eChapters

Abstract
Aquatic ecosystems comprising freshwater, coastal, and marine environmentsarem vital for biodiversity, food security, and economic well-being, particularly in developing countries. Nevertheless, human activities increasingly threaten these ecosystems, including overfishing, pollution, habitat destruction and climate change. This chapter examines the conservation of these ecosystems through an ecosystem-based management (EBM) approach, which is crucial for enhancing ecosystem resilience and preserving biodiversity. EBM provides a holistic framework incorporating ecological, social, and economic dimensions, moving beyond traditional management strategies focusing on individual policies or species. By considering the entire socialecological system, EBM fosters sustainable fisheries and aquaculture while
ensuring the long-term availability of ecosystem services. The chapter underscores the significance of policy integration, stakeholder involvement, and innovative solutions to safeguard and sustain aquatic ecosystems amid persistent environmental challenges.
Keywords: Aquatic ecosystems, EBM, Biodiversity, Sustainability, Climate
change

Abstract

Bhadawari is one of the recognized buffalo breeds of India and is famous for high milk fat content. The main breeding tract is Agra and Etawah in Uttar Pradesh and Bhind and Morena districts in Madhya   Pradesh. The tract was a part of the erstwhile Bhadawar estate from where the name of these animals originated. Bhadawari, the brown beauty of ravines and predominantly the only breed adapted to the harsh conditions of the ravines with undulating topography, thorny and scanty bushes, climatic stress and draught conditions. Breed is said to be resistant to many tropical bovine diseases and also known for eating less and producing more. Calf mortality is significantly lower than the other breeds of buffaloes. Male animals are good for agriculture work especially for ploughing in rice fields.

Introduction
The richness of a country can be measured by its biological diversity. It is essential to both human existence and financial security. The most basic concept of biodiversity is expressed by the diversity of creatures. Biodiversity is represented by the supplies of food, clothing, shelter, and medicines provided by plants; by the sources of food, assistance, wild life, and human resource efficiency provided by animals; and by the patterns of variation seen in the microbiological world. More than 20,000 kinds of ants, 3,000,000 species of beetles, 28,000 species of fish, and almost 20,000 species of orchids would be hard for the average person to believe.
Definitions
• The collection and interplay of genes, species, and ecological diversity in a specific location and time is known as biodiversity. Different genes, species, habitats, and their relative abundance are all included in the phrase biodiversity.
• The portion of nature known as biodiversity comprises the genetic variations between individuals of the same species as well as the variety and richness of all plant and animal species at various spatial dimensions, such as a region, a nation, and the entire planet.
• “The diversity of life, which encompasses ecosystem or community diversity, species diversity, and genetic diversity, and includes the entire range of variety and variability within and among living organisms and the ecological complexes in which they occur,” is another definition for it.

Ethnobotany deals with different aspects of man-plant relationship with special emphasis on ethnic community of a region, nay country or any geographical territory. This perhaps gives us a new dimension, orientation and objectives to make it complete with vivid information on people and their resource use pattern including science background behind scientific use. The new form of ethno-botany is now reformed and re-oriented as beta-ethnobotany. Earlier taxonomists, anthropologists and social workers have made their work on a wide field of man-plant relationship which was very loose in the sense that no specification or special focus was there which has its origin so called alpha-ethnobotany. Beta-ethnobotany deals with objective based oriented studies, divine, dynamic and quantitative ethno-botany with special emphasis to assessment of credibility of folk claims, ethno pharmacology, ethno-pharmacotherapy and ethno-medicine. Presently scientists estimated that out of over 5000 plants have been used in ethno-medicine much less than 1000 are utilized in herbal drug industry in different indigenous systems of medicine like ayurveda, homoeopathy, unani and siddha. A wide variation of use and conservation strategies on that medicine or the raw sources of these materials are available in the lower tract of Chotanagpur plateau in red lateritic part of West Bengal so called the ‘ rarh’ region. Tribal people like santal, kol, sabar, kheria, oraon, munda etc. inhabiting the rarh region use the medicine as ethno-medicine since time immemorial and conserve the plants and similar plant propagules in their home gardens and nearby sal (Shorea robusta) dominated forests for future generation. Wide application and conservation strategies of a large number of ethno-medicine and ethno-medicinal plants have been presented here with special emphasis on landscape conservation to make the ecosystem pristine rather than degraded in near future.

Introduction
India has vast animal genetic resources with a wide variety of indigenous farm animals including cattle. The cattle breeds have evolved over generations to adapt to the agro-climatic and socio-economic needs of the people. Domestic animal diversity is defined as the spectrum of genetic differences within each breed and across all breeds within each domestic animal species, together with the species differences; all of which are available for the sustainable intensification of food and agriculture production. The domestic animal diversity has evolved over millions of years through the processes of natural selection forming and stabilizing each of the species used in food and agriculture. Over the more recent millennia the interaction between environmental and human selection has led to the development of genetically distinct breeds. Selection processes, directed by both humans and the environment, together with the random sampling processes causing genetic populations to drift over generations, have accelerated the development of the diversity within species leading to the creation of distinct genetic differences amongst breeds.

Introduction
India has vast animal genetic resources with a wide variety of indigenous farm animals including cattle. The cattle breeds have evolved over generations to adapt to the agro-climatic and socio-economic needs of the people. Domestic animal diversity is defined as the spectrum of genetic differences within each breed and across all breeds within each domestic animal species, together with the species differences; all of which are available for the sustainable intensification of food and agriculture production . The domestic animal diversity has evolved over millions of years through the processes of natural selection forming and stabilizing each of the species used in food and agriculture. Over the more recent millennia the interaction between environmental and human selection has led to the development of genetically distinct breeds. Selection processes, directed by both humans and the environment, together with the random sampling processes causing genetic populations to drift over generations, have accelerated the development of the diversity within species leading to the creation of distinct genetic differences amongst breeds.
India is the seventh largest country in the world and it is recognized as one of the 12-mega biodiversity centres of the world. It is well marked off from the rest of Asia by mountains and the sea, which gives the country a distinct geographical entity. Due to diverse agro-ecological regions and topographic conditions, India has rich repository of both flora and fauna. India has vast animal genetic resources with a wide variety of indigenous farm animals. Indigenous animal breeds are now 53 for cattle, 20 for buffalo, 39 for goat, 45 for sheep, 8 for horses & ponies, 9 for camel, 14 for pig, 3 for donkey, 3 for dog, 1 for yak, 20 for chicken, 3 for duck, and 1 for geese, besides many other non-descript and mixed populations. Livestock husbandry is an age-old important occupation for Indian farmers. The unique and rich animal biodiversity is extensively referred to in Indian scriptures.

