The document discusses introducing native plants in landscaping projects in Abu Dhabi City. It proposes establishing a native plant research station and preparing reliable plant lists for landscape projects. The research station would conduct experiments on breeding and propagating suitable native plant species. It would help naturalize urban greenery while reducing costs, water use, and environmental impacts. Introducing native plants supports Abu Dhabi's vision for a sustainable city and preserves wildlife habitats. Over time, more native plants could replace non-native species in landscape design.
This document discusses green roofs and their benefits. It provides examples of four different types of green roof designs: 1) Wave House with various plant varieties in a sine wave design; 2) Mill Valley Cabins with succulent sedum in bands; 3) Ecospace sustainable garden studios with flat or mono-pitched mossy roofs requiring little maintenance; 4) Mobius Villa eco dwelling in China with a figure 8 design featuring a living green roof and solar panels. Green roofs provide benefits like reducing air pollution, managing stormwater, insulating buildings, and extending the life of roof materials.
Landscape architecture is the design of outdoor public spaces to achieve environmental, social, and aesthetic goals. This report discusses the importance of landscape design and key landscape elements, including vegetation, landforms, sculptures, water bodies, pavement materials, site amenities, street furniture, and lighting. Proper use of these elements can improve visual appeal, functionality, and quality of life.
The Green House New Directions In Sustainable Architecturevasilski
The document discusses sustainable architecture in suburban settings. It profiles several projects including the Solar Tube in Vienna, Austria, which uses isolation glass, a concrete core, and a chimney effect to regulate temperatures. Another project is the Charlotte Residence in Charlotte, North Carolina, designed by William McDonough + Partners to have minimal environmental impact. In general, the document examines ways architects are designing environmentally friendly homes in suburban areas.
The document describes the landscaping design of an MBA block building. It discusses various landscaping elements at the building entrance, courtyard, exterior, and interior courtyard. Trees, plants, pathways, and seating areas are used to create an informal setting and provide shade. The landscaping aims to reduce noise levels and temperatures while connecting indoor and outdoor spaces. Roof gardens, green walls, and hydroponics are also mentioned as landscape design approaches for the building.
This document provides an introduction to landscape architecture. It discusses what landscape is, the elements of landscape including vegetation, topography, pavements, furniture, water bodies, and more. It defines landscape architecture as the design of outdoor spaces to be functional, practical, and aesthetically complement building design. The principles of landscape architecture are then outlined, including color, lines and curves, texture, form, scale, balance, rhythm, repetition, and variety/grouping. The scope and various functional, aesthetic, environmental, and cultural goals of landscape architecture are also described. Examples throughout history are given to show how landscape architecture has evolved over time in relation to notable developments.
Sustainable landscaping encompasses practices that improve the environment while creating aesthetically pleasing landscapes. It aims to minimize inputs like water, chemicals, and fertilizers and outputs like plant trimmings and polluted runoff. The main components of sustainable landscaping are water, soil, plants, and air. Some principles include using greywater and rainwater, choosing plants suited to the soil type, and selecting plants that require fewer resources and create less waste. Performance measures to evaluate sustainability include metrics like CO2 emissions, biomass levels, and impacts on livelihood, ecosystem services, pollution, and resources.
Sustainable landscaping encompasses a variety of practices that have developed in response to environmental issues. These practices are used in every phase of landscaping, including design, construction, implementation and management of residential and commercial landscapes.
This document discusses the importance of landscaping and provides guidance on planning and designing effective landscapes. It begins by defining landscaping and noting its aesthetic, economic, and environmental benefits. Various landscape styles, elements, and plant selection considerations are covered. The summary also outlines important planning stages like site analysis, concept planning, and maintenance. Overall, the document provides a comprehensive overview of creating beautiful and sustainable landscaping designs.
This document discusses green roofs and their benefits. It provides examples of four different types of green roof designs: 1) Wave House with various plant varieties in a sine wave design; 2) Mill Valley Cabins with succulent sedum in bands; 3) Ecospace sustainable garden studios with flat or mono-pitched mossy roofs requiring little maintenance; 4) Mobius Villa eco dwelling in China with a figure 8 design featuring a living green roof and solar panels. Green roofs provide benefits like reducing air pollution, managing stormwater, insulating buildings, and extending the life of roof materials.
Landscape architecture is the design of outdoor public spaces to achieve environmental, social, and aesthetic goals. This report discusses the importance of landscape design and key landscape elements, including vegetation, landforms, sculptures, water bodies, pavement materials, site amenities, street furniture, and lighting. Proper use of these elements can improve visual appeal, functionality, and quality of life.
The Green House New Directions In Sustainable Architecturevasilski
The document discusses sustainable architecture in suburban settings. It profiles several projects including the Solar Tube in Vienna, Austria, which uses isolation glass, a concrete core, and a chimney effect to regulate temperatures. Another project is the Charlotte Residence in Charlotte, North Carolina, designed by William McDonough + Partners to have minimal environmental impact. In general, the document examines ways architects are designing environmentally friendly homes in suburban areas.
