eChapters

Family : Dilleniaceae

Flowering: May- June

Fruiting: September-February

Botanical Description: The plant is a moderate sized evergreen tree growing up to 15m tall. The leaves are deep green in colour, oblong to lanceolate and 15-36 cm in long. The flowers are white, large, up to 5 inches across. The fruit is rounded, 5-12 cm in diameter aggregate of 15 carpels with each carpel containing 5 seeds embedded in the pulp.

Family : Dioscoreaceae

Flowering & Fruiting: Throughout the year

Botanical description: The plant is a vigorous, perennial, climbing plant, producing annual stems up to 15 metres long from a very large tuberous rootstock. Tubers of the plant are one to several, polymorphic, variously branched or lobed and hairy with small rootlets. The stems scramble over the ground, or twine into the surrounding vegetation. The stem is quadrangular, winged, and twines right-handed. Leaves are opposite, 7-18 x 4-10 cm, broadly ovate, base cordate with acuminate apex. Flowers are laxly arranged, sessile with 1-1.5 mm long and ovate bracts and fleshy tepals.

Family : Dioscoreaceae

Flowering & Fruiting: September-October

Botanical description: Aerial yam is a glabrous-leafed, non-spiny, perennial climbing plant producing annual stems up to 10 metres long from a woody, tuberous rootstock. These stems scramble over the ground, or twine into the surrounding vegetation. The stems twine left-handed and produce aerial axillary bulbils. The plant produces tubers; however the bulbils which grow at the base of its leaves are more important food products. They are about the size of potatoes (hence the name air potato) weighing from 0.5 to 2 kg. The flowers are whitish or pinkish in colour.

Family : Dioscoreaceae

Flowering & Fruiting: August-October

Botanical description: Stem twining to the left, terete, tomentose. Leaves 3-foliolate, palmately divided into 3-5 subequal leaflets, broadly ovate, oblique at base, abruptly acuminate; petiole 15-18 cm long. Spikes are 30 cm long, densely tomentose, distantly flowered fascicles at nodes on long peduncle. Female flowers sessile; bracts 4 mm long, ovate; tepals 2 x 1 mm, oblong, acute, hairy. Capsule 25 x 15 mm, oblong, tomentose. Male flowers not seen.

Family : Dioscoreaceae

Flowering & Fruiting: July-December

Botanical description: The plant is a perennial climbing plant. Tubers are irregular, usually long ovoid, transverse section white when fresh, becoming brown. Roots fibrous. Leaves are compound, palmately divided into 3-5 leaflets, and alternately arranged on the twining stems. Male flowers are nearly stalkless and Female spikes are simple or branched. Capsules are thinly leathery, sparsely hairy and turns black at maturity.

Family : Ebenaceae

Flowering: March-April

Fruiting: March-April (Next Year)

Botanical Description: The plant is an evergreen tree with a spreading crown. It can grow up to 37 m tall, with a trunk girth of 2 m. The bark is black, smooth, and the inner bark turns bluish on exposure to sunlight. Leaves are oblong and glossy. The male flowers are formed in 3-5 flowered cymes in leaf axils. Female flowers are solitary. Fruits are round, up to 3.5 cm in diameter, yellow when ripe with a juicy pulp.

Family : Ebenaceae

Flowering: April-May

Fruiting: (Next Year) March-April

Botanical Description: The plant is a medium-sized tree growing up to 25 m, height and 1.9 m girth. The bark is black in colour, peeling in rectangular scales, which is an identifying feature. The leaves are eliptic-oblong, opposite or alternate, leathery, up to 35 cm long, velvety on both sides when young, becoming smooth above when fully grown. Male flowers are mauve in colour, sessile or nearly sessile in short peduncles, mostly 3-flowered. Female flowers mauve, mostly extra-axillary or sometimes solitary, axillary, opposite to each other, larger than the male flowers. Fruits olive green in colour, ovoid or globose 3-4 cm across, 1-8 seeded berries. Seeds are compressed, oblong and shiny.

Family : Moraceae

Flowering: Round the year

Fruiting April - June

Botanical Description: The tree is very large, growing up to 30 m tall, with many aerial roots that develop in to new trunks, so that the tree goes on spreading laterally. Indefinitely a single tree can cover a very wide area. The leaves are leathery, entire, ovate or elliptic, which grow up to 20-30 cm long with prominent lateral veins. The fruits are 1 to 2 cm in diameter, rounded in shape, without stalks arranged in pairs at leaf axils and it changes to bright red colour when ripens. The plant flowers round the year and bears fruits during April-June.

