Why are the central highlands good for agriculture


It is drained by numerous rivers that supports irrigation facilities. It is fertile due to the presence of alluvial and black soils that supports agriculture better in this region.Apr 19, 2018

Which crop is grown in Central highlands region?

– Important cash crops grown in the Central Highlands are cotton and soybeans. – Wheat, rice, jowar, maize, gram, bajra. Urad and moong are other major crops grown in this region.

What is the central highlands known for?

Coffee is the most important industrial commodity of the Central Highlands. The current coffee area here is over 290 thousand hectares, accounting for 4/5 of the country’s coffee area. Dak Lak is the province with the widest coffee area (170 thousand hectares) and Buon Ma Thuot coffee is famous for its high quality.

What are the features of the Central Highland?

Features. The Central Highlands are wider in the west but narrower in the east. The eastward extensions of this plateau are locally known as the Bundelkhand and Baghelkhand. The Chotanagpur plateau marks the further eastward extension, drained by the Damodar river.

What are the five features of central highlands of India?

Expert-verified answer ⭕They are covered by the Aravalli range in North West and Vindhya range in South. ⭕In the West it is present the Rocky and Sandy desert which is present in Rajasthan. ⭕They are narrow in essay and are wider in the West. ⭕The eastern part of it is known as Bundelkhand and Bhagelkhand.

What are Central Highlands made up of?

The Central Highlands of Peninsular Plateau It is composed of the old crystalline, igneous and metamorphic rocks. Rising from the height of 150 m above the river plains up to an elevation of 600-900 m is the irregular triangle known as the peninsular plateau.

What are central highlands Class 9?

Central Highlands : The part of Peninsular plateau lying to the north of the Narmada river covering with a measure area of Malwa plateau is known as the central Highlands. The Vindhyan range is bounded by the central Highlands on the south and the Aravali on the Northwest.

What are the importance of highlands?

First of all, they serve as windbreaks in the neighbouring areas. Highlands help to moderate climate. Highlands provide about 23% of the entire landmass in the region, which is essential for the development of the agricultural sector. It is a place, where you can observe the process of precipitation formation.

What are the characteristics of Central Highlands and Deccan Plateau?

Central HighlandsDeccan PlateauThey lie to the north of the Narmada riverThey lie to the south of the Narmada riverThey are bounded by the Aravali mountains, Vindhya range, Malwa and Chotanagpur PlateauThey are bounded the Eastern ghats and the western ghats2 more rows•Sep 15, 2016

Which is also known as Central highland?

The part of the peninsular plateau lying to the north of the Narmada River covering a major area of the Malwa plateau is known as the Central Highlands.

Where are the central highlands located Class 6?

Expert-verified answer The central highland covers the Indian states of Rajastan, Uttar Pradesh and Madhya Pradesh and bounded by the Aravalli Ranges, the eastern highlands, Narmada River, Deccan Plateau and the Northern Plains of India.

What are the future of the Central highland?

In future, Central Highlands Region can expect higher temperatures, more frequent hot days, fewer frosts and reduced rainfall, although there will be more intense rain events (QDEHP 2016). In 2030 the climate in Emerald is projected to be like the current climate in Charters Towers, Blackall, Hughenden and Barcaldine.

Is Central Highlands a plateau?

Answer: The Central Highlands are the parts of the Peninsular plateau to the north of the Narmada river that encompass a calculated area of the Malwa plateau.

What are the changes needed in the tropical highlands?

Major changes are needed in land, livestock and water management in line with traditional lifestyles and customs to remedy the agricultural system in the tropical highlands. Obviously, major, abrupt changes, especially in crop management activities, will not be possible in most cases. A more step-by-step, empirical approach is needed that involves intimate farmer participation throughout the initial research on possible strategies/technologies, the testing and modification of the most relevant possibilities and finally the extension of the final products. It is clear that these technologies must focus on:

What are the problems of the tropical highlands?

Tropical highlands of the world are densely populated and intensively cropped. Agricultural sustainability problems result ing from soil erosion and fertility decline have arisen all over this agro-ecological zone. Based on selected soil quality indicators, i.e. time-to-pond, aggregate distribution and stability (expressed as the mean weight diameter (MWD) for dry and wet sieving, respectively) and soil moisture, from a representative long-term sustainability trial initiated in 1991 in Central Mexico (2240 masl; 19.31°N, 98.50°W; Cumulic Phaeozem), some insights into the feasibility of conservation agriculture (CA) as part of a sustainable production system in the tropical highlands are given. Zero tillage plots with crop residue removal showed low aggregate distribution (average MWD = 1.34 mm) and stability (average MWD = 0.99 mm) resulting in top layer slaking, increased erosion and low time-to-pond values. Retaining the residue in the field with zero tillage avoided the above-mentioned negative evolution for both aggregate distribution as stability (average MWD = 2.77 and 1.51 mm, respectively) and even improved the physical conditions of the soil as compared to conventional practice. Throughout the growing season the lowest soil moisture content was found in zero tillage without residue (average over the entire growing season = 20.5% volumetric moisture content), the highest in zero tillage with residue retention (average = 29.7%) while conventional tillage had intermediate soil moisture values (average = 27.4%). Zero tillage without residue retention had most days of soil moisture values under permanent wilting point, while zero tillage with residue retention had the least. Taking into account these results, zero tillage with residue retention can clearly be a part of an integrated watershed management scheme towards sustainable agriculture in the tropical highlands. It is clear that to develop new management practices to improve water use, reduce erosion and enhance human labor/animal power focus must be on the use of conservation agriculture both for rainfed as well as irrigated production systems and be fine tuned for each system.

How does zero tillage affect soil?

Zero tillage with residue retention increased aggregate distribution and stability, increased infiltration and resulted in high soil moisture contents, especially compared to zero tillage without residue retention and to a lesser level to conventional tillage (with or without residue). Zero tillage with residue retention resulted in a soil physical environment performing well when rainfall was scarce and water became a limiting factor, capturing available rainfall better than the other treatments. The increased aggregate stability will also reduce soil loss by erosion and the residue left on the soil surface will result in increased soil organic matter content, as such influencing soil fertility. In zero tillage, residue retention was crucial for good soil physical conditions, contrasting to conventional tillage where differences between residue retention and removal were small. This indicates that incorporating residue, under conventional tillage can be seen as a less efficient practice in terms of soil conservation, as comparable amounts of residue retention in the field do not give the same results as with zero tillage. Taking into account these results, conservation agriculture can clearly be a part of the integrated watershed management scheme towards sustainable agriculture in the tropical highlands of central Mexico. Obviously an integrated development will be needed that comprises the development and mixes the new technologies in a way acceptable for the local farming communities. However, it is clear that consideration to develop new crop establishment and subsequent management practices to improve water use, reduce erosion and enhance human labor/animal power efficiencies must focus on the use of conservation agriculture both for rainfed as well as irrigated production systems.

What is soil structure stability?

Soil structure stability is the ability of aggregates to remain intact when exposed to different stresses ( Kay et al., 1988 ). With dry sieving the only stress applied is the one from the sieving, while with wet sieving the samples are additionally exposed to slaking. This explains why the MWD of dry sieving was generally larger compared to the MWD of wet sieving ( Fig. 1, Fig. 2 ). Zero tillage with residue retention resulted in a high MWD, as well as a high level of stable aggregates. Zero tillage with residue removal led to unstable and poorly structured soils. Higher MWD values were obtained for dry sieving with conventional tillage compared to zero tillage with residue removal, while after wet sieving, the conventional treatment showed equally low or even lower aggregate stability ( Fig. 1, Fig. 2 ). This means that conventional tillage results in a good structural distribution, but the structural components were much weaker to resist water slaking than in zero tillage with residue retention. This indicated that when leaving the soil untilled with retention of crop residue on the soil surface, the soil became more stable and less susceptible to structural deterioration. Reduced aggregation in conventional tillage is a result of direct and indirect effects on aggregation: physical disturbance of soil structure through tillage results in a direct breakdown of soil aggregates and an increased turnover of aggregates. Indirectly, the residue lying on the soil surface in zero tillage with residue retention protects the soil from raindrop impact. No protection occurs in conventional tillage, which increases susceptibility to further disruption ( Six et al., 2000 ).

What are the horns used for in Highlands?

The horns are used primarily for knocking down brush to graze on, predator control and scratching. Horns on females are generally upswept and finer textured than are the males.

Where did the Highland cattle live?

The Highland breed of cattle has lived for centuries in the rugged remote Scottish Highlands . The extremely harsh conditions created a process of natural selection, where only the fittest and most adaptable animals survived to carry on the breed. Highland cattle are the oldest registered breed of cattle with a Herd Book being published in 1885.

Why crossbreed with a bull?

Crossbreeding with a Highland bull on commercial cows virtually eliminates calving problems and increases calf survival with strong and healthy calves. Many commercial cattlemen crossbreed their first-calf heifers with a Highland bull to produce a small first calf. Crossbred calves will retain their familiar appearance. The horns are recessive and will disappear when bred to a polled animal. Due to the hybrid vigor, research has found the gains in crossbreeding cattle are proportional to the genetic diversity of the animals crossed. As Highlands have been virtually untampered with since the 12th century, their genetics are quite different from most other cattle. This provides maximum heterosis effect in crossbreeding. Highland cross calves will have increased vigor and hardiness, as well as natural disease resistance, forage ability and high efficiency.

How much do Highland cows weigh?

Cows may produce into their late teens reducing the need for frequent herd replacements. Highland cows will average 900-1200 pounds when mature.

How hot does a Highlands dog get?

According to one breeder, Highlands feed intake does not increase until -18 degrees Fahrenheit compared to 32 degrees Fahrenheit in many other breeds. In addition, the long hair means that the animal does not have to produce a layer of fat to stay warm.

What is the difference between horns on a female and male Highland?

Horns on females are generally upswept and finer textured than are the males. Male horns are more forward pointing and massive. They can also be halter trained as easily as any other breed, even more so because of the Highland’s superior intelligence.

When were Highland cattle first imported?

The first recorded importation into the United States occurred in the late 1890s. The American Highland Cattle Association registry was first formed in 1948. Highlands require little in the way of shelter, feed supplements, or expensive grains to achieve and maintain good condition and fitness. In fact, Highland cattle seem to enjoy conditions in …


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