The document describes the landscaping design of an MBA block building. It discusses various landscaping elements at the building entrance, courtyard, exterior, and interior courtyard. Trees, plants, pathways, and seating areas are used to create an informal setting and provide shade. The landscaping aims to reduce noise levels and temperatures while connecting indoor and outdoor spaces. Roof gardens, green walls, and hydroponics are also mentioned as landscape design approaches for the building.
This document provides an introduction to landscape architecture. It discusses what landscape is, the elements of landscape including vegetation, topography, pavements, furniture, water bodies, and more. It defines landscape architecture as the design of outdoor spaces to be functional, practical, and aesthetically complement building design. The principles of landscape architecture are then outlined, including color, lines and curves, texture, form, scale, balance, rhythm, repetition, and variety/grouping. The scope and various functional, aesthetic, environmental, and cultural goals of landscape architecture are also described. Examples throughout history are given to show how landscape architecture has evolved over time in relation to notable developments.
Sustainable landscaping encompasses practices that improve the environment while creating aesthetically pleasing landscapes. It aims to minimize inputs like water, chemicals, and fertilizers and outputs like plant trimmings and polluted runoff. The main components of sustainable landscaping are water, soil, plants, and air. Some principles include using greywater and rainwater, choosing plants suited to the soil type, and selecting plants that require fewer resources and create less waste. Performance measures to evaluate sustainability include metrics like CO2 emissions, biomass levels, and impacts on livelihood, ecosystem services, pollution, and resources.
Sustainable landscaping encompasses a variety of practices that have developed in response to environmental issues. These practices are used in every phase of landscaping, including design, construction, implementation and management of residential and commercial landscapes.
This document discusses the importance of landscaping and provides guidance on planning and designing effective landscapes. It begins by defining landscaping and noting its aesthetic, economic, and environmental benefits. Various landscape styles, elements, and plant selection considerations are covered. The summary also outlines important planning stages like site analysis, concept planning, and maintenance. Overall, the document provides a comprehensive overview of creating beautiful and sustainable landscaping designs.
This document discusses sustainable landscape systems. It defines sustainable development as meeting present needs without compromising future generations' ability to meet their own needs. It discusses using landscape design practices like reducing compaction and using soil biology and compost to grow food naturally. Sustainable landscape plans should examine site conditions, identify issues, and implement designs using techniques like rain gardens and constructed wetlands to intercept stormwater flow and manage water sustainably.
Landscaping provides economic, environmental, and lifestyle benefits. Economically, it increases property values and tourism revenues while also offering job opportunities. Environmentally, landscaping protects air and water quality, reduces noise and soil erosion. Regarding lifestyle, gardening promotes exercise and healthy eating, while landscaped areas provide stress relief, privacy, and enhance learning. Overall, landscaping improves quality of life.
The document discusses the field of landscape architecture. It defines landscape architecture as the art and science of planning and designing outdoor spaces while respecting the natural environment and meeting user needs. It describes the roles of related fields like architecture, planning, and urban design. It then outlines different approaches in landscape architecture, from traditional landscape gardening to more modern approaches like sustainability and habitat creation. It provides examples of projects implementing sustainable and resource-efficient landscaping.
James Joyce is a landscape architect who enjoys blending art and science to create functional yet playful public spaces. His portfolio includes projects for ARCADIS/RTKL designing an amphitheater park in Raleigh, NC that incorporates site grading and hardscaping to direct and contain sound waves, as well as a streetscape project in Alpharetta, GA featuring bridges and plantings reflecting local materials. He aims to make spaces that positively impact all types of users.
This document provides information on the proposed river front development project along the Ganga river in Patna, Bihar. It discusses the objectives of developing the river front, which include ecological restoration, improving drainage, managing waste disposal, and providing public amenities. It also describes the anticipated environmental and social impacts of the project during construction and operation, and the mitigation measures that will be implemented. Baseline environmental data was collected on air and water quality, noise levels, and biodiversity in the project area. Public consultations were held to discuss the project details and gather feedback from local communities.
The document discusses water as an important design element in landscape architecture. It describes how water has been used historically by landscape architects to add visual interest and break up monotonous solid materials. Water can be perceived and have different meanings depending on the observer. The document then discusses water's multidimensional nature and how it relates to the environment, society, culture, finances, and aesthetics. Specific landscape values of water like sound, movement, and reflection are also mentioned. Different techniques for incorporating water features like fountains, ponds, and streams are outlined.
This document provides information on several Indian landscape architects. It discusses the backgrounds and notable projects of Kishore Pradhan, Swati Dike, and Sharath Rajeev G. It also briefly mentions the objectives and approach of Swati Dike and the establishment and specialty of Sharath Rajeev G's landscape architecture firm. Finally, it provides a short biography of Shobha Bhopatkar, highlighting her pioneering role and unconventional approach to landscaping in India over the past 32 years.