Family : Moraceae

Flowering: March-June

Fruiting June-July

Botanical Description: It is a large sized tree with few short areal roots. Leaves are ovate or elliptic with 7-20×3.5-9 cm in size. The most distinctive aspect of this tree is the red, furry figs in short clusters, that grows directly out of the trunk of tree. The figs do carry hundred of flowers in it.

Family : Rutaceae

Flowering: February-April

Fruiting: November-January

Botanical Description: The plant is an erect, slow-growing tree with a few upward-reaching branches. The bark is ridged, fissured and scaly with sharp spines. The leaves are alternate, 3 to 5 in long, dark-green in colour, leathery, often minutely toothed, blunt or notched at the apex, are dotted with oil glands and slightly lemon-scented when crushed. Flowers are greenish or reddish in colour, 1/2in across, are borne in small, loose, terminal or lateral panicles. The tree is mostly known for its hard woody fruit, size of a tennis ball, round to oval in shape. The pulp is brown, odorous, resinous, acid or sweetish, with numerous small, white seeds scattered through it.

Family : Sapotaceae

Flowering: February-April

Fruiting: May-July

Botanical Description: The plant is a large or moderate-sized tree, smooth and brown bark with pubescent or tomentose branchlets. The leaves are clustered near the ends of the branches, elliptic, oblong or ovate and acuminate. The flowers are cream coloured, fleshy, on rusty tomentose pedicel and clustered at the end of the usually leafless branches. The fruits are fleshy, green berries, quite large and containing from one to four shiny, brown seeds.

Family : Sapotaceae

Flowering: November-January

Fruiting: March-June

Botanical Description: The plant is a tree growing up to 3-12 m tall, with gray bark and smooth branchlets. The leaves are alternately arranged often closely clustered towards the end of branchlets, obovate to obovate-elliptic leaf blade with 0.8-2 cm leaf-stalks. Flowers are white or light yellow in colour, about 4 mm in size and arise in fascicles in leaf axils. Berry is oblong to ellipsoid, 1- 2 seeded and yellow when ripe.

Family : Cucurbitaceae

Flowering: August-September

Fruiting: September-November

Botanical Description: The plant is a large perennial climber which grows up to 3-5 m. The leaves are simple, alternately arranged, ovate and 3-5 lobed. The flowers are yellow, 4-6 cm across, solitary on axillary stalks. Fruit is an ellipsoid, 3-6 cm long, densely covered with soft spines.

Family : Musaceae

Flowering & Fruiting: Most parts of the year

Botanical description: Banana is a tropical small size tree, with large leaves which overlapping bases from the trunk. The leaves are oblong and 1.2-1.5 m in length. The stem reaches a height of about 10-30 feet. Flower develops from the centre of the crown. Only female flowers develop into a banana fruit that varies in length from 4 to12 inches. Each banana plant bears fruits only once. The plant bears flowers and fruits in most parts of the year.

Family: Nelumbonaceae

Flowering & Fruiting: July-December

Botanical description: It is a perennial aquatic plant, growing from a tuberous rootstock lying in mud at the bottom of water bodies, lakes and ponds. The plant produces large leaves which float on the surface of the water. Leaves are large, simple, glabrous, solitary, beset with scattered hard minute papillae and rounded in shape and covered with a network of microscopic hairs. Flowers are large, pink or white in colour with expanding and emerging above water. Fruit is 1-2 cm across with flat-topped seed pod divided into compartments. Seeds globose, 1 mm across and brown in colour

Family : Nymphaeaceae

Flowering: Throughout year

Fruiting: Throughout year

Botanical description: It is an aquatic perennial herb, having erect perennial root stocks that anchor it to the mud in the bottom of the water bodies. Leaves vary from being elliptic-oval to almost circular 15-26 cm across, fine hairs on upper side and always remain at floating stage. Flowers are mostly white, occasionally pink or red reaching up to 15 cm in diameter.

Family : Arecaceae

Flowering: February-March

Fruiting: April-May

Botanical Description: The plant is a moderate sized dioecious tree which grows up to 4-10 m. in height and 30 cm diameter with a large crown and rough trunk covered with persistent leaf bases. The leaves are 3 m. long, gently recurved on 1 m petioles with spines near the base. The leaf crown grows to 5 m wide and 7-10 m tall containing up to 100 leaves. The inflorescence grows upto 1 m with white flowers. The single seeded fruit ripens to orange-yellow.

Family : Phyllanthaceae

Flowering: May-June

Fruiting: June-September

Botanical Description: The plant is a small deciduous tree reaching about 25-30 ft in height. Leaves are compound, 14-25 inches long, crowded at the ends of the branches leaflets 2-3.5 inches long, alternately arranged along the rachis, ovate or obliquely ovate, acute with rounded or wedge-shaped base. Flowers are very minute, in short dense spike-like clusters arising from nodules along the branches. Fruit is pendulous, in small clusters from the branches, round or slightly flattened at the poles, with shallow or deep ribs (usually 5) 0.75 inch across.

