eChapters

Modern garden designs are classified on the basis of utility, need, location and materials used. Nowadays, garden types are focused on issues contributing towards ecological balance, biodiversity, environmental moderation and sustainability as well as personal preference and taste. This has given new perspectives to roof gardening, rock gardening, home gardening, kitchen gardening, green belt development, traffic islands, avenue plantation etc. Further there is incorporation of alternative energy sources like solar systems, water harvesting, etc. A garden could be for entertainment or a place to relax for some people and for others, a productive kitchen or herbal garden is more important. Some common garden types are given below, where in it is also possible to combine elements of two or three different types to create something entirely different.

Gardenia (Gardenia jasminoides), commonly known as Gandharaj or Cape jasmine, is an evergreen ornamental shrub distinguished by its attractive, creamy-white and highly fragrant flowers. The flowers are important for garlands, floral arrangements, religious offerings and decorative uses. This chapter discusses its origin, distribution, genetics and botanical characteristics, including important cultivated forms. It explains climate and soil requirements, propagation, land preparation, nutrient management, planting and irrigation practices. Cultural operations necessary for maintaining healthy growth and flowering are also presented. The chapter covers major insect pests and diseases, harvesting, postharvest handling and yield. Its emphasis on fragrance, ornamental value and commercial flower production makes it valuable for floriculture students and growers

7.1 INTRODUCTION

Gardening is a practice of growing different kinds of horticultural crops in a particular land area as a part of horticulture either for consumption or sale, export, beautification etc. Basing on the crops grown, gardens are named accordingly, e.g., for raising vegetables, it is vegetable gardens; for fruit crops, it is orchard; for plantation crops, it is estate plantation; for ornamental plants, it is gardening and landscape etc. The history of gardening is not new. In ancient time kings, emperors, rulers, sages were establishing different types of gardens for different purposes.

8.1. Origin and distribution

• Native land is Central Asia, Middle Asia and Northeastern Iran.

• China produces 80% of the world’s supply

• India, Korea, Spain, Egypt, USA, Thailand and other countries are growing garlic.

• In India, cultivated in Gujarat, Haryana, Madhya Pradesh, Odisha, Maharashtra, Uttar Pradesh and Rajasthan

• India exports fresh and chilled garlic, dried garlic, dehydrated garlic flakes, dehydrated garlic powder, and garlic oil to Bahrain, Bangladesh, Germany, Japan.

8.2. Economic importance

• It contains amino acid allicin.

• Used both as a food flavoring and as a traditional medicine

• Allicin, antibacterial substance, the principle of amoebic dysentery.

• The garlic odour is due to diallyl disulfide.

Garment defects are undesirable variations in the appearance, fit, construction or functionality of a finished garment. They range from minor cosmetic imperfections to serious faults that make a product unsuitable for sale. Defects can cause customer dissatisfaction, returns, loss of loyalty and reputational damage. Manufacturers may also experience rework costs, production delays, material waste, buyer rejection and financial penalties. Problems can originate during material sourcing, cutting, sewing, finishing or packaging and frequently arise from unsuitable materials, operator mistakes, machine malfunction or inadequate controls. Preventing recurrence requires trained workers, standardized procedures, effective inspections and root-cause techniques such as the Five Whys, fishbone analysis and FMEA.

Introduction

Gas chromatography–mass spectrometry (GC-MS) is equipment that combines the features of gas-liquid chromatography and mass spectrometry to identify different substances within a test sample. Applications of GC-MS include drug detection, environmental analysis include pesticides residue in soil, water and plant crop produce, greenhouse gas quantification, food toxicants, assessment of antibiotic compounds, estimation of volatile organic compounds from biological systems besides identification of unknown compounds.

Introduction

Chromatography was first employed by Ramsey (1905) to separate mixture of gases and vapours. These first experiments used selective adsorption on, or desorption from, solid absorbents such as active charcoals. The  following year Tswett (1906) obtained discrete coloured bands of plant pigments on a chromatographic column. He coined the term “chromatography” (literally “colour writing”) which is obviously a misnomer when used retrospectively. Contribution of Martin and Synge (1941) in a study for which they were awarded the Nobel prize, and later James and Martin introduced gas-liquid chromatography in 1951 and 1952.