Conservation Biology emerged as the scientific study of the nature and status of Earth’s biodiversity with the aim of protecting species, their habitats, and ecosystems from excessive rates of extinction. Biodiversity itself has a wider meaning unifying and taking into account species, within species breeds/ varieties, ecosystem, genetic and molecular diversity.

Need for Conservation

The progenitor of modern-day chicken has been the Red Jungle Fowl and over the years breeds have been developed slowly for commercial purpose as layers and broilers. However we still have lot of indigenous birds which cannot be defined in either category.

Breeding capabilities Vs biodiversity erosion: Presently only about 3-4 poultry breeding companies provide meat stocks for farms around the world. A similar number of companies supply birds for commercial egg production. As a result modern animal industry now uses only a few breeds of any species. Of the many breeds once commonly seen on farms, many have declined sharply in numbers and others have disappeared almost completely.

Productivity Vs Conservation: On one hand, to increase productivity we want certain natural characters to be eliminated and on the other we talk of conserving the indigenous varieties, which sounds contradictory.

A. Answer the following questions

1.    Define silage?

Ans: Whena freshgreenfoddercontaininghighmoistureisallowed to ferment under controlled anaerobic condition, produces some volatile fatty acids which preserve the green material for a long time is known as silage.

2.    What is ensiling?

Ans: The process of conserving green fodder as silage is called ensiling.

3.    What is silo?

Ans: Silo is an airtight container in which silage is prepared.

4.    Why hollow stemmed plants are not suitable for ensiling?

Ans: Because air remains trapped in the stem but once the stems are trampled then the fodder can also produce good silage.

5.    Why legumes are difficult to ensile?

Abstract

Many people’s food and livelihood security depend on the sustained management of various biological resources that are important for food and agriculture. Agro biodiversity is the result of the interaction between the environment, genetic resources and management systems and practices used by culturally diverse peoples. The management of agro biodiversity by the indigenous communities is for a variety of reasons. The land use types, land use stages, aspect, soil fertility, availability of water and quality seed of crops etc. are essential variables which an indigenous farmer considers while cultivating a diversity of traditional landraces in the farm for food security. India is the largest producer of many kinds of millets, which are often referred as coarse cereals. However, realizing the nutrient richness of these grains they are now considered as nutria-cereals. Small millets, as a group includes several grain crops namely finger millet (ragi), proso millet, barnyard millet, italian millet, kodo millet and little millet. In the four decades since 1961, the area under millets declined by nearly 50% from about 18 million hectares to about 9 million hectares. During this time, production of millets declined from about 8.8 million tons to about 7.2 million tons; a decline of 18%. Tremendous decrease in area and production is directly or indirectly resulted in the loss of agro biodiversity of these crops as these crops are grown on marginal or rainfed areas without any fertilizers. Therefore, more emphasis should be given for maintaining bio diversity of these highly rich crops by increasing area under these minor millets and developing proper agro techniques for increasing its productivity.

Village Madangunj is situated on the bank of the Hatania Duaniya, a branch of the Hoogly River in Namkhana. The cyclone Aila unleashed its fury on the people residing on the islands in the Sundarbans and changed their lives forever. The Sundarban is the world’s largest mangrove forest and home to the Royal Bengal Tiger. The cyclone also affected the fish resources and livelihood of the villagers. Efforts were made to provide alternative sources of livelihood to the poor people of these villages.

Challenges and opportunities

We conducted field surveys to understand the status of small indigenous fish after cyclone Aila in the Sunderban region, particularly in Namkhana block, which was badly affected by the cyclone. Hundreds of people under various age groups ranging from 27 to 65 years old and involved in various occupations were interviewed personally to know about the present status of small indigenous fish after Aila. It was reported by 60% of the respondents that there is a significant reduction in the availability of small indigenous fish (SIF). To rejuvenate their stocks, it was decided to develop a conservation site, as a common seed bank for SIF. The SIF are self-recruiting species and can be cultured in various cultural systems like ponds, canals, wetlands, cages, etc. They can tolerate the adverse water quality cond

At the outset, I need to state that I am not a horticultural specialist and whatever horticulture knowledge have, is gained on the job and I am a plant genetic resources specialist with an interest in biodiversity and have worked across Asia. Today we will be mainly talking about tropical fruits and, in particular, tropical fruit tree genetic resources. If you look at tree fruits as a group, it includes a large number of species, unlike in field crops, e.g., rice, wheat, maize, etc., where just a few species are involved in each crop. Here we are talking about a group of species under each fruit tree. While talking about them, certain generalizations have to be made. Also, there are many unexploited species which are waiting to be discovered for human usage and exploitation, and there is hardly any genetic information available about them.

Aquatic ecosystems, particularly riverine habitats, are critical for global biodiversity, hosting over 30,000 described fish species, many of which are endemic and endangered. Freshwater fish are especially vulnerable to anthropogenic threats, including habitat degradation, pollution, invasive species, and climate change, leading to significant population declines. This chapter reviews conservation strategies aimed at protecting endangered river fish species. It emphasizes the importance of integrated management practices, including habitat restoration, establishment of aquatic protected areas, and stakeholder engagement in co-management initiatives. The significance of regulatory frameworks, effective policy ratification, and the role of public awareness and community participation in conservation efforts are highlighted. Additionally, the chapter explores innovative approaches such as ex-situ conservation, captive breeding programs, and sustainable harvesting practices as vital tools for fish population recovery. The challenges hindering effective conservation strategies are discussed, including limited taxonomic knowledge, insufficient understanding of fish ecology, and the need for holistic approaches that consider ecosystem interdependencies. Addressing these challenges is crucial for the sustainable management and conservation of freshwater fish populations and their ecosystems.