Leed is the green building rating system. How building is certified by the leed, How LEED works in world or in india all the info available in this pdf
This document provides an introduction to landscape architecture drawings. It discusses how drawings are used to easily communicate and understand landscape designs. Some famous historical landscape designs are mentioned, such as the Taj Mahal and Egyptian pyramids. Important landscape architects like Roberto Burle Marx, Gertrude Jekyll, and Frederick Law Olmsted are noted. The aims of landscape architecture drawings are outlined as helping to visualize the end result and make the construction process more efficient. The document concludes by listing different types of landscape design drawings and references.
Unit 02 Elements of Landscape Architecture and Landscape DesignGeeva Chandana
This document provides an overview of the key elements and concepts in landscape architecture. It discusses landscape architecture, landforms, planting design, water features, and urban landscapes. The document is divided into 5 units that cover the introduction to landscape architecture, elements of landscape design, history of landscape architecture, urban landscapes, and landscape exercises. It also provides details on landforms, contour lines, ridge and valley systems, watersheds, vegetation, and planting design principles.
The document provides a summary of the Master Development Plan for Jaipur, India through 2025. Key points include:
- Jaipur is the capital and largest city of Rajasthan located at an altitude of 431 meters with an area of 798 square kilometers.
- The plan envisions Jaipur becoming a technology powered, heritage-focused city that is pollution free and garbage free.
- The population is projected to grow to 64.95 lakhs by 2025, increasing the workforce to 22.75 lakhs.
- Housing demand is expected to rise significantly by 2025 requiring expansion of supply.
- Tourism is a major industry thanks to the city's cultural heritage and inclusion in the
Sustainable housing aims to be healthy, durable, safe, affordable, and environmentally friendly. It uses efficient and renewable materials, connects to utilities efficiently, and minimizes pollution and energy usage. Sustainable design considers location, indoor quality, materials, energy usage, and innovation. Passive solar features like orientation, daylighting, and ventilation help harness the sun's energy. Using recycled materials, compact designs, and earth sheltering can boost efficiency and lessen environmental impact. While upfront costs may be higher, sustainable housing saves on utilities and maintenance over time.
Vertical gardens, also known as green walls, involve growing plants on trellises or other structures in an upright direction. They provide several benefits such as improving air quality by removing pollutants, reducing urban heat through shading and evapotranspiration, and making efficient use of limited space. Different types of vertical garden systems include living walls with pre-vegetated panels, modular trellis systems, and wire-rope net walls. Proper selection of plant species that tolerate vertical growth and local climate is important. While initial costs are high, vertical gardens can help beautify buildings and environments if maintained properly over time.
Charles Correa is an Indian architect known for adapting modernism to non-Western cultures through an emphasis on local vernacular styles, resources, climate and open spaces like courtyards. Some of his notable works discussed include the Gandhi Smarak Sangrahalaya memorial in Ahmedabad using modular units, the high-rise Kanchanjunga Apartments in Mumbai with garden terraces, and low-cost housing projects in India and Peru organized around courtyards for ventilation.
A green wall is a wall partially or completely covered with greenery that includes a growing medium like soil or substrate to support plant life. Green walls incorporate vegetation, growing medium, irrigation, and drainage into a single system attached to internal or external walls. They differ from green facades which rely on fewer climbing plants. Green walls have existed for centuries, with ancient examples like the Hanging Gardens of Babylon, but have increased in popularity with developments in green wall systems over the past few decades. Green walls require selecting appropriate plants, growing medium, and maintenance methods, but can provide benefits like improving air quality, reducing heat absorption, and increasing biodiversity in urban environments.
A Self Sustainable Community (Human Settlement) comprising all the activity to a range of Human Scale within the neighborhood interdependent to government or policies.
The document proposes mechanisms for introducing native plant species in landscaping projects in Abu Dhabi. It discusses preparing reliable indexes of native plant species organized by family, habitat, and characteristics. It also proposes establishing a native plant research station. The goals are to increase the percentage of native species used in landscaping from the current 35-37% to preserve native plants and resources and strengthen sustainability.
Landscaping with Plants Native to IndianaFarica46m
This document recommends plants native to Indiana for landscaping and wildlife habitat. It provides a list of over 100 native plant species grouped by type (trees, shrubs, grasses, flowers, ferns). Accompanying each plant is information on its bloom color, sun preference and season. The document also lists Indiana nurseries that specialize in native plants and landscape design/restoration services that incorporate natives. It encourages using local genotype plants and nurseries for conservation projects.
This document discusses sustainable landscape systems. It defines sustainable development as meeting present needs without compromising future generations' ability to meet their own needs. It discusses using landscape design practices like reducing compaction and using soil biology and compost to grow food naturally. Sustainable landscape plans should examine site conditions, identify issues, and implement designs using techniques like rain gardens and constructed wetlands to intercept stormwater flow and manage water sustainably.
Landscaping provides economic, environmental, and lifestyle benefits. Economically, it increases property values and tourism revenues while also offering job opportunities. Environmentally, landscaping protects air and water quality, reduces noise and soil erosion. Regarding lifestyle, gardening promotes exercise and healthy eating, while landscaped areas provide stress relief, privacy, and enhance learning. Overall, landscaping improves quality of life.
