PLANT, ROOT SYMBIONTS & SILICON INTERACTIONS IN AGRICULTURE
Research Proposals, Agri. Research

PLANT, ROOT SYMBIONTS & SILICON INTERACTIONS IN AGRICULTURE

1. INTRODUCTION Agriculture faces mounting challenges due to increasing population pressure, climate change, and soil degradation. Moreover, climate change exacerbates stressors such as erratic rainfall, temperature extremes, and soil degradation, which collectively threaten crop productivity and food security (Godfray et al., 2010). Soil degradation, driven by unsustainable farming practices and overexploitation, further depletes essential nutrients […]

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Mung Bean Farming Profit Per Acre
Farming, All Posts

Mung Bean Farming Profit Per Acre

Mung Bean Farming The profit analysis for mungbean farming highlights its strong economic viability, with a total income of NRs. 120,000 per acre against the total cost of NRs. 35,000, resulting in a net profit of NRs. 85,000. This impressive profit margin of 70.83% underscores the significant potential of mung bean farming profit per acre,

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Groundnut farming profit per acre
Farming, All Posts

Groundnut farming profit per acre

Groundnut Farming  An in-depth analysis of groundnut farming profit per acre reveals compelling financial outcomes for cultivators. Based on a total income of NRs 150,000 generated from an estimated yield of 1,500 kg (marketed at NRs 100/kg) against a comprehensive investment of NRs 40,000 covering land preparation, seeds, labor, inputs, and harvesting, the net profit reaches NRs 110,000

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Soybean Farming Profit Per Acre
Farming, All Posts

Soybean Farming Profit Per Acre

Soybean Farming  Soybean farming profit per acre showcases significant potential, with an estimated profit of NRs. 77,000. This is calculated by subtracting the total cost of NRs. 43,000 from the total income of NRs. 120,000. The profit margin stands at approximately 64.17%, highlighting a strong return on investment. These figures demonstrate the economic viability of

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Research Proposals, Agri. Research

Developing auxin/brassinosteroid biosensors to monitor ABCB-type activity in live cells.

INTRODUCTION Auxin and brassinosteroids (BRs) are pivotal plant hormones that regulate a wide array of processes essential for plant growth and development, including cell elongation, division, and differentiation. Auxin’s mode of action is uniquely characterized by its polar transport across cells and tissues, facilitated by a network of specialized transporters. Among these, ATP-binding cassette subfamily

Developing auxin/brassinosteroid biosensors to monitor ABCB-type activity in live cells. Read Post »

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