Introduction

Providing sufficient habitat and other food supplies to already-existing or naturally-occurring beneficial species is one of the most successful and long-lasting ways for reducing economic harm from pests. In contrast to monocultures or pesticide-treated fields, beneficial species such as predators, parasites, and pest-sicking "pathogens" are significantly more numerous in varied farms where pesticides are used less frequently.

Introduction

Agricultural productivity during past three decades resulted in depletion of natural resource base besides creating several environmental and ecological problems. In contrast the demand scenario features a growth rate in food requirements to meet the ever-increasing demand of the growing population. The total food grain demand of India by 2020 is estimated at 294 million tones as against the present 224 million tonnes (2010-11), which has to come from the almost static net cultivated area of about 142 million ha. This improvement in food grain production has to be achieved while dealing with the factors affecting the ecological balance and sustainability of Agricultural resources. Soil and water conservation is an important aspect, which needs very careful dealing with proper attention of the researchers and planners particularly in the context of agriculture of rainfed areas. As the water without soils is useless for crop cultivation, the soils without water nothing but desert. At least 20 % of total land is deserted and very difficult to use with another 20 % is sandy and poor in nutrient content subjected to severe soil erosion and excessive land degradation which causes fragile nature of eco-system and threatens food security of such areas. Soil erosion reduces productivity and cuts crop yield and causes at least 10 metric tons of topsoil loss per hectare per year. Now days, soil and water conservation is gaining paramount importance globally due to its obvious reasons. The main objective of the subject to protect soils against damage due to excessive runoff by natural, mechanical, cultural and agronomic measures to be adopted to bring a state of equilibrium between climate, soil, rainfall, slope and vegetation.

Objectives
• Provide a comprehensive understanding of consonant sounds in English.
• Familiarize learners with the International Phonetic Alphabet (IPA) symbols for consonant sounds.
• Enhance pronunciation skills through the correct articulation of consonant sounds.
• Enable learners to distinguish between voiced and voiceless consonants
• Equip learners with practical examples to apply phonetic knowledge in speaking and listening effectively.
Introduction
Consonant sounds are an integral part of spoken English, contributing significantly to the clarity and intelligibility of speech. Unlike vowel sounds, consonants are produced with a degree of constriction or closure in the vocal tract, which modifies the airflow. These sounds can be categorized based on various parameters, such as their place of articulation, manner of articulation, and whether they are voiced or voiceless.
The International Phonetic Alphabet (IPA) provides a standardized set of symbols to represent these sounds, ensuring a consistent approach to learning pronunciation. Understanding consonant sounds and their IPA symbols allows learners to decode and produce words accurately, improving their overall communication skills.

INTRODUCTION

Library Consortia is the sharing of resources among the libraries based on a number and utility over their respected areas. The resources that are shared in today’s consortia atmosphere are largely in electronic form such as electronic journals and databases. The aim of consortia is to accomplish what the members of the group cannot achieve individually, and its intention is sharing of resources, manpower and money, etc. It is regarded as a valuable strategy to increase the buying power and risk-sharing capacity of academic libraries over a short term. It is also a chance to maximize the opportunities for joint collection development and resource sharing over the long term. A consortium has the ability to share resources without forfeiting the individuality of member library. As a result, the end-users can collect the benefits of more resources than would be accessible through one library, while staff can adapt the system to meet their individual library’s needs. It can be a single agency with multiple locations around the world, all sharing one name, or the consortia members can retain their own name, but use the name of the consortia to recognize that they are the part of a larger, often worldwide, organization. It acts as director for the electronic resource sharing at the national, regional and local levels. The accessibility of IT-based electronic information products put forth portions of their budgetary allocation for either acquiring or accessing web-based online full-text search services, online databases shared services, on the one hand, permits flourishing consumption and desktop access to electronic resources at highly increasing users demands and growing cost of journals.

Biofertilizers can directly or indirectly influence the growth of plant. The direct influence can be through production of phytohormones or making the nutrients available to plants. The indirect effect can be through management of plant pathogens through biological control. Therefore, the purposeful introduction of biofertilizer inoculants to plant microbiome represents an environmentally sound option that holds a prominent position in order to reduce the dependency on agrochemicals (Adesemoye and Kloepper, 2009; Abhilash et al., 2016; Aloo, et al., 2019).

Microbes in soil can rarely exists as single cells and survive near the plant root canopy or in bulk soils or endophytes or even on plant surfaces (Lorito, 2006). The soil microflora occurs as complex members of microbiota (Hacquard, 2015). Microbial consortia (MC) are unique mixture of organisms which respond to the environment stress and adapt to stresses due to internal beneficial interactions among the microbial community. Ecosystem’s physiological functions by microflora is carried out by more than one microbial species with the functional diversity and succession among different microbial components. The microbial balance among the different microflora of a MC will consist of a continuous shift between actively growing cells and non-dividing cells of the microbial consortia. It has been reported that different microbial populations “talk” to each other by “quorum sensing” mechanism in a given environment by exchanging specific chemical signals (Thompson, 2015). Natural microbial consortia holds many specific properties like stability, functional diversity and perform complex functions. The natural consortia have generated an interest in manpulating synthetic consortia for the benefit of application (Minty, et al., 2013).

Constipation means difficult or infrequent passage of the feces. In some cases it is due to mechanical obstruction of the intestines, such as cancer, diverticulitis, or perhaps to some functional cause, such as an irritable colon discussed above. In most cases there is no actual obstruction.