Chromatography was first employed by Ramsay (1905) to separate mixtures of gases and vapours. The first scientist to recognize chromatography as an efficient method of separation was the Russian botanist Tswett (1906), who used a simple form of liquid-solid chromatography to separate a number of plant pigments. The colored bands he produced on the adsorbent bed evoked the term chromatography for this type of separation (color writing).Althoughcolor haslittletodo with modern chromatography, the name has persisted and, despite its irrelevance, is still used for all separation techniques that employs the essential requisites for a chromatographic separation,viz. a mobile phase and a stationary phase.

Gas-liquid chromatography (GC) was invented by James and Martin (1952) and is a separation technique in which the mobile phase is a gas (usually helium or nitrogen) and the stationary phase is a liquid. In the original columns used by James and Martin, the liquid stationary phase was adsorbed on the surface of an inert support such as Celite (a diatomateous earth) or calcined Celite (a form of brick dust). The support was usually deactivated before use by acid treatment and subsequent reaction with hexamethyldisilazane. The technique was extensively used for the separation of a wide range of volatile substances. Thus, chromatography has been defined as a separation process that is achieved by distributing the components of a mixture between two phases, a stationary phase and a mobile phase. Those components held preferentially in the stationary phase are retained longer in the system than those that are distributed selectively in the mobile phase. As a consequence, solutes are eluted from the system as local concentrations in the mobile phase in the order of their increasing distribution coefficients with respect to the stationary phase.By separating the sample into individual components, it is easier to identify (qualitate) and measure the amount (quantitate) of the various sample components.

Chromatography was first employed by Ramsay (1905) to separate mixtures of gases and vapours. The first scientist to recognize chromatography as an efficient method of separation was the Russian botanist Tswett (1906), who demonstrated that, when a plant extract was carried by petroleum ether through a column consisting of a glass tube packed with calcium carbonate powder, a number of dyes were separated, as shown in Figure 1. He named this analysis method “Chromatographie” after “chroma” and “graphos”, which are Greek words meaning “color” and “to draw,” respectively.

Gas chromatography is one of the most valuable techniques available for organic analysis. It has been applied for the separation, identification and analysis of virtually all volatile compounds. In gas chromatography, the mobile phase is gas. When the stationary phase is liquid , it is called gas liquid chromatography (GLC). If the stationary phase is solid, it is called gas solid chromatography (GSC). The sample is transported through a stationary phase with help of an inert carrier gas, namely the mobile phase. The fractionation of the components in the sample mixture takes place based on the partitioning between the stationary and mobile phases.

Gasification is a process that turns materials containing carbon, like wood, crops, coal, or waste, into a type of fuel called producer gas or syngas. This is done by heating the carbon-rich material with a controlled amount of oxygen at high temperatures. Gasification is a type of partial oxidation, which means using less oxygen than needed to burn the same amount of fuel. Knowing the necessary amount of air for the conversion process is important to run a gasifier correctly. This requires understanding the stoichiometry based on the composition of the biomass. A chemical formula for the biomass can be calculated by analyzing the elements present, which serves as the basis for estimating the air-fuel ratios through stoichiometric calculations. Gasification only uses 25 to 40% of the theoretical oxidant, producing heat for fuel conversion. In gasification, the main combustible products are carbon monoxide and hydrogen.

Gastric Ulcer a well defined ulcer involving the mucous membrane of the stomach with a tendency to progressive destruction, beginning in the mucosa and sometimes extending to and even through the deeper layers of the walls of the stomach.

We have not been able to name a definite cause. "Altered composition of the blood and the resulting insufficient nourishment of the cells'⁷. Riegel says the ulcer is due "to a self-digestion of the stomach at the limited spot." He calls attention to the fact that the gastric juice is always hyperacid in these cases and thinks it is more than a mere coincidence. Virchow says the cause is emboli or thrombi, which form in the nutrient gastric arteries, which have lost their tonicity. He claims that an ulcer forms at the point of obstruction.

Gastric ulcers occur most frequently between twenty and thirty years of age. This is an average, which we arrive at from the fact that in females it is from fifteen to thirty and in males from forty to forty-five. The predominance of women over men as shown by clinical statistics is two to one, but pathologically the numbers are about equal in two sexes.

No occupation seems to grant exemption. Cooks seems to be more predisposed. Next come metal workers in those factories where there is much dust. Some claim that shoemakers and tailors are also prone to the condition.

Inflammation of the mucous membrane of the stomach, sometimes accompanied by more or less severe constitutional manifestations.

Key Points

• Neurologic dysfunction, which can show up as a wide range of perplexing symptoms and indicators, can accompany gastrointestinal disorders that cause malabsorption and the ensuing nutritional deficits.