Family : Phyllanthaceae

Flowering: March-May

Fruiting: November-February

Botanical Description: The plant is a small to medium sized deciduous tree, reaching 8 to 18 m in height. It is known for its edible fruits of the same name. The tree has crooked trunk and spreading branches. The leaves are simple, nearly stalkless and closely set along slender branchlets. The leaves are often mistaken for leaflets of pinnate leaves. The flowers are small, greenish-yellow or pinkish, having six segments, but no real petals. The fruit is nearly spherical, light greenish yellow, quite smooth and hard on appearance, with 6 vertical stripes or furrows.

Family : Mimosaceae

Flowering: January-March

Fruiting: April-June

Botanical Description: The plant is a large, nearly evergreen perennial tree that grows up to 20 m or more in height. It has a broad crown, up to 30 m across, and a short trunk, up to 1 m thick. Leaves are deciduous but foliage is persistent, as the new leaves appear while the old ones are being shed, so that the tree looks like an evergreen. Flowers yellowish-white in colour and are borne in small spherical glomerules of about 1 cm in diameter, forming short axillary panicles of 5-30 cm in length. Pods are greenish-brown to red or pinkish, rather thin with 10-15 cm long with irregular shape and flattened. There are about 10 seeds per pod, shining black in a white pulpy aril.

Family : Myrtaceae

Flowering: April-May

Fruiting: July-August

Botanical description: The plant is an evergreen tropical tree, 50 to 100 ft. tall, with oblong opposite leaves that are smooth, glossy and having a terpentine smell. It has fragrant white flowers in branched clusters at stem tips and purplish-black oval edible berries. The leaves are antibacterial, and are used for strengthning the teeth and gums. The fruit is ellipsoid or oblong, variable in size and shape, usually up to 2.5 cm long, black, shining and juicy when fully ripe. Seeds always one, with thick rounded fleshy cotyledons, closely appressed on their inner faces.

Family : Lythraceae

Flowering: August-September

Fruiting: November-December

Botanical description: The water chestnut is an annual aquatic herb with a rosette of floating leaves and submerged, anchored into the mud by very fine roots. It has two types of leaves, finely divided, feather-like submerged leaves borne along the length of the stem, and undivided floating leaves borne in a rosette at the water’s surface. The floating leaves have saw-tooth edges and are ovoid or triangular in shape, 2-3 cm long, on inflated leaf-stalks 5-9 cm long, which provide added buoyancy for the leafy portion. Flowers are white in colour, with Four petals and are borne for a long period. The fruit is a nut with barbed spines. Seeds can remain viable up to 12 years, although most germinate within the first two years.

Family : Rhamnaceae

Flowering: July-September

Fruiting: October-January

Botanical Description: Jackal Jujube is a very thorny straggling shrub with rusty-velvety young branches with paired thorns. Thorns are, one straight and the other recurved. Alternately arranged simple leaves are ovate to ovatelancelike, often oblique, with three prominent nerves and numerous transverse nervules. Tiny green flowers are borne in nearly stalkless velvety cymes in leaf axils. Fruits are spherical or obovoid drupes, black, shining, seeds woody.

Histology

Cell: Structural and functional unit of an organism

M. Schleiden & Theodor Schwan – proposed cell theory

- All living being made up of cell

Tissue: Group of cell and their extracellular product organized to perform a particular function

M. Malpighii – Father of histology

Partitioning of Energy in Livestock

Energy Partitioning

Partitioning of energy involves loss and distribution of feed energy into different body functions.

Gross energy is calculated from the heat produced when a sample of feed or feces is subjected to complete combustion in a bomb calorimeter under a pressurized oxygen atmosphere.

Apparent digestible energy is the difference between the gross energy of the feed consumed and the gross energy of the feces excreted. Digestion is accompanied by the production of gases in both fore- and hindgut and by the urinary excretion of metabolites.

Metabolizable energy is the difference between digestible energy and energy lost to gases and urine. Metabolic processes and physical activity produce heat (heat of production) which may warm the animal in cold weather. In hot weather, energy may be required to expel excess heat of production, through panting and increased respiratory rate.

Net energy is the remaining energy available for maintenance, reproduction and production. The diagram on the left illustrates energy partitioning for a particular cow near the end of her lactation. Energetic efficiency of this cow is about 29%, expressed as output in the form of milk, gain and fetal growth divided by gross energy input. Although their energy requirements are significantly greater, higher producing cows are also more energetically efficient.