Many elderly people suffer from constipation; probably they do not take sufficient fluid. They may think they are drinking enough, but careful observation may reveal that they are having only two or three glasses of liquid a day. For normal bowel habits, one should drink from six to eight glasses of fluid each day.

Sometimes constipation results from ignoring the normal call of nature. Many people suffering from constipation become dependent upon laxatives in early childhood. This is most unfortunate, for it means that the child may be dependent on drugs for the rest of his life. As far as possible do not use an enema on a child unless absolutely necessary. Laxatives and enemas are only for unusual conditions. Nature will provide for the normal needs of the body.

Key Points

• Constipation can be caused by a variety of clinical disorders or as a subsequent consequence.

• Rehydration and gentle lubrication of the GIT tract with oral paraffin or linseed oil will alleviate constipation caused by feed and water.

• Small animals, especially cats, are more prone to constipation.

• Common treatments for constipation include dietary changes, enemas, and mechanical removal under anesthesia.

Introduction

Constipation occurs when the ingesta moves slowly or not at all. It is a sign of several intestinal disorders. Although not all extra-gastrointestinal illnesses cause constipation, some do. A systemic illness is characterized by parasympathetic nervous system depression and constipation. Many diseases can lead to constipation as a complication. Chronic constipation in dogs leads to obstipation, which is characterized by drier, firmer, and more compact stools. Dogs cannot defecate and hence require medical intervention, such as surgery or manual feces evacuation. When the colon becomes irreversibly swollen and hypomotile (megacolon), surgery may be necessary. As a result, corrective actions for constipation should be implemented as soon as they are discovered. This will aid in a quick recovery from disease. The current chapter provides an overview of constipation in general and its management.

In India, self employment has been recognized as an essential force of development in rural areas. It has emerged as a strategy designed to improve the socio-economic life and mainly focuses on extending the benefits of development to the poorest in the rural areas improving their standard of living and self-realization. SHGs in India are integrating the low income segments with rest of the rural community by ensuring them a better contribution in a more equitable share in the benefit of developments. These Groups are not only speeding up economic growth, but also providing jobs and improving the quality of rural life towards self-reliance. Self-employment needs a very wide ranging and comprehensive set of performance, relevant to all aspects of rural economy and covering rural people including skilled, unskilled and landless labours and artisans of Rural India. The Rural Indians put their entrepreneurial skills in all the rural development performance  but their economic status has not improved to the expected level. They have much potential, despite they are ignorant of converting their skills into reality.

Village Panchayats existed in India long back, but the system has inherent weaknesses like the inability to be a people's government responsiveness to their needs. This was due to a variety of factors like a lack of financial resources, no regular elections and inadequate representation of the weaker sections (scheduled castes/ tribes and women) of the society. The Directive Principles of State Policy in the Constitution of India lays down in Article 40 that the government should facilitate the establishment and smooth functioning of the gram panchayats.

Introduction

Buffaloes thrive best in the areas of moderate rainfall as they require plenty of water for their daily bath. They live on coarser grass and even then are heavy yielders of milk. Buffalo species is thought to have originated in India. Indian buffaloes are the descendant of Bos arni found in north-eastern parts of India, especially in Assam & surrounding areas. There are two main types of buffaloes in India: River and Swamp types. However, both are called Bubalus bubalis. Most of the buffaloes in India are river types, though swamp varieties are also found in certain parts of the country, especially in eastern parts. Buffalo is our main milch producing species, that’s why the contribution of buffaloes to the total milk production is larger than that of cattle. India is the home tract of some of the best buffalo breeds.

Introduction

Commercial pig farming in India is one of the best and profitable business ideas for the Indian people. There are several highly meat producing pig breeds available around the globes. Some of those are very suitable for commercial meat production according to the weather and climate of India. A few years back, pig farming had a bad image in the society, but at present at scenario has changed tremendously and commercial pig farming in India is no more restricted to lower class people. Now peoples are conscious about the economic value of pigs like other domestic livestock animals; and higher cast, educated people also started commercial pig farming business in a modern and scientific manner.

Among all domestic animals, pigs are the most prolific animal, giving 6-12 piglets in every litter and they are fast growing, attain a body weight of about 68 kg in about 6-8 months time, when they can slaughter. Pig has shortest generation interval among meat producing livestock. Pig products such as pork, bacon, ham, sausages, lord (pig fat) are increasingly in demand both for local consumption and for export. Pig skin used for the manufacture of light leather goods. Pig manure contains Nitrogen: 0.70%, Phosphorus: 0.60% and Potassium: 0.70%. Swine has superior feed conversion power (1: 3-3.5). Swine store fat rapidly. Pigs are prolific and bring quick return. A unit of 10 sows and 1 boar will produce about 160 piglets during the first year. Gilts may be bred between the ages of about 8-9 months furrowing when approximately 13 months old. Piggery enterprise requires moderate investment. Pig has highest dressing percentage (Pig: 65-80%) as compare to cattle (50-60%) and lamb and sheep (45-55%). Pork is the most nutritious meat. Pig is extremely sensitive to unfavorable ration and to careless management. Pigs are very susceptible to numerous diseases and parasites. Sow should required skilled attendants at the time of furrowing.

Introduction

Commercial pig farming in India is one of the best and profitable business ideas for the Indian people. There are several highly meat producing pig breeds available around the globes. Some of those are very suitable for commercial meat production according to the weather and climate of India. A few years back, pig farming had a bad image in the society, but at present at scenario has changed tremendously and commercial pig farming in India is no more restricted to lower class people. Now peoples are conscious about the economic value of pigs like other domestic livestock animals; and higher cast, educated people also started commercial pig farming business in a modern and scientific manner.