The document discusses the field of landscape architecture. It defines landscape architecture as the art and science of planning and designing outdoor spaces while respecting the natural environment and meeting user needs. It describes the roles of related fields like architecture, planning, and urban design. It then outlines different approaches in landscape architecture, from traditional landscape gardening to more modern approaches like sustainability and habitat creation. It provides examples of projects implementing sustainable and resource-efficient landscaping.
James Joyce is a landscape architect who enjoys blending art and science to create functional yet playful public spaces. His portfolio includes projects for ARCADIS/RTKL designing an amphitheater park in Raleigh, NC that incorporates site grading and hardscaping to direct and contain sound waves, as well as a streetscape project in Alpharetta, GA featuring bridges and plantings reflecting local materials. He aims to make spaces that positively impact all types of users.
This document provides information on the proposed river front development project along the Ganga river in Patna, Bihar. It discusses the objectives of developing the river front, which include ecological restoration, improving drainage, managing waste disposal, and providing public amenities. It also describes the anticipated environmental and social impacts of the project during construction and operation, and the mitigation measures that will be implemented. Baseline environmental data was collected on air and water quality, noise levels, and biodiversity in the project area. Public consultations were held to discuss the project details and gather feedback from local communities.
The document discusses water as an important design element in landscape architecture. It describes how water has been used historically by landscape architects to add visual interest and break up monotonous solid materials. Water can be perceived and have different meanings depending on the observer. The document then discusses water's multidimensional nature and how it relates to the environment, society, culture, finances, and aesthetics. Specific landscape values of water like sound, movement, and reflection are also mentioned. Different techniques for incorporating water features like fountains, ponds, and streams are outlined.
This document provides information on several Indian landscape architects. It discusses the backgrounds and notable projects of Kishore Pradhan, Swati Dike, and Sharath Rajeev G. It also briefly mentions the objectives and approach of Swati Dike and the establishment and specialty of Sharath Rajeev G's landscape architecture firm. Finally, it provides a short biography of Shobha Bhopatkar, highlighting her pioneering role and unconventional approach to landscaping in India over the past 32 years.
Leed is the green building rating system. How building is certified by the leed, How LEED works in world or in india all the info available in this pdf
This document provides an introduction to landscape architecture drawings. It discusses how drawings are used to easily communicate and understand landscape designs. Some famous historical landscape designs are mentioned, such as the Taj Mahal and Egyptian pyramids. Important landscape architects like Roberto Burle Marx, Gertrude Jekyll, and Frederick Law Olmsted are noted. The aims of landscape architecture drawings are outlined as helping to visualize the end result and make the construction process more efficient. The document concludes by listing different types of landscape design drawings and references.
Unit 02 Elements of Landscape Architecture and Landscape DesignGeeva Chandana
This document provides an overview of the key elements and concepts in landscape architecture. It discusses landscape architecture, landforms, planting design, water features, and urban landscapes. The document is divided into 5 units that cover the introduction to landscape architecture, elements of landscape design, history of landscape architecture, urban landscapes, and landscape exercises. It also provides details on landforms, contour lines, ridge and valley systems, watersheds, vegetation, and planting design principles.
The document provides a summary of the Master Development Plan for Jaipur, India through 2025. Key points include:
- Jaipur is the capital and largest city of Rajasthan located at an altitude of 431 meters with an area of 798 square kilometers.
- The plan envisions Jaipur becoming a technology powered, heritage-focused city that is pollution free and garbage free.
- The population is projected to grow to 64.95 lakhs by 2025, increasing the workforce to 22.75 lakhs.
- Housing demand is expected to rise significantly by 2025 requiring expansion of supply.
- Tourism is a major industry thanks to the city's cultural heritage and inclusion in the
Sustainable housing aims to be healthy, durable, safe, affordable, and environmentally friendly. It uses efficient and renewable materials, connects to utilities efficiently, and minimizes pollution and energy usage. Sustainable design considers location, indoor quality, materials, energy usage, and innovation. Passive solar features like orientation, daylighting, and ventilation help harness the sun's energy. Using recycled materials, compact designs, and earth sheltering can boost efficiency and lessen environmental impact. While upfront costs may be higher, sustainable housing saves on utilities and maintenance over time.
Vertical gardens, also known as green walls, involve growing plants on trellises or other structures in an upright direction. They provide several benefits such as improving air quality by removing pollutants, reducing urban heat through shading and evapotranspiration, and making efficient use of limited space. Different types of vertical garden systems include living walls with pre-vegetated panels, modular trellis systems, and wire-rope net walls. Proper selection of plant species that tolerate vertical growth and local climate is important. While initial costs are high, vertical gardens can help beautify buildings and environments if maintained properly over time.
Charles Correa is an Indian architect known for adapting modernism to non-Western cultures through an emphasis on local vernacular styles, resources, climate and open spaces like courtyards. Some of his notable works discussed include the Gandhi Smarak Sangrahalaya memorial in Ahmedabad using modular units, the high-rise Kanchanjunga Apartments in Mumbai with garden terraces, and low-cost housing projects in India and Peru organized around courtyards for ventilation.