1665 Robert Hooke had successfully invented the microscope. Because of this discovery, Robert Hooke was the first one to have a close look of a cell appears to be. His description of these cells was published in Micrographia. However, the cell walls observed by Hooke gave no indication of the nucleus and other organelles found in most living cells.

1674 Anton van Leeuwenhoek witnessed a live cell (plant) under a microscope.

1775 Antoine Lavoisier first proposed a mechanism for photosynthesis, a process wherein plants plants take in carbon dioxide and release oxygen. Lavoisier was also the first to investigate cell respiration in animals.

1777-83 Chemistry became dominated by the phlogiston theory, or the hypothetical principle of fire wherein all the combustible material was part composed. In this principle, burning (oxidation) was caused by liberating phlogiston, with ash as the dephlogistigated substance.

1836 The proponent of the cell theory in Biology, Theodore Schwann, proposed that the process of fermentation is solely limited to living yeast cells in 1836. Liebig did not agree to this and instead, he proposed another alternative theory of fermentation.

1856 Louis Pasteur opposed Liebig’s chemical theory. In his experiment, he showed that fermentation depends highly on the physiological functions that occur in bacteria and in living yeast cells. This work of Pasteur in 1856 received general recognition.

1860s The view on the chemistry of life highly different from the chemistry of nonliving things. During this period, the view is that the gelatinous and homogenous form of matter in organisms or more commonly known as the protoplasm carries out all the intracellular processes. These include respiration, biosynthesis of molecules, and the breakdown of matter.

Animal Biotechnology

Biotechnology is defined as “the application of biological organisms, systems or processes to manufacturing and service industries” (Coombs, 1984).

It is also defined as “the application of scientific and engineering principles to the processing of materials by biological agents to produce goods and services” (Coleman, 1986).

Animalbiotechnologyis the application of scientific and engineeringprinciples to the processing or production of materials by animals to provide goods and services to human kind.

Farming System of India

Based on how income is derived from a farming enterprise: Specialized farming, diversified farming and mixed farming.

Based on mode of ownership and organization of farms: Individually owned, co-operative farming and collective farming

Based on scale of operations: Small scale farming and Large scale farming.

Embry Transfer Technology (ETT)

Definition: The process of removing one or more embryos from the reproductive tract of a donor female and transferring them to one or more recipient females.

General Terminologies in Livestock Production

Meat is considered as well balanced diet because it is good source of macro and micro nutrients.

Macronutrients-required in large quantity in body i.e proteins, fat and carbohydrates.

Micronutrients-required in lesser quantity by human body i.e vitamins, minerals and fibers.

Organ meat like liver is a good source of glycogen, viatm-A, B1 and nicotinic acid.

Fresh meat is unprocessed.

Raw meat is a fresh meat undergone chilling and freezing.

Refrigeration and rapid cooling can delay the onset of rigor mortis

Foot-and-Mouth Disease

Loeffler and Frosch in 1897. Apthovirus of Picornaviridae. Strain O, A, C, Asia-1, SAT-1, 2, 3.

Cattle as Indicator host, Pig as amplifier, Sheep as maintenance host.

Musculature of heart in calves will have striped appearance termed as TIGER HEART.

Panting is common feature or sequel following FMD due to disturb endocrine function.

Preferred cell line for virus isolation in BHK-21.

Our general environment is loaded with tiny invisible living things that influence us consistently. Microbiology is a specialized area of science that deals with living things typicallytoo little to be seen without magnification. Suchmicroscopic life forms are collectively referred to as microorganisms. Microbial kingdom incorporates the study of bacteria, rickettsiae, viruses, fungi, algae and protozo a. Virology the study of viruses, mycology study of fungi and protozoology deals with protozoa.Credit for prologue to microbial world goes to ‘Antony van Leeuwenhoek’ and to vistas of microbial activities to ‘Louis Pasteur’ and ‘Robert Koch’. This period is reffered as the “Golden Era” of microbiology on account of the significant discoveries viz: microbial fermentations, discovery of various disease-causing agents, microbes’ cultivations, differences in metabolic activities, development of attenuated strains and their use as immunoprophylactic agents. The techniques used to study bacteria and different microorganisms embody direct microscopic examination, cultivation, biochemical tests, animal inoculation, serological reactivity and recent molecular biological techniques.Definitive evidence for the cause of a given infection is established by Koch that are still used to this day to definitively prove that a microorganism causes a particular disease. Koch’s four postulates are:

Parasite- The word parasite is derived from the Greek. Para- beside and sitos- food. Parasites are those living organism which reside on or inside the body of some other species of living organism.

Host- Those organisms which provide food shelter and conducive environment to parasite for their growth, development and reproduction. e.g. Tape worm in small intestine of man and animals.