Among all domestic animals, pigs are the most prolific animal, giving 6-12 piglets in every litter and they are fast growing, attain a body weight of about 68 kg in about 6-8 months time, when they can slaughter. Pig has shortest generation interval among meat producing livestock. Pig products such as pork, bacon, ham, sausages, lord (pig fat) are increasingly in demand both for local consumption and for export. Pig skin used for the manufacture of light leather goods. Pig manure contains Nitrogen: 0.70%, Phosphorus: 0.60% and Potassium: 0.70%. Swine has superior feed conversion power (1: 3-3.5). Swine store fat rapidly. Pigs are prolific and bring quick return. A unit of 10 sows and 1 boar will produce about 160 piglets during the first year. Gilts may be bred between the ages of about 8-9 months furrowing when approximately 13 months old. Piggery enterprise requires moderate investment. Pig has highest dressing percentage (Pig: 65-80%) as compare to cattle (50-60%) and lamb and sheep (45-55%). Pork is the most nutritious meat. Pig is extremely sensitive to unfavorable ration and to careless management. Pigs are very susceptible to numerous diseases and parasites. Sow should required skilled attendants at the time of furrowing.

Introduction

Horses are adapted for run to quickly escape from predator. They possess an excellent sense of balance and strong fight or flight response. Related to this need to flee from predator in the wild is an extraordinary trait. Horses are able to sleep both ways i.e. standing up and lying down. Horses and humans interact in a wide variety of sport competitions and non-competitive recreational pursuit, as well as in working activities such as police work, agricultural, entertainment and therapy. Horses were historically used in warfare, from which a wide variety of riding and driving techniques developed using many different styles of equipments and methods of control. Many products are derived from horses, including meat, milk, hide, hair, bones, and pharmaceuticals extracted from the urine of pregnant mares.

Unit of measurement of Horse is Hand (1 Hand= 4 inch). NRC equine situated at Hissar, Haryana. Mares may give milk up to 18 litres daily. Famous donkey sanctuary situated at Devon in U.K. In India, there are 6 well known distinct breed of horses i.e. Marwari (Origin: Rajasthan), Kathiawari (Origin: Gujrat), Spiti (Origin: Tibet and Himachal Pradesh), Zankari (Origin: Jammu and Kashmir), Manipuri (Origin: Manipur and Assam) and Bhutia (Origin: Sikkim and Darjeeling). Besides these, FAO also recognized 3 more breeds: i.e. Chummarti (Origin: Tibet), Deccani, Sikang.

Introduction

Mithun is to be originated before more than 3000 years ago. Mithuns are found over a large area of southest Asia. This animal’s natural habitat is in the forests of highlands. In addition to meat production, Mithuns are used for sacrificial purposes and also for barter trade. Even today, Mithun is used as a holy sacrificial animal to appease the god by the tribe people. Mithun is a unique bovine species which are situated at limited geographical distribution. It is mainly found in the tropical rain forests of North Eastern hilly states of Arunachal Pradesh, Nagaland, Manipur and Mizoram of India. Mithun is also known as “Cattle of Mountain”. In Indian subcontinents, Mithun is also known as “Gayal” (Bos frontalis). In Myanmar and Bhutan, it is called Mithun, whereas in China, it is called Dulong cattle.

Mithun is a magnificent massive bovine and is presently reared under free range condition in the hill forests at an altitude of 1000 to 3000 m above mean sea level. Mithun plays an important role in the socio-economic and cultural life of the local tribal population. Presently, this animal is mainly reared for meat, which is considered to be more tender and superior over the meat of any other species. Although, Mithun produce less quantity of milk and can be used for preparation of various milk products. Leather obtained from this species has been found to be superior to cattle.

The massive unique beautiful animal is anatomically a physiologically well adapted to high altitude. Mithun is a social animal; they establish small groups usually containing an adult male and several female and juveniles. It is a potential source of delicious meat, and it can also be used for improvement of local, native cattle breeds. Mithun hide has almost three times the size and thickness that of native cattle.

Abstract

The present study was undertaken to analyse factors contributing to participation of rural women in Self Help Groups (SHGs), constraints faced by them and to elicit their opinion to strengthen the role of SHGs. The finding has revealed that, majority of the respondents has suggested that they should be provided with loans and the rate of interest on loans should be less.  Further, they also suggested that instead of existing loan structure from the bank and saving amount within the group must be increased which can be invested on other activities. It was also reasoned that the provision of low interest loan from the banks and purchase of raw materials at cheaper rate can improve the financial status of farm women.

Introduction

Women entrepreneurship in economic development of any nation has been recognised for its significant contribution. The women folk can be considered as backbone of any nation. Now time has come for women empowerment. In rural Odisha, women not only play an important role for agricultural development but also plays significant role in allied agricultural sector such as dairy, fishery, poultry, mushroom production etc. In Indian condition dairy has been considered as “Rural Banking” as it is practiced mostly by majority of the marginal, small and landless farm families for their sustenance and livelihood. The role of rural women for animal husbandry is of paramount importance. In this sector they are managers as well as decision makers. Women do more than 80% dairy operation like cleaning, feeding, milking, marketing of milk and milk products. The state and central government initiate several scheme, programmes and projects for empowerment of women through various micro enterprises including dairy. Against this background a study was undertaken to identify the constraint faced by women entrepreneur in dairy sector in Khordha district of Odisha.

Introduction

The total population of India according to recent estimates in 2015 is 1.28 billion (Anonymous, 2011). The population in the age-group of 15-34 years in India increased from 353 million in 2001 to 430 million in 2011. More than 50 per cent of India’s current population is below the age of 25 years old and over 65 per cent below the age of 35 years old.

The total population of Chhattisgarh State is 25,545,198 of which male and female are 12,832,895 and 12,712,303. Sex ratio is 991 i.e. for each 1000 male, which is above national average of 940. Literacy rate in Chhattisgarh has seen upward trend and is 71.04 per cent (Anonymous, 2011). Out of total population of Chhattisgarh 23.24 per cent people live in urban regions and 76.76 per cent people live in the villages of rural areas.

Women are the most potent segment of the population of a country. The women of today are the hopes of tomorrow. They are the back bone of the country. The socioeconomic development and prosperity of rural areas depends to a considerable extent, on the type of women living in rural areas, because the rural women have abilities to orient themselves to go along the main stream of the development process. They reflect the national potentiality and represent the life blood of a nation. Development of women determines the development of community and country as a whole. So, the future of the country lies in their hands, what they will become, what role they will play in a democratic society and what they will do, will be dependent to a greater extent on the period between their childhood to adulthood.