A green wall is a wall partially or completely covered with greenery that includes a growing medium like soil or substrate to support plant life. Green walls incorporate vegetation, growing medium, irrigation, and drainage into a single system attached to internal or external walls. They differ from green facades which rely on fewer climbing plants. Green walls have existed for centuries, with ancient examples like the Hanging Gardens of Babylon, but have increased in popularity with developments in green wall systems over the past few decades. Green walls require selecting appropriate plants, growing medium, and maintenance methods, but can provide benefits like improving air quality, reducing heat absorption, and increasing biodiversity in urban environments.
A Self Sustainable Community (Human Settlement) comprising all the activity to a range of Human Scale within the neighborhood interdependent to government or policies.
The document proposes mechanisms for introducing native plant species in landscaping projects in Abu Dhabi. It discusses preparing reliable indexes of native plant species organized by family, habitat, and characteristics. It also proposes establishing a native plant research station. The goals are to increase the percentage of native species used in landscaping from the current 35-37% to preserve native plants and resources and strengthen sustainability.
Landscaping with Plants Native to IndianaFarica46m
This document recommends plants native to Indiana for landscaping and wildlife habitat. It provides a list of over 100 native plant species grouped by type (trees, shrubs, grasses, flowers, ferns). Accompanying each plant is information on its bloom color, sun preference and season. The document also lists Indiana nurseries that specialize in native plants and landscape design/restoration services that incorporate natives. It encourages using local genotype plants and nurseries for conservation projects.
Landscaping with Native Plants - Indianapolis, IndianaFarica46m
The Efroymson Conservation Center in Indianapolis showcases native Indiana plants in its landscaping. Over 14,000 square feet are devoted to native trees, shrubs, grasses and wildflowers organized into groups representing different Indiana ecosystems. A bioswale filters stormwater runoff and more native plants are featured on a green roof and retaining wall. The landscaping represents the center's work conserving Indiana's natural areas.
1) Plants evolved adaptations like a waxy cuticle, stomata, and the ability to reproduce using pollen to survive on land.
2) Vascular plants have conducting tissues that transport water and nutrients, as well as seeds and flowers that make reproduction more efficient.
3) Angiosperms are divided into monocots and dicots based on differences in their leaves, roots, vascular tissue, and floral structures.
The document summarizes key aspects of different plant groups:
- Bryophytes are the first plants on land and rely on water for reproduction. They help maintain humidity.
- Ferns are vascular plants that reproduce via spores. They can absorb heavy metals and nitrogen.
- Gymnosperms include conifers and reproduce via wind-dispersed pollen. They provide many ecosystem services.
- Angiosperms are flowering plants that come in monocot and dicot varieties and play a vital role in ecosystems by providing food, oxygen, lumber, and medicine.
This document discusses plant biodiversity and provides examples of different types of plants. It describes various plant categories including non-vascular vs. vascular, non-seeded vs. seeded, and non-flowering vs. flowering. Specific plant examples mentioned include giant sequoia, titan arum, duckweed, paw paw trees, swamp cypress, water lilies, cacti like saguaro, African euphorb, gymnosperms, Indian pipe, pitcher plants, kudzu and discusses how plants have adapted to live in diverse habitats. The document emphasizes that plants show high biodiversity and shares attributes that allow them to be recognized as a group.
Kim Leon Wells has over 18 years of experience in customer service roles across various industries. He currently works as a Customer Service Representative at Teletech in Melbourne, FL where he assists Medicare-eligible individuals in selecting healthcare plans. Prior to this role, he worked as a Call Center Agent at Adecco and has also held roles as a Meter Coordinator, Customer Service Representative, and Clerical Administrator. Wells is pursuing a Bachelor's Degree in Sociology from the University of Delaware and holds an Associate's Degree in General Studies from Tomlinson College.
This document compares the livestock industry in Turkey to the global market, noting that Turkey has 1 million farmers and 57 million animals with a 13 billion EUR market, while globally there are 70 million farmers, 3.9 billion animals, and an 883 billion EUR market. It also mentions Vodafone's IoT platform and asks what is next.
This document summarizes the key points of muted group theory and gendered communication styles. It discusses how muted group theory proposes that women are a marginalized group due to communication being constructed by men. This gives men an advantage and makes it difficult for women to express their experiences. The document also examines how gendered communication styles differ between men and women, with men focusing on status and women on connection. It provides examples of this, such as derogatory words used for women's tones of voice. Finally, the document considers whether muted group theory is still relevant given changes in gender roles over time.
The document summarizes the recruitment and selection process at HCL BPO services. It discusses how recruitment involves finding and attracting capable applicants, while selection differentiates between applicants to identify those with the greatest likelihood of success. The document then provides details about HCL, including that it is a leading global IT services company. It describes the research methodology used, including primary and secondary data collection, sample size and area. Key findings are provided, such as the company having a fair recruitment policy and satisfied workforce. Suggestions are made like reducing interview wait times.
La evaluación de los niños es el mejor instrumento para ayudar a los alumnos a desarrollarse de manera adecuada y para que los maestros identifiquen las habilidades, destrezas y carencias de cada niño con el fin de satisfacer sus necesidades y observar su comportamiento y relaciones sociales.