Disease = dis + aise (see + ease) old French word

Transmission- Movement of biological agents (Virus, Bacteria, Rickettsial, Fungi & Parasites) from one place to another place via vector or vehicle/ tools

Vector- Latin word- bearer

Vector is a living organism (usually an arthropod) which transfers infective forms of a parasite from one host to the other.

Chemotherapy

Chemotherapy is branch of pharmacology that deals with study of chemical substance intended to kills or inhibits the growth of invading microorganism or foreign cell without harm to host cells. Paul Ehrlich coined the term chemotherapy and is known as father of chemotherapy. Gerhard Johannes Paul Domagk discovered sulphonamide (sulfonamidochrysoidine). First commercially available sulphonamide marketed in the form of Prontosil dye, for which he received the 1939 Nobel Prize in Physiology or Medicine. SelmanAbraham Waksman discover streptomycin and several other antibiotics from soil actinomycetes and actinomycetes is called treasurer house of antibiotics.

α-lactam antibiotics- includes penicillins, cephalosporins, carbapenems, monobectum and beta-lactamase inhibitors. It inhibits bacterial cell wall synthesis due to inhibition of transpeptidation reaction thus inhibits peptidoglycan synthesis. Penicillins contain 6-animopenicillanic acid (((lactam ring + thiazolidine ring) eg. natural penicillins, beta-lactamase-resistant agents, aminopenicillins, carboxypenicillins, and ureidopenicillins. Discovery of penicillin was done by Alexender fleming from penicillium mold in 1928 from Penicillium notatum. Now a day’s Penicillium chrysogenum mold is a major source of penicillin production. Benzathine penicillin G is a repository salt of penicillin. Probenicid competitively inhibit renal tubular secretion of penicillin and increase the half- life of penicillin. Procaine penicillin G should not administer by i.v. route due to adversely affect the cardiac conducting system. Beta-lactamses inhibitors are calvulenic acid (Streptomyces clavuligerus), salbactum, tazobactam. They are called suicidal /progressive inhibitors. Main adverse effect associate with penicillin is immediate type of hypersensitivity reaction due to Antigen+ IgE antibody reaction.

Veterinary physiology deals with the study of normal functions of animal systems. It includes the study of how animals work and the physical and chemical processes that occur within animals. The examples of various biological processes in animals include gas exchange, blood and circulation, osmoregulation, digestion, nervous and muscle systems, respiration, growth, reproduction, endocrine function and how animals behave and function in different environmental conditions. This also includes the possible manipulation of the reproductive processes by means of hormone manipulation techniques for more efficient livestock and poultry production.

Zoonoses

Zoonoses are those diseases and infections which are transmitted between vertebrate animals and humans under natural conditions. The emergence of a pathogen into a new host species is called disease invasion or “disease emergence”.

Anthrax is a notifiable disease and primarily occurs in herbivores but it is a type of bio-terrorism agent and called as malignant pustule, malignant edema, woolsorters disease, ragpickers disease, maladi charbon, splenic fever etc. Causative agent is Bacillus anthracis contains vegetative spore and lethal dose is 2,500 to 55,000 spores.

Brucellosis is one of the world’s most widespread zoonoses caused by the genus Brucella. In human it is called Malta fever, Undulant fever, Mediterranean fever, Rock Fever of Gibraltar and Gastric Fever while in animals it is called Bang’s disease, Enzootic abortion, Epizootic abortion, Slinking of calves, Ram epididymitis and Contagious abortion etc. it is also called occupational disease.

Leptospirosis is a disease of animal sand humanbeings caused by genus Leptospira and called as Weil’s syndrome, Canicola fever, Canefield fever, 7-day fever, Rat Catcher’s Yellows, Autumn fever, black jaundice). Fletcher’s EMJH media is used to culture the organism.

Pathology is derived from Greek word (Pathos=disease + logos=study). It is study of structure and function of body in disease.

Veterinary Pathology is the study of anatomical, chemical and physiological alterations in comparison to normal due to disease in animals. Pathology has responsibility to forms a vital bridge between preclinical sciences (Anatomy, Physiology, Biochemistry) and clinical branches of medicine and surgery.

General Pathology deals with the basic alterations of tissues as a result of disease. e.g. fatty changes, thrombosis, amyloidosis, embolism, necrosis etc.

Systemic Pathology is related to the alterations in tissues/organs of a particular system. e.g. respiratory system, genital system etc.

Special Pathology is the application of the basic reactions of gene general pathology to various specific diseases.

Gross or Macroscopic Pathology is the examination of tissue without the help of a microscope.

Veterinary surgery: The surgery which is practiced on animals. It deals with the treatment of deformities, injuries, or disease conditions by manipulation with the hands. The term “Surgery” is derived from a Greek word – Chirurgia (Cheir – Hand, Ergon – work).