It has been well established that the biofertilizers are beneficial to plants and are cost-effective inputs for sustainable production system. However, there are some constraints with respect to its production, which are presented below:

10.1 Production constraints

10.1.1 Raw material

Eventhough there are large number of biofertilizer formulations, only few are considered as good carrier materials for biofertilizers such as peat and lignite. Moreover, its availability in India is limited and the quality is lacking for these carrier materials. Hence, a cost effective and locally available material with increased shelf-life is the need of the hour.

10.1.2 Specificity and availability of strains

As the microbial strains used as biofertilizers are specific to soil and agro-ecological conditions, availability of specific strains for the specific host and soil edaphic factors are inadequate.

ABSTRACT

Human resources are one of the most strategic and critical determinants of growth. A country cannot make rapid social and economic advancement unless it has enterprising people with necessary knowledge, skill and attitudes. Entrepreneurship development not only helps individual to become self reliant but also adds to wealth creation process, thereby paving the way to past growth and development of the nation. Rural entrepreneurship is required to capitalize on the opportunities available and to create job, mainly for rural youth and the farm family. In order to achieve this we are promoting mushroom production and processing as an enterprise for rural youths and farm family through their capacity building activities like training, consultancy, forward and backward linkages and to some extent by making available the much required inputs in the initial stages as the scenario of mushroom production in state is far from satisfactory. With the vast opportunities both at the international and national levels lying at the door steps of India, nothing less than a mushroom revolution in the coming decade will help to achieve the targets of nutritional security of people. During last year we have trained 215 farmwomen and youth in mushroom production and processing out of which 110 trainees started producing it at small scale and selling in the local market. Three villages of Patna district have been developed as “mushroom village” namely Sadikpur, Chaknawada and Mahmadpur. A sample of 100 mushroom growers of Patna district was taken for present investigation. All of them agreed that growing mushroom is a beneficial enterprise as it is capable of recycling agricultural wastes and generating employment opportunities. But, they revealed that important constraints in recommended practices of mushroom cultivation are spawn availability, perishable nature and marketing of mushroom in local villages because of poor infrastructural facility and lack of institutional finance available to them. So, in order to encourage mushroom Production at household level in villages, it is required to uplift farmers, initiating new applications, providing them with adequate marketing information and sufficient agri-business finance knowledge. Two of the most important problems in India, unemployment and malnutrition, will be addressed to a larger extent by promoting the cause of mushroom growing and its utilization as health food.

The basic feature of the Pre-British India was a village, which was economically a water-tight compartment fulfilling the three basic functions of economy, i.e., production, distribution and consumption, within the village community without outside world dependence, except the salt and kerosene. Every village was a self-sufficient unit with dependence on agriculture carried out by community people of different castes having the occupational specialization with interdependence, viz. jajmani system and alike.

Developments in the means of communications and the opening of Suez Canal in 1869 introduced fundamental and far-reaching changes in the social system and economic life of Indians by transforming self-sufficient village economy to new modes and means based on competition, market and price mechanism. This change was deliberated by Britishers for meeting the requirement of raw material and the diversification to tea, jute and indigo took place. Cotton also got importance but agriculture did not find place for vegetables. Famines were very common and crop production depended on monsoon rains to the large extent. Britishers developed cotton, jute and mineral trade for their vested interests.

Britishers emphasized the development of railways for better mobility of their troops, commercial crop produce and minerals but the Report of Famine Commission 1901 bitterly criticized the Government for the step-motherly treatment given to irrigation facilities as compared to railways. The irrigation policy of the Government in 19th century was determined purely from concerns for adequate returns on investment and profit was of Rs. 81 lakhs after paying 4% interest on amount invested on irrigation development in 1896-97. Irrigation Commission was established and a sum of Rs. 42 crore was spent on irrigation by 1911. By 1930, about 30 million acres were brought under canal irrigation, which was far larger than the irrigated area in any other country of the world. Even in the USA, the area under canal irrigation was two-third that of India. Vegetables cultivation did not find place in Indian agriculture and also in diet of villagers. Their cultivation remained restricted to the periphery of the urban centres for meeting the demand of upper class elites only.

Solid waste disposal has become Nation’s great concern since after spending more than 50 percent of their budget by Municipalities, they could collect and dispose about 70% of MSW leaving many parts of the municipality unclean every day and residents are not at all satisfied (Sannigrahi, 2016). The Central Pollution Control Board (CPCB) collected data from 299 cities of India on the mode of collection of MSW and found that manual collection comprised 50% while collection using trucks comprised only 49% (CPCB Report, 2000). It is very interesting to note that majority (more than 90%) of MSW are disposed by dumping in unscientific open land filling on outskirts of towns and cities while 10% of collected and 2% of uncollected MSW are burnt in open condition.

With renewed interest in rainfed agriculture during 1970s, both the national (AICRPDA and CRIDA) and international institutions (ICRISAT) have studied several aspects of rainwater management. Recommendations have been made after their through testing both at the research Stations and on farmer’s fields. Initially these technologies were accepted by the farmers because of the pursuation by the Scientists and the incentives, but many of them are forgotten once the support is withdrawn. It is now time for us to examine whether the technologies themselves were weak or certain components were missing malfunctioning of the software may be due to a bug right from the beginning or it entered into the system at a later stage. It is also possible that we neglected certain critical inputs which became major constraints making the system defunct. Whatever the reason it should be identified and set right if the technology has to continue as tool for tackling the challenges of rainfed agriculture.