Multi-Scale Assessment of Urban Gardens as Constructed Habitats for Biodivers...IEREK Press
Biodiversity in arid urban environments depends upon habitat formation that balances both bioclimatic and biophysical environment needs. There is the potential for urban gardens to establish symbiotic ecosystem services from microhabitat formation that collectively form an assemblage of ecological patches to connect a diverse range of flora and fauna, and establish community driven nursery and seed collection initiatives. This study of urban garden habitats situated within a new urban district of Jeddah Saudi. The analysis concentrates on the ability of garden spatial formations to construct a heterogeneous spatial morphology of sub-patch within the larger urban landscape patch. Patch and subpatch formations are examined based on the criteria of (I) assemblage of the spatial habitat (characterized by shape and spatial organization); (II) integration of spatial, functional and vegetation plantation patterns; (III) connectivity. Findings reveal that garden layout is structured by the integration and layering of plant types to generate cool understory habitat with seedling establishment, and water conservation. Designed layout of the garden as a spatial pattern is augmented with a range of microclimate mediators to dim solar exposure within the plantation habitat. A strong heterogeneity in plant formations and combinations is seen to dominant the garden formations.
Multi-Scale Assessment of Urban Gardens as Constructed Habitats for Biodivers...IEREK Press
Biodiversity in arid urban environments depends upon habitat formation that balances both bioclimatic and biophysical environment needs. There is the potential for urban gardens to establish symbiotic ecosystem services from microhabitat formation that collectively form an assemblage of ecological patches to connect a diverse range of flora and fauna, and establish community driven nursery and seed collection initiatives. This study of urban garden habitats situated within a new urban district of Jeddah Saudi. The analysis concentrates on the ability of garden spatial formations to construct a heterogeneous spatial morphology of sub-patch within the larger urban landscape patch. Patch and subpatch formations are examined based on the criteria of (I) assemblage of the spatial habitat (characterized by shape and spatial organization); (II) integration of spatial, functional and vegetation plantation patterns; (III) connectivity. Findings reveal that garden layout is structured by the integration and layering of plant types to generate cool understory habitat with seedling establishment, and water conservation. Designed layout of the garden as a spatial pattern is augmented with a range of microclimate mediators to dim solar exposure within the plantation habitat. A strong heterogeneity in plant formations and combinations is seen to dominant the garden formations.
Agriculture pollution notes BY Muhammad Fahad Ansari 12IEEM14fahadansari131
The document discusses various topics related to eutrophication and fertilizers. It begins by defining eutrophication and describing the six stages of the eutrophication process. It then defines fertilizer and discusses the differences between organic and inorganic fertilizers in terms of their composition and methods of application. The document also discusses limitations of organic and inorganic fertilizers, defines crop residue, and lists benefits of nutrient management plans and positive impacts of fertilizer use. It concludes by describing integrated pest management strategies and soil conservation practices.
AbdulSattar Salih Al Mashhadani is an Iraqi national with over 37 years of experience in forestry, landscape design, and urban planning. He holds a PhD in Forest Cultivation from Voronezh State Academy of Forestry Engineering in Russia and has worked extensively in Iraq, Libya, and the United Arab Emirates (UAE). Currently, he works as a Landscape Expert for the Municipality of Abu Dhabi, where he oversees landscape projects and the introduction of native plants. He has published extensively and served as an Associate Professor at several universities. Al Mashhadani has expertise in areas such as afforestation, reforestation, desertification, gardening, and landscape conservation.
Assessment of industrial byproducts as permeable reactive barriers for landfi...eSAT Publishing House
IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology
Assessment of industrial byproducts as permeable reactive barriers for landfi...eSAT Journals
Abstract
Laboratory scale studies were conducted to investigate the feasibility of Industrial by-products as potential alternative medium to conventional gravel in the drainage layer of leachate collection system as permeable reactive barriers (PRBs) for landfill leachate treatment. Industrial by-products were used to treat effectively the landfill leachate, which is an innovative in-situ remediation technology. This study will open a tremendous scope of using industrial byproducts as potential medium for treating leachate and this would reduce the magnitude of the current industrial waste disposal problem and convert one waste into a beneficial material. Industrial waste, such as Steel plant by-product (Waste slag), Tire industry by-product (scrap-tire-shreds) and Rice Sheller by-product (Rice husks) were studied. The availability and the cost are important criteria in selecting a reactive material. These Industrial waste materials are inexpensive and abundant, and are, therefore, ideal for low cost leachate treatment. Leachate treatment efficiency was evaluated on the basis of percentage reduction in concentration of leachate parameters before and after treatment by passing through Test Cells 1 to 11 having different combinations of conventional gravel and various Industrial by-products with total thickness 500 mm of PRBs (multibarrier). Treated leachate samples were collected from Test Cells 1 to 11 at the interval of 30, 60 and 90 days. The percentage reduction in various leachate parameters was maximum with Test Cell-11 having combination of rice husk (125 mm), waste slag (125 mm), scrap-tire-shreds (125 mm) and gravel layer (125 mm) in equal proportion as PRBs (multibarrier). It has been observed that leachate sample after passing through combined beds of Industrial by-products and conventional gravel gave better results in comparison to Test Cell-1 containing conventional gravel bed singly. This performance trend can be attributed due to combined effect of conventional gravel and Industrial by-products bed on adsorption, ion exchange reactions, filtration, precipitation and biological uptake. The percentage reduction in BOD5, COD, Chloride (Cl−), Nitrate (NO3−), Phosphorus (P), Sulphate (SO42-) value was maximum upto 76.5%, 83.5%, 64.4%, 81.2%, 73.5% respectively. For reliable expectation on the longevity of PRBs (multibarrier), column test has to be performed for longer periods of time and the changes in material reactivity need to be observed. Keywords: Permeable reactive barriers, Landfill, Leachate, Industrial byproducts, Test Cells
Filtration of Greywater by Natural ProcessRohan Gajbhiye
This document is a project report on the filtration of greywater by the natural process using the Canna Indica plant. It discusses greywater characteristics, treatment technologies, and proposes a greywater recycling scheme for agricultural irrigation reuse. It describes conducting experiments to test various water quality parameters of untreated and treated greywater such as color, odor, turbidity, pH, and comparing the results to drinking water standards. The report finds that using a biosand filtration process with Canna Indica is an effective, low-cost way to treat greywater to make it suitable for reuse in gardening and irrigation.
