre of crop.

Minimised carbon output

Minimised carbon output

Open fertiliser spreading does not get directly absorbed into the soil, it stays on top soil layer for days emitting harmful carbon gases & acidifying top cultivable layer of soil.

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