Main constraints of dry land agriculture to enhance the productivity are classified as follows:

The problems of SHG are many and diversified. The problems vary from place to place and SHG to SHG. Then problems cluster is in relation to economic productivity, overall welfare and livelihood. As we observe since five decades after independence, resistance of people in the state of social, economic, political disempowerment is considered to measure hindrance to overall development. The SHG being a part of society is not an exception to be cited with problem. During investigation the constraints experienced by SHGs members are categorized under five areas namely personal, social, economical, technological and marketing problem. These problem directly and indirectly affects the performance of SHGs. The evidences of past studies and experience in the present context reveal a wide variation in the dimension of the problem.

Empowerment in the women’s development context can be defined as defining, challenging, and overcoming the hurdles in women’s life. She enhances her ability to mould her life, personality, and surrounding environment. The buzzword “empowerment” synchronises with women metaphorically when we think of women empowerment. Such has been the issue and its importance in society today. However, why it matters so much can be attributed to “constraints”. 

Some of the constraints in cashew production in the country which limits the productivity of cashew per unit area

• % Large area under cashew in the country is still covered with non-descript genetically inferior seedling progenies.

• % Cashew is a neglected plantation crop among the farmers and generally grown under neglected condition.

• % The land which is not suitable for other plantation crops only are available to cashew crop. Hence, the land which is available for cashew is usually eroded and degraded with poor soil fertility.

• % Farmers are not fully aware of the latest cashew production technologies due to inadequate transfer of technology.

• % Even if farmers are aware of the latest cashew production technologies, non adoption of recommended package of practices to the extent required.

• % Absence of compact and dwarf high yielding varieties, because of which high density planting cannot be adopted to realize the full potentiality of high density planting technology.

Root harvesting equipment is useful in harvesting root crops such as potatoes, carrots, beets, turnips, onions, sweet potatoes, and other underground crops. These machines are designed to dig, lift, and separate the roots from the soil while minimizing damage to the crops. Root harvesting equipment can vary in size and design depending on the crop being harvested and the scale of the operation. Here’s an overview of the different types of root harvesting equipment and their features:
VARIANTS OF ROOT HARVESTING EQUIPMENT
Potato Harvesters
• Two-Row Potato Harvesters: These machines are designed to harvest two rows of potatoes at a time. They dig up the potatoes from the soil, separate the soil, and lift the potatoes onto a conveyor system for sorting and further processing.
• Single-Row Potato Harvesters: These are typically smaller machines used for smaller fields or specialized crops. They work similarly to two-row harvesters but are designed for single-row efficiency.
• Self-Propelled Potato Harvesters: These are large, fully mechanized machines capable of harvesting large fields. They often come with additional features like sorting tables and storage bins.
• Trailed Potato Harvesters: These harvesters are attached to a tractor and are commonly used for medium to large-scale potato operations. They consist of digging units, separation mechanisms, and conveyors to lift and transport potatoes.

INTRODUCTION
Irrigation equipment plays a crucial role in modern agriculture, ensuring that crops receive an adequate supply of water for optimal growth. These systems have evolved over centuries to meet the growing demands of agricultural production, especially in regions where rainfall is inconsistent or insufficient. The construction of irrigation equipment involves various technologies designed to efficiently distribute water to the land, thereby supporting the health and yield of plants. Different types of irrigation equipment are used depending on factors such as the size of the farm, the type of crops being grown, and the availability of water sources. The most common types of irrigation systems include surface irrigation, sprinkler systems, and drip irrigation. Surface irrigation involves the flow of water across the soil’s surface, often through furrows or basins. Sprinkler systems simulate rainfall by spraying water in a controlled manner, while drip irrigation delivers water directly to the roots of plants through a network of tubes and emitters. Each of these systems is designed to optimize water usage, minimize waste, and increase agricultural efficiency. The function of irrigation equipment goes beyond merely supplying water; it is designed to do so in a way that prevents waterlogging, erosion, and evaporation loss. Properly constructed systems ensure uniform water distribution, reducing the chances of crop damage from over-irrigation or drought stress. In addition to providing water, modern irrigation technologies often incorporate automation and sensors, allowing farmers to monitor and adjust water usage based on realtime conditions. This precision farming approach maximizes resource efficiency, contributes to sustainable agriculture, and helps ensure a stable food supply in

THRESHING EQUIPMENT
A thresher is a machine designed to separate grains from harvested crops while minimizing loss and damage. During threshing, various types of grain loss may occur, such as broken, un-threshed, blown, or spilled grains. “Threshing” refers to the process of separating grains from plants. This operation can take place in the field or on the threshing floor, using hand labor, animals, or machines. Regardless of the method used, it’s crucial that threshing is done carefully to avoid grain or husk breakage, which can lower the quality of the product and increase losses from insects or mold. Extra care should be taken when transporting harvested crops to the threshing area to prevent any loss.
Threshing or Shelling Operations
Threshing or shelling operations occur after harvesting and any pre-drying processes. These tasks can be performed either in the field or at the farm, using hand labor, animals, or machines.
The method of threshing or shelling is influenced by various agronomic, economic, and social factors. It can be done in several ways:
• By hand, using simple tools.
• With the help of animals or vehicles.
• Using manually operated mechanical machines.
• Using motorized equipment for mechanical threshing or shelling.
As noted earlier, harvesting and threshing or shelling can often be done together using combine-harvesters or picker-shellers. Regardless of the system used, it’s essential to handle threshing or shelling with care. Improper methods can cause grain or husk breakage, reducing product quality and leading to higher losses from insects and mold. Additionally,

Complementary DNA (cDNA) is a double stranded DNA which is an exact copy of the mRNA, i.e. it consists of group of molecules possessing the information contained in various mRNAs but with termini equivalent to or related to those produced by restriction endonucleases. The use of cDNA is an absolute prerequisite for the expression of eukaryotic proteins in bacteria.

The important convincing appealing and easily understood method of presenting the statistical data is the use of diagrams and graphs. Diagram makes the comparison of the data but graphs makes the relationship among the data.