The papyri of Egypt contained information on treatment of fractures and superficial wounds.

In Vedic era, Salihotra and Palakapya were the greatest ancient Indian veterinarians. Salihotra treated horses and Palakaya elephants.

“Susruta Samhita’ is the earliest known work dealing with the medical science especially surgery.

Hobday wrote first comprehensive text on surgical diseases of the dog and cat.

The theory and practice of asepsis was introduced by Joseph Lister.

W.S. Halsted introduced the principles of surgery and use of rubber gloves.

History of Genetics

Lamarck (1744-1829): Proposed theory of “Inheritance of acquired characters”.

Charles Robert Darwin (1809-1882): published his classic book “Origin of Species” in 1859 and proposed theory of evolution and survival of the fittest.

Johann Greger Mendel : Gave laws of heredity in 1866 and is considered as Father of Genetics.

W. Flemming: The term mitosis was first used by Fleming in 1882.

W. Waldeyer: Coined the term “Chromosome” in 1888.

August Weisman: Gave the “Theory of Germplasm” in 1889.

Abstract

Political participation of women, on equal terms with men, at all levels of decision-making is essential to achieve the principles of equality, sustainable development, peace and prosperity. Participation is a development approach, which comprises the involvement of disadvantage segments of population in the design and implementation of policies concerning their wellbeing. To achieve gender equality by 2030 requires urgent action to eliminate the many root causes of discrimination that still curtail women’s rights in private and public spheres. Discriminatory laws need to be changed and legislation adopted to proactively advance equality. 49 countries still lack laws protecting women from domestic violence, while 39 bar equal inheritance rights for daughters and sons. Based on data from 87 countries, 1 in 5 women and girls under the age of 50 will have experienced physical and/or sexual violence by an intimate partner within the last 12 months. International efforts through UN are being encouraged throughout the world but are constrained by lack of national policy, cultural factors, social factors, religious factors, economical factors and role of gender base patriarchy. Secular and sustainable democracy prevails only when women experience benefits equally with their male counterparts. Creating adequate space in politics for women participation is essential to sustain real democracy and oblige mothers, wives, daughters and sisters and Gender Responsive Governance is the best strategy for this which embodies measures, attitudes and practices of different stakeholders, both men and women, at different levels of governance with a clear purpose to impact issues that foster women’s empowerment and promote gender equity and social justice. It is a process that promotes and sustains the ability of women to fully participate in the governance and development process, enhances their ability to raise critical questions about inequality and violence against them without fear and pressure.

Abstract

World Economic forum (WEF) which evaluated 149 countries on four parameters including economic participation and opportunity, educational attainment, health and survival, and political empowerment, said that it would take 108 years to close the overall gender gap. That means the economic opportunity gap-based on participation, pay and advancement in the workforce-remains the area that is going to take the longest time to close. Globally, women are paid less than men. Women in most countries earn on average only 60 to 75 per cent of men’s wages. Contributing factors include the fact that women are more likely to be wage workers and unpaid family workers; that women are more likely to engage in low-productivity activities and to work in the informal sector, with less mobility to the formal sector than men. India’s inequality crisis hurts girls and women the most. An Oxfam report on inequality published in January 2019 revealed that in the workplace, women still receive 34% less wages than their male counterparts for the same work. In J&K, incidences of domestic violence, dowry, etc are rampant. State Women Commission J&K receives 1600-1700 domestic violence cases every year, majority cases being from the Kashmir Valley. Men’s silence, insensitivity and indifferences with regards to gender equality practices need to be the focus theme of the time. The fight for gender equality cannot be fought by women alone. Men have a key role to play in demanding and supporting this societal shift by being a part of the movement.

Keywords: Women empowerment, global perspectives, Indian perspectives, way forward.

Abstract

Women empowerment means capacity of womenfolk to participate as equal partners in cultural, social, economic and political systems with much appreciated and gladly accepted by the society. Acceptance of unequal gender norms by women are still persisting in the society. Moreover, ignorance prevails in rural areas and subordination to men is considered as god-will by the womenfolk. Food, health and education are prioritized to boys and girls’ destiny is linked to surplus resource of the family if any, available. Gender inequality exists in every nation on the planet. Women’s disempowerment is all over the world, comprising countries of east and west so empowerment of women has become one of the most important concerns of 21st century’s world. More than one third of the world’s adults, most of them women, have no access to printed knowledge, to new skills or to technologies that would improve the quality of their lives and help them shape and adapt to social and economic change. There are 130 million children who are not enrolled in primary school and 70 per cent of them are girls. Women and girls around the world are more likely to live in poverty due to discriminatory and unjust economic policies, pervasive gender inequality, war and instability and climate change. Human society has to work for sexual and reproductive health and rights, freedom from violence, economic justice, and leadership as these are the critical building blocks for women’s rights. When a woman has these rights, she can be strong, safe, powerful, and heard. Cultural and religious factors are hurdles to women empowerment so the greatest need of the hour is to change the social attitude towards women. There is need to envision a world where all women, girls, and trans people have a voice and choice in the work they do. They are paid equal wages in safe and secure workplaces and they have access to justice and rights. Strengthening women’s leadership should be priority area because it is an integral part of social perception towards women status. The future of women’s human rights depends on a strong pipeline of diverse young women leaders, as well as on creating opportunities for leaders from different generations and movements to learn from each other. Long lists of international and national initiatives are available on the websites of various governments and United Nations but the tangible results are still awaited mainly because of poor/ half heartedly implementation.