This document describes an Internet of Things (IoT) based hydroponic system. Some key points:
- Hydroponics is a method of growing plants without soil, instead using mineral nutrient solutions. This allows farming in urban areas with limited space.
- An IoT-based hydroponic system is proposed that would automate and monitor the hydroponic growth process, requiring minimal human intervention. Sensors would monitor nutrient levels, pH, temperature and other factors.
- Hydroponics has several benefits over traditional soil-based agriculture like increased yields, no need for pesticides, and greater control over nutrient delivery to plants. The automated IoT system could further improve yields and make hydroponic
A REVIEW PAPER ON LOW COST SEWAGE TREATMENT BY ROOTZONE TECHNOLOGY FOR RESIDE...IRJET Journal
The document discusses the use of root zone technology (RZT) as a low-cost alternative for sewage treatment, especially for small towns. It reviews literature on using constructed wetlands and reed beds to treat sewage. A pilot study was conducted using reactors planted with different species to treat sewage from Herle, India. The results showed that RZT was effective at reducing pollutants like BOD, COD, and nutrients. It was found to be a more cost-effective option than conventional treatment plants, making it suitable for small communities that cannot afford expensive options.
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Introduction of Native plants in Landscaping Projects in Abu Dhabi City-2014
1. 6 - 7 MAY 2014
JUMEIRAH EMIRATES TOWERS
WWW.LANDSCAPESUMMIT.COM
Introduction of Native plants in Landscaping
Projects in Abu Dhabi City
Date: 06-07 May 2014
Dr. Abdul-Sattar Salih Al Mashhadani
Landscape Expert
Parks & Recreational Facilities Division
2. 2
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
CONTENT
RELATED TERMS
PREVIOUS WORKS
CURRENT STATUS
FUTURE VISION
PROPOSED MECHANISMS
PREPARED RELIABLE PS LISTS FOR LANDSCAPE PROJECTS
ESTABLISH A NATIVE PLANT RESEARCH STATION
NEGATIVE IMPACTS ON WILDLIFE HABITATS
CHALLENGES AND DIFFICULTIES
RECOMMENDATIONS
CONCLUSION
3. 3
RELATED TERMS
Native plant is a general term to describe plants endemic (exclusively native), indigenous or naturalized to a
given area in geologic time in response to physical and biotic processes characteristic of a certain region.
Endemic species are those species of plants which are found exclusively in a particular area (native to a certain
limited area). In biology and ecology, endemic means exclusively native to the Biota of a specific place.
Indigenous species are those species which are originating and living or occurring naturally in certain habitat or
may occur in areas other than the one under consideration. So, an indigenous species is not necessarily
endemic. Indigenous plants are native to a specific local area of the country. , so it's a local native plant.
Indigenous Plant = Local Native Plant
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
Naturalized species: An intentionally or unintentionally introduced species that has adapted and reproduce
successfully in its new environment.
So, the native plant can come from any part of Emirates, includes all its habitats: Coastal and Sabkha, desert
Sand sheet and dunes, mountain.
Natural landscaping (native gardening) is the use of native plants, including trees, shrubs, groundcover, and
grasses which are indigenous to the geographic area of the garden.
4. 4
PREVIOUS WORKS
The scientific studies of the UAE Flora, as vegetative habitats, commenced relatively late. They have been
conducted, since 1987, at a vigorous pace by many researchers, such as Jongbloed and Western..and
many others.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
We considered the most reliable and applicable reference was done by EAD (ERWDA 2004), which
prepared by Gary Brown & Sapitha Sager. They confirmed the existence of (800) of higher plants
species. roughly 400 species are known for AD Emirate and fixed by EAD, which represent 255 genera
and 66 families.