• Digestive illnesses are among the most common problems in animals living in tropical countries. They often manifest as intestinal blockage, malabsorption, malnourishment, bleeding in the gastrointestinal tract, diarrhea, and stomach pain or distention.

Introduction

Animal digestive problems can be brought on by a range of conditions, including infections, parasites, and other illnesses. In older dogs and cats, gastrointestinal (GI) disorders of the alimentary tract and hepatobiliary system are prevalent. The majority of the time, GI symptoms in affected animals are caused by inflammatory illnesses; however, degenerative lesions and motility issues can also occur. Acute and chronic conditions are two general classifications for gastrointestinal diseases. Dietary errors, or the worsening of long-term gastrointestinal disorders, are the most frequent causes of acute gastrointestinal disorders. Alongside chronic gastrointestinal disease, colitis or inflammatory bowel disease are frequently diagnosed.

Introduction
Gastrulation is a vital stage in the development of multicellular animals because it establishes the basic body plan, including the primary body axes (dorsal/ventral axis and the cranial/caudal axis) and prepares the embryo for organ formation. The process of cleavage leads to formation of blastula which is followed by gastrulation. The blastula consists of inner cell mass (Cell mass made up of darker blastomere and present at animal pole which is going to form embryo proper) and trophoblast (Cells made up of clear cells and arranged periphery near to Zona pellucid). The morphogenic changes occur during gastrulation is the formation of three germ layers. Gastrulation is the process in which single- layered blastula is converted into a trilaminar structure consisting of an outer ectodermal, a middle mesodermal and an inner endodermal layer and occupy their characteristic position in embryo. They will be give rise to different organs and extra embryonic membranes. The gastrulation is an important step of cell differentiation.
Gastrulation in Mammals
The process of gastrulation is variable among different domestic animals. It takes place in the uterus when the blastocyst is floating in the uterine fluid. After the degeneration of zona – pellucida, the cells located in the ventral margin of the inner cell mass separate out and extended ventrally along the trophoblast layer. Due to further proliferation, splitting (delaminate) and migration of cells from the inner cell mass, form a complete cellular lining on the inner site of trophoblast. This newly formed layer is called endoderm corresponds to the hypoblast of chick blastoderm. The remaining cells of the inner cell mass correspond to the epiblast of chick blastoderm. With formation of endoderm the blastocoel is divided into 2 cavities. The portion enclosed within endoderm is called primitive gut and area between endoderm and trophoblast layer is extra embryonic coelom. During this time trophoblast cells covering the inner cell mass degenerate and compact inner cell mass exposed and it is called as embryonic disc The embryonic disc occupies a position at the animal pole. Note: The development of the germ layers in mammals closely resembles that of birds with the formation of the primitive streak and primitive node.7

Introduction
Consumer surveys and feedback forms are critical tools for understanding customer preferences, behaviors, and satisfaction levels. They provide actionable insights that drive improvements in products, services, and overall consumer experiences. This chapter outlines best practices for preparing, conducting, and analyzing consumer surveys, as well as designing and utilizing feedback forms effectively.
Section 1: Gathering Data from Prepared Consumer Surveys
Gathering data from prepared consumer surveys refers to the systematic process of collecting information from a target audience using a structured set of questions. These surveys are designed to capture consumer opinions, preferences, behaviors, or feedback about products, services, or experiences. The collected data provides insights that businesses or organizations can use to improve decision-making, customer satisfaction, and overall performance.
Consumer surveys are structured questionnaires aimed at collecting specific information from a target audience.
1.1 Designing an Effective Survey
Creating a well-designed survey is the foundation of accurate data collection. Key steps include:
1. Define Objectives
• Identify what you aim to learn (e.g., customer satisfaction, buying preferences).
• Example: “Assess the factors influencing customer loyalty in e-commerce”.

Sources of information

News is constantly occurring. There is a newsworthy event happening somewhere in the world every minute of every day.

People, letters, books, files, videos, cassettes, and other materials thatjoumahsts utilise to put together news articles can all serve as sources of information.

Types of sources

Primary sources: A person with first-hand knowledge of a problem or a document they produced can both be considered primary sources.

They are typically the best sources of knowledge regarding their particular aspect of what occurred. They should be able to provide you with reliable information as well as powerful opinions.

Example: Artifacts, audio recordings, diaries, internet communication, interview, letters, peer-reviewed journal articles, original documents, patents, photos, proceedings, records of organizations, speeches, videos, survey results, works of art, web sites.