Abstract

Beekeeping or modern apiculture is the art and science of rearing, breeding and managing honey bee colonies in artificial hives for economic benefits. Beekeeping has evolved into a farming enterprise that involves the use of sophisticated and artificial techniques to keep honey bees for bee products. It is estimated that beekeeping is practiced in about four lakh villages and provide employment to over 3.50 lakh persons. The existing vegetation wealth of India can sustain six million bee colonies which would produce six lakh metric tonnes of honey besides generating part time employment to more than 15 million rural and tribal households. Rural women have long working hours, spent on food production and processing and/or waged labour, in addition to family care and domestic duties. However, beekeeping represents one opportunity for income generation which need not be time consuming and can fit in well with women’s priority activities. Population, female (% of total) in India was reported at 48.18 % in 2017, according to the World Bank collection of development indicators. Rural population (% of total population) was reported at 66.46 % (83.3 crore) in 2017 as compared to urban population (37.7 crore). There are fewer women than men beekeepers, but women beekeepers are found throughout the developing countries of every continent. Participation of rural women and youth in beekeeping activities provides a unique opportunity to improve rural livelihood and hence poverty reduction. Beekeeping as an agro-industry presents tremendous potential and requires attention on part of planners, policy makers, development agencies and researchers on the one hand and wider publicity about the commercial and scientific uses of beekeeping products on the other. In order to increase income accrued from beekeeping activities, promoting and support of training on processing of secondary bee products to women and youth beekeepers are important. Stakeholder’s involvement in promoting and support beekeeping awareness campaigns is crucial to enhance the contribution of the sector for livelihood improvement and environmental conservation.

Abstract

Gender Budgeting was first introduced in 1985 and is being implemented globally by more than 50 countries to ensure gender equality goals. India took initial steps towards analysing the gender gap through “Towards Equality” a Report of the Committee on the Status of Women by the Government of India in 1974. Gender based resource allocation in the country was seen from 1990s onwards in the Eighth Five Year Plan (1992-97) when for the first time gender perspective and the need to ensure definite flow of funds from general developmental sectors to women was emphasised upon. Women constitute 49% of human population in India so it is extremely important that the untapped gender potential is recognized, reorganised and utilized efficiently & effectively to attain a leading position in S&T sector. India has expanded her R&D base immensely since the turn of the 21^st century. Consequently there has been 10 times enhancement in enrolment of women in S&T disciplines in institutions of higher education since 1989-90. Department of Science and Technology has taken many steps in recent past to strengthen the ecosystem to empower women in S&T domain, particularly by enabling over 4000 of them who had a break in career, primarily due to familial responsibilities, to make a dignified comeback. Several Role Models, who have shown their mettle and made a mark in the chosen field, are emerging and engaging & encouraging the young, Gen Next girls.

Woman is an incarnation of ‘Shakti’the Goddess of Power. If she is bestowed with education, world’s strength will double. Let the campaign of ‘Kanya Kelavni’ be spread in every home; let the lamp of educating daughters be lit up in every heart across the regions and religions of the world.

Abstract

Globalization defines a new process of economic integration which is fuelled by neoliberal ideals claiming that an unregulated market economy maximizes economic efficiency and growth. Concept of equability and women empowerment provides durable strength and sustainable development to the programs aimed at promotion of commerce and trade through globalization. The post 2015 Development Agenda have not done much to address the large inequalities and discrimination against women. Global initiatives designed to benefit the daily lives of women and girls not being implemented effectively. This is especially for decision making and financial systems. The right to women needs to be ensured in order: to participate in the elaboration and implementation of development planning at all levels, to have access to adequate health care facilities, including information, counselling and services in family planning, to benefit directly from social security programmes, to obtain all types of training and education, formal and informal. All forms of discrimination against all women and girls everywhere must be ended. Out of the seventeen sustainable development goals (SDGs), not even the single one will be achieved without including women and girls as equal partners. All countries hold the same responsibility to ensure the full implementation of the 2030 Agenda for Sustainable Development within their own borders, and to support other countries in achieving the SDGs which includes reaffirming and contributing to the fulfilment of gender equality. Women and girls have to be equal partners in sustainable development.

