Macroeconomics

Context (archaeology)

Agriculture

Engineering

Ecology

Biology

Agroforestry

Sustainability

Psychological resilience

Archaeology

Agricultural engineering

Food security

Economics

Business

Sowing

Arid

Pearl

Crop

Climate change

Psychology

Geography

Agronomy

Psychotherapist

Environmental science

Natural resource economics

Irrigation

Climate resilience

Production (economics)

Journal of Integrative Agriculture

Climate change is making the lands a harsher environment all over the world including Pakistan. It is expected to oppose us with three main challenges: increase in temperature up to 2–5°C (heat stress), increasing water stress and severe malnourishment due to climate change. It has been foreseen that there will be a 10% increase of dryland areas with climate change in the world, with more variability and incidences of short periods of extreme events (drought and heat stress). Pearl millet is a hardy, climate smart grain crop, idyllic for environments prone to drought and heat stresses. The crop continues to produce highly nutritious grain sustainably, thereby encouraging the fight against poverty and food insecurity due to its resilience. The crop is more responsive to good production options (planting time, planting density, inter/intra row spacing, nitrogen application and irrigation). It has high crop growth rate, large leaf area index and high radiation use efficiency that confers its high potential yield. In most of the cases, pearl millet is remained our agricultural answer to the climate calamity that we are facing, because it is selected as water saving, drought tolerant and climate change complaint crop. In view of circumstances, pearl millet cultivation must be retrieved by recognizing production options in context to changing climate scenarios of Pakistan using crop modeling techniques.

Recognizing production options for pearl millet in Pakistan under changing climate scenarios