The present study was undertaken to investigate the antibacterial effect of Eucalyptus robusta leaves extract loaded-solid lipid nanoparticles. Eucalyptus robusta leaves extract loaded SLNs was prepared and characterized. The particle size of SLNs was around 200 nm, zeta potential was 566.93 mV and the entrapping efficiency was 81%. Prepared nanoformulation was spherical in shape. Eucalyptus robusta leaves extract loaded SLNs did not exhibit any promising antibacterial activity against clinical isolates of E. coli and Staphylococcus aureus as determined by Agar well diffusion method. Therefore, further studies were undertaken only on crude extract of Eucalyptus robusta leaves. Experimental endometritis in rats was developed by inoculating the clinical isolate of E. coli (1x107 cfu/ml) in to the uterine horns during diestrus stage followed by cervical ligation. Endometritis in rats was confirmed based on presence of visible pus in the uterus, edematous uterine horns, thinning of endometrial lining and presence of bacterial load in uterine tissue homogenate. Eucalyptus robusta leaves crude extract (25 mg/ml) and Ciprofloxacin (50 mg/ ml) were administered orally found to significantly reduce uterine weight and uterine secretion index. But bacterial load in the uterine tissue homogenate was not significantly reduced by both the treatments. Histopathological lesions in uterus also showed efficient induction of endometritis based on presence of inflammatory cells (neutrophils count) in uterine microscopic sections and their number was markedly reduced after treatment with Eucalyptus robusta leaves crude extract and ciprofloxacin. Compared with the effect of ciprofloxacin, Eucalyptus robusta produced almost similar curative and protective effects against endometritis. Cyclooxygenase 2 (COX-2) gene expression was found to be markedly reduced after treatment with Eucalyptus robusta leaves crude extract as compared with ciprofloxacin treatment. Based on our findings, it may be inferred that Eucalyptus robusta leaves crude extract possesses promising anti-inflammatory activity against experimental endometritis in rats and, therefore, it can be exploited in drug development program for treatment of endometritis in animals.

The mass spectrometry (MS) is not very well suited to the analysis of mixtures of similar substances because of the multiplicity of fragment ions. The gas chromatography (GC), of course,  has no ability to identify compounds on its own. The GC/MS can easily overcome these defects and can identify the components (fractionated by GC). The combined instrument of GC/MS is an unexcelled instrument that can identify the compounds after their  fractionation.

The GC-MS is composed of two major building blocks: the gas chromatograph and the mass spectrometer. The gas chromatograph utilizes a capillary column which depends on the column’s dimensions as well as the stationary phase properties. The difference in the chemical properties between different molecules in a mixture and their relative affinity for the stationary phase of the column will promote separation of the molecules as the sample travels the length of the column. The molecules are retained by the column and then elute (come off) from the column at different times and this allows the mass spectrometer downstream to capture, ionize, accelerate, deflect, and detect the ionized molecules separately.

Introduction

Geese are found all over the world. There is great demand for day old green gooseling. Currently it produces in various country, but about 80% of the world production from the France. Geese are well adapted to hot climates, shady areas and to high rainfall regions. They are especially well suited in warm, shallow and water ways. It is difficult to estimate the percent contribution of geese in poultry numbers, but it would be a fraction of 1%. This intended that, little effort has been made to improve the strains of geese in relation to their genetic capabilities. In future, breeders and producers are likely to take a more technical approach to goose production and need to give greater attention to breeding, feeding and general management.

Peculiarity of geese

Geese are mainly ornamental birds and good forager. They are capable for taking care of itself by foraging after reaching adult stage. Swimming water is not so essential. They can digest 40-45% fibre which is higher than other poultry. Geese kept as a watch dog in farms either by biting or making noise. Geese don’t need elaborate housing but is necessary to safeguard against predatory animal. Geese are hardy in nature and resistant to most of diseases. Meat is very palatable with great calorific value. Gander reared as weeders; for this 6 weeks old gooseling used. Gander eats grass and weeds as quickly as they appear but don’t eat crop. After weeding season, they are fed with fattening diet for 3-4 weeks and marketed. Age of sexual maturity is 24 month and produces 50-60 eggs/years. Hybrid varieties produce even 90 eggs and 60 gooseling per year. They are broody in nature. Egg weight is 200-250gm. Grow very fast greater than other species of poultry. Reach 3.2 kg at 6 weeks with feed efficiency of 2.5. At 9^th week have 4.5 kg body weight with feed efficiency of 3. Adult male of goose is called Gander. Sound produced by goose is called Honking. Young one of goose is called Gooseling.