Abstract

Women in India constitute a larger proportion of total unemployed population and hence it is imperative to find out the entrepreneurial problems faced by them. A study was conducted with the objectives to ascertain the financial, marketing and production problems faced by women in their enterprises and assessment of their health status and work place facilities. Boutiques, beauty parlors, embroidery units, fruit and vegetable preservation units and artificial jewelry making were the enterprises selected for study. The results of the study revealed that women faced problems in areas like finance, marketing, health, work place and production. Some recommendations of the study are a) Women entrepreneurs should keep abreast of knowledge about new techniques, financial institutions, training institutions and marketing linkages. b) Information about site or location, physical facilities, transportation etc. must be collected prior to selection of area for development of an enterprise. c) Self help mutually aided groups must be formulated for overcoming common entrepreneurial problems. d) Women should shift to the non-traditional sectors of entrepreneurship in order to earn more.

Abstract

Women make up almost half of the agricultural labour force in developing countries (43 per cent according to UN Women data). Empowerment of women is central to achieving the objective of inclusive, equitable and sustainable development. Between the period 2007-08 and 2009-10, the share of person-days in casual employment in MANREGS to the total person-days in all economic activities has also increased. The increase was marginal for male workers but significant for female workers. This again confirms that female workers have been the largest beneficiaries of MANREGS projects. The share of female participation in these public works is more than the share of their male counterparts. The survey shows that women comprise only 13.76% of the total entrepreneurs, i.e., 8.05 million out of the 58.5 million entrepreneurs. Among the states, the largest share in number of establishments under women entrepreneurship is of Tamil Nadu (13.51%) followed by Kerala (11.35%), Andhra Pradesh (10.56%), West Bengal (10.33%) and Maharashtra (8.25%). Average employment per establishment for women owned establishments is 1.67. The main challenges that women face in business are educational and work background, balancing their time share between work and family, problems of raising start-up capital, difficulty in borrowing fund, thought-cut completions endangered existence of small companies, problems of availing raw- materials access to export market without intermediaries, as well as an overall psychological barrier on the part of banks, suppliers, and clients alike. Govt of India and different bodies such as NGOs, voluntary organizations, self-help groups, institutions and individual enterprises from rural and urban areas are active to help the women entrepreneurs in their ventures.

Abstract

Participation of rural women and youth in beekeeping activities provides a unique opportunity to improve rural livelihood and poverty reduction. Women have explored their own niche in beekeeping industry by actively engaging in post harvesting of bee products. Income generation is one of the major reasons for participating in beekeeping activities and beekeeping was ranked number one at the same level as agriculture as major source of income. Post harvesting beekeeping, however, needs liquid capital investment which, limit women and youth to fully participate in the business. Cultural practices are also one of the main hindrances for adult women and youth to participate in beekeeping activities. Nonetheless, presence of beekeeping groups and associations, community banks, forest reserves and beekeeping awareness campaigns in the areas provided opportunities for women and youth to participate in beekeeping. Beekeeping represents one opportunity for income generation which need not be time consuming and can fit in well with women’s priority activities. women be given the opportunity to start beekeeping, it is important that all beekeeping development programs ensure from the outset that extension messages reach rural women, and that they are able to take full advantage of training and credit facilities.

Abstract

Gender equity is more pronounced in livestock sector where more than 70% participation is from women side as compared to 33% in agricultural farming. About 75 million women are engaged in livestock sector. In India, livestock production is largely in the hands of women. In fact animal husbandry is becoming feminized. At present about 22% of milk and 2% percent of meat is processed into value-added products for trade while in developed countries it is above 90% and 60%, respectively. Traditional dairy products not only have established market in India but also great export potential because of strong presence of Indian diaspora in many part of the world. Value addition to dairy foods would provide health benefits to the consumers and improve the scale of economy in the dairy industry. Nearly half of the milk produced in India (50-55%) is utilized for the manufacture of value-added milk products but only 22% of the total milk produced is processed by the organized dairy sector. Conversion of surplus milk into indigenous milk products in and around production areas is least expensive and more profitable. Most of the animal farming activities such as cleaning of barn, washing of animals and hygienic maintenance, fodder collection, feeding, watering, and health care, management, milking, collection of dung for fertilizer and fuel, care of sick, pregnant and lactating animals, milking, household-level processing and value addition (ghee, curd, khoa, lassi and desi butter-making) are undertaken by women. However adoption of value-added livestock products as an entrepreneurship is scarce activity because of lack of training and financial liberties.