5. 5
CURRENT STATUS
NPS that used in design work are relative scarcity.
Some suitable NPS are using in design work.
Our greenery comprised primarily of non-native species.
The majority of non-NPS are introduced to our landscape randomly, which are high-maintenance
and need substantial support systems to keep them alive.
We can avoid all these gaps if we adopt :
Estimated steps toward discovering the potential features of NPS
proper selection of NPS for our landscaping projects.
Alternatively, our conventional designs have to be changed gradually too.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
the future designs will become traditional and given
a specific identification of national landscape.
6. 6
CURRENT STATUS
Recently, we found according to EAD lists that the
average percentage of selected NPS in ornamental
landscape projects in Abu Dhabi city is between 35 -37% .
As it turns out that the sum of NPS in the PRFD lists of drought and salt tolerant plant species have the
same percentage (not less than 35%).
This distinguished percentage has its promotional rank in
the future of the sustainable change across our existent
and new projects.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
Also, this percentage could increase if we take into account the estimate of adaptive introduced species
to the local environment conditions as well as the large group of succulent species.
7. 7
FUTURE VISION
Adopting the cultivation of native plants will contribute in preserving the NPS and reducing costs
,energy and environment impacts.
Benefits
Less water consumption ( More water available for other usages).
Less time and work ( Decreases manpower and saves energy)
Reserve the NPS especially that are disappearing due to urbanization.
Ensure food and shelter for birds, and other wildlife.
Retain our own unique horticultural identity
Strengthening capacities for drought & climate change impacts management.
Achievement of this naturalistic approach will be one of fundamentals
of environmental sustainability of natural resources.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
8. 8
FUTURE VISION
Accordingly, at the mid of last year 2013, the DMA had adopted a strategy of Introducing the native
plant species in landscaping projects and issued a guide “ Introducing of native plants in landscape
projects in Abu Dhabi Emirate “. This guide directs the concerned stakeholders to begin introducing of
native plants in landscaping projects.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
From on-going projects , ADM has been put the final conception of a landscape project to beautify Sheikh
Zayed street , by introducing the native plants on large scale. It is considered as a big initiative pilot in
Urban area of AD Island .
Municipality of Abu Dhabi city is focusing on the importance of using native plants in ongoing and
upcoming projects and planning to adopt best methods to introduce this strategy.
9. 9
FUTURE VISION
This pioneering project is compatible with Abu Dhabi’s 2030 vision to create a sustainable city that promotes comfortable
and sustainable transport routes while the soft landscape design takes advantage of the native flora , by encouraging the
use of native plant species, to reduce water consumption and economize maintenance costs.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
10. 10
PROPOSED MECHANISMS
Therefore , we are proposing the following mechanisms:
1) Prepared reliable PS lists for landscape projects.
2) Establish a research station for NPS.
Our current challenge is how to insure the success of naturalizing our urban greenery ?
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
This vital mission can be achieved by introducing appropriate PS
for landscape projects .
11. 11
1) PREPARED RELIABLE PS LISTS FOR LANDSCAPE PROJECTS
Initiative stage
To facilitate studying of Native Plant Species characteristics , we have to rely on EAD lists and their sort
according to their families and habitats.
The Major NP Families
Poaceae 73
Leguminose 42
Asteraceae 37
Chenopodiaceae 28
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
PROPOSED MECHANISMS
Accordingly,we observed that the best represented families are the Poaceae (73),Leguminose ( 42)
Asteraceae (37) and Chenopodiaceae (28).
12. 12
PREPARED RELIABLE PS LISTS FOR LANDSCAPE PROJECTS
According to habitat , We noticed that the best represented Habitats (as shown below).
This result was relatively agreed by Shaltout, Kamal Hussein and others (2008) in their study
“Vegetation Analysis of Some Desert Rangelands in United Arab Emirates”.
219
216
109
54
48 12
Numbers of NPS Different Habitats
Sand Formations
Mountain & Wadis
Oases & Plantation
Offshore Island
Coastal Saline
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
PROPOSED MECHANISMS
13. 13
PREPARED RELIABLE PS LISTS FOR LANDSCAPE PROJECTS
Preparatory Execution stage
A) Prepare the plant lists for the most appropriate species for landscaping projects, according to:
1. NPS habitats, including their life-forms.
2. The Analysis of NPS characteristics, including ornamental, aromatic, forage, medicinal, poisonous,
invasive species and other (allelopathic, thorny and toxic in some of its parts or all).
3. All confirmed suitable NPS species for landscape, which are subject for breeding and propagation
experiments, according to the standards and controls of proper scientific research.
4. All adaptive exotic species , which are used conventionally in landscaping projects, can be sorted
and classified according to their life-forms too.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
PROPOSED MECHANISMS
14. PLANTS OF VITAL IMPORTANCE ( EXAMPLES)
Scientific name Family
Ornamental Plants
Abutilon pannosum (G.Forst.) Schltdl. الحمبىك
Amaranthus hybridus L. رعاف
Arundo donax L. القصب
Caralluma spp. غلثى
Convolvulus arvensis L. