Climate of Haryana is predominantly tropical monsoon, characterised via way of means of warm summers, moderate winters, and a wonderful wet season. Summers, from March to June, are extraordinarily warm, with temperatures regularly exceeding 40°C. The monsoon season, from July to September, brings slight rainfall, whilst winters, from November to February, are moderate.
Aspect | Drought Conditions | Flood Conditions |
---|---|---|
1. Affected Regions | Southwestern districts like Hisar, Bhiwani, and Mahendragarh | Northern and northeastern districts like Ambala, Yamunanagar |
2. Rainfall Deficiency | Occurs due to weak or delayed monsoons, with rainfall below 300 mm | Occurs due to heavy monsoon rains exceeding 1000 mm |
3. Frequency | More frequent in arid and semi-arid regions | Less frequent but can happen during intense monsoon seasons |
4. Impact on Agriculture | Severely affects kharif crops like cotton and millet | Damages crops like rice and leads to waterlogging in fields |
5. Water Scarcity | Groundwater depletion and reduced water availability for irrigation | Excess water causes flooding in low-lying areas and fields |
6. Irrigation Dependency | Increased reliance on canal and tube well irrigation during drought | Irrigation infrastructure can be damaged by floodwaters |
7. Economic Impact | Crop failures lead to financial losses for farmers | Flooding disrupts transportation, markets, and rural economies |
8. Soil and Land Degradation | Leads to soil degradation due to over-extraction of water | Causes soil erosion and degradation in northern hilly regions |
9. Humanitarian Impact | Can lead to water shortages and migration in rural areas | Displacement of communities, especially in flood-prone regions |
10. Government Interventions | Drought relief measures like crop insurance and water conservation | Flood control measures, including embankments and drainage systems |
Aspect | Humidity | Wind Patterns |
---|---|---|
1. Seasonal Variation | High during monsoon (70-90%) and low during summer (20-30%) | Hot, dry winds (loo) in summer; cool winds in winter |
2. Monsoon Impact | Humidity levels rise significantly with the onset of monsoon | Winds from the southwest bring moisture during the monsoon |
3. Summer Conditions | Extremely low humidity during peak summer months | Hot, gusty winds (loo) blow across the plains, raising temperatures |
4. Winter Conditions | Moderate humidity (50-60%) during winter | Cold winds from the Himalayas bring cooler air in winter |
5. Coastal Influence | No direct coastal influence, leading to dry air most of the year | Winds are continental, lacking moisture from nearby seas |
6. Effect on Agriculture | High humidity during monsoon aids crop growth | Dry summer winds can cause crop damage and water evaporation |
7. Air Quality | Low humidity can worsen air quality, particularly in urban areas | Dust storms and haze during summer reduce air quality |
8. Impact on Temperature | High humidity in monsoon makes the weather feel hotter | Winds in summer raise daytime temperatures significantly |
9. Dust Storms | Low humidity and strong winds during summer lead to dust storms | Dust storms are frequent in summer, especially in western Haryana |
10. Wind Speed | Calm during high humidity, with gentle breezes in monsoon | Wind speeds increase in summer, up to 30-40 km/h during dust storms |
Aspect | Impact of Climate on Agriculture |
---|---|
1. Monsoon Dependency | Kharif crops like rice, cotton, and millet depend heavily on monsoon rains for growth. A weak or delayed monsoon can lead to crop failure and lower yields. |
2. Drought Conditions | In southwestern regions prone to drought, such as Hisar and Bhiwani, reduced rainfall causes water scarcity, affecting the growth of both kharif and rabi crops. |
3. Flood Risk | Northern districts like Ambala and Yamunanagar face flood risks during heavy monsoons, which can damage standing crops, especially rice, by causing waterlogging. |
4. Seasonal Crop Cycles | Summer crops (kharif) are sensitive to the timing and intensity of monsoon rains, while winter crops (rabi), such as wheat and barley, benefit from cooler temperatures and post-monsoon soil moisture. |
5. Irrigation Dependence | Due to uneven rainfall, large parts of Haryana’s agriculture are dependent on irrigation systems, including canals and tube wells, especially in central and southern districts. |
6. Heat Stress on Crops | Extreme summer temperatures (40°C to 45°C) cause heat stress on crops like wheat, reducing productivity and affecting the quality of the produce. |
7. Cold Waves and Frost | During peak winter, cold waves and frost can damage sensitive crops, particularly vegetables and fruits, leading to reduced yields in some areas. |
8. Soil Moisture Variability | Monsoon rainfall affects soil moisture levels, critical for the germination and growth of crops. Excessive rain leads to erosion, while insufficient rain depletes soil fertility. |
9. Crop Rotation | Haryana’s climate allows for crop rotation, where farmers alternate between kharif and rabi crops. However, climate unpredictability can disrupt these cycles, leading to economic losses. |
10. Pest and Disease Outbreaks | Changes in humidity and temperature, especially after erratic monsoons, increase the risk of pest infestations and crop diseases, which can further threaten agricultural productivity. |
Ans: Haryana has a semi-arid climate characterized by extreme temperatures, distinct seasons, and a monsoon season that provides most of the annual rainfall.
Ans: Haryana experiences four main seasons: summer (April to June), monsoon (July to September), post-monsoon (October to November), and winter (December to February).
Ans: Haryana receives an average annual rainfall ranging from 400 mm to 600 mm, with significant variations between different regions of the state.
Ans: The southwest monsoon typically arrives in Haryana around the first week of July and lasts until September, bringing most of the state’s annual rainfall.
Ans: Summer temperatures can soar between 40°C to 45°C, while winter temperatures can drop to as low as 3°C to 5°C, particularly in northern districts.
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