Objective: Aggregated figures for merchandise export in India for eight years are as follows

Protected cultivation is an innovative farming approach that involves either naturally ventilated or customized temperature-controlled structures, designed to suit regional weather patterns and the specific needs of cultivated plants. Primarily utilized for vegetables and floriculture, these protected structures create a controlled environment that shields crops from unpredictable climate fluctuations.
This technology grants farmers precise control over crucial factors such as temperature, humidity, light intensity, disease prevention, fertigation, and irrigation, catering to the unique requirements of each crop. Consequently, the practice empowers farmers to enhance profits and achieve a year-round harvest.
GREENHOUSE CONSTRUCTION
Greenhouse construction entails the strategic design and assembly of a structure that offers a controlled environment for optimal plant growth. The framework is typically built using materials such as aluminum, steel, or treated wood, while the covering may consist of polyethylene film, polycarbonate sheets, or glass—each selected for its durability and light-transmitting properties.
Critical aspects of greenhouse construction include selecting an appropriate site, proper orientation for maximum sunlight exposure, establishing a stable foundation, and ensuring efficient framing and cladding. The overall objective is to enhance light penetration, maintain suitable temperature and humidity levels, and ensure adequate ventilation to support healthy and productive crop development.

8.1 Introduction

After deciding the optimum size of farm pond and its dimensions, the next step begins the construction of farm pond. Further the site selection and location of the pond in the selected site to be finished before the construction of pond starts. The selection of site and location of farm pond areas have been discussed in Chapter 3. In this chapter, discussion on methodologies for construction of farm pond including spillways, inlet and outlet structures, design of grassed waterways and embankment have been presented. As a guiding principle, the construction of farm pond involves the following steps:

8.2 Site Clearing

The area where the pond is to be constructed has to be inspected first. The site where pond has to be dug out should be cleared to an extent of about 10 m from all sides of top dimensions of the pond. All bushes, shrubs, stumps and other unwanted materials should be dug out and removed. If there are roots of plants, they should be uprooted. The land may be ploughed and harrowed, if necessary, to get a more or less even topography.

Frequency Distribution is the arrangement of various values of a variable in order of magnitude either individually or in groups alongwith their corresponding frequencies or class frequencies. Frequency distribution is necessary for data condensation and revealing pattern within the data. Frequency distribution can be (i) Ungrouped Frequency Distribution (ii) Grouped frequency distribution.

In case ofungrouped frequency distribution, the individual values ofthe variable are arranged in ascending order alongwith their frequencies. Frequency is the number of times a particular observation is repeated.

In case of grouped frequency distribution, the values of variable are grouped into classes alongwith their corresponding class frequencies. Class frequency of a class is the number of observations lying within the upper class limit (maximum value) and lower class limit (minimum value) of the class.

Let us first illustrate the preparation of ungrouped frequency distribution. Consider 50 petridishes each containing 6 no.s of seeds for germination. Let the variable x_i denote the no. of seeds germinated in a petridish.

Frequency Distribution: A tabular presentation of the data in which the fre- quencies of values of a variable are given along with them is called a frequen- cy distribution. Two types of frequency distribution are available

1. Discrete Frequency Distribution or Ungrouped Frequency Distribution
2. Continuous Frequency Distribution or Grouped Frequency Distribution

Objective (a): Prepare a discrete frequency distribution from the following sentence in English: “Today there is hardly a phase of Endeavour which does not find statistical devices at least occasionally useful.”

Theory: This problem relates to discrete frequency distribution i. e. a frequency distribution which is formed by distinct values of a discrete or continuous variable.

Exchange of genetic material rarely occurs between unreleated organisms and even similar species may not exchange chromosomal genes. A certain degree of DNA sequence homology is a prerequisite for genetic recombination in vivo. However, recombination between DNA molecules in vitro is not subject to such taxonomic restrictions.

Pie charts are useful to compare different parts of a whole amount. They are often used to present financial information. E.g. A farmer’s expenditure on farm can be shown to be the sum of its parts including different expense cate- gories such as cultivation, irrigation, sowing, harvesting, and general running costs (i.e. rent, electricity, fuel etc).

A pie chart is a circular chart in which the circle is divided into sectors. Each sector visually represents an item in a data set to match the amount of the item as a percentage or fraction of the total data set.

The design and structure of a warehouse should facilitate proper ventilation, temperature control, and protection from pests. This includes features like smooth floors, durable walls, and proper drainage systems to prevent water accumulation. The warehouse should also be insulated to protect stored goods from extreme temperatures and humidity fluctuations.
Regular maintenance is essential to keep the warehouse in good condition. This involves routine checks for structural integrity, such as inspecting for cracks, leaks, or signs of pest infestation. Equipment like ventilation fans, conveyors, and lighting should be regularly serviced to ensure optimal functioning.
Sanitation and hygiene are equally important in preventing contamination and pest issues. The warehouse should be thoroughly cleaned to remove any dust, dirt, or residues that could harbor pests or mold. All surfaces, including walls, floors, and storage bins, should be disinfected regularly. Proper waste disposal systems should be in place, and areas where food products are stored should be kept free from garbage or organic waste that could attract pests. Ensuring a clean and well-maintained warehouse helps preserve the quality and safety of stored goods.
SELECTION OF STORAGE TYPE
Some basic Guildelins or Principles are Given as Follows:
ROUND OR RECTANGULAR STORAGE
In terms of structural cost per tonne of storage, round storage buildings are generally more cost-effective than rectangular ones. The reasons for this are straightforward:

Consumer Behaviour / Buyers Behaviour

Marketing management can succeed easily and smoothly of the behaviour of present & potential consumers are understood properly. Marketing success or failure depends on target customers individual and group reactions. The individual buyer behaves in a different design and pattern depending upon the internal & external marketing environment. The individual attitude & motivation along with economic conditions influence the consumers to behave in a certain fashion. The consumer behaviour is primarily understood in the content of consumption goods. The factors influencing their behaviours are demographic, economic, sociological, cultural and psychological.
The aim of marketing is to need and satisfy target customers needs & wants. The field of consumer behaviour studies how individuals, groups and organizations select, buy, use & dispose of goods, services, ideas or experiences to satisfy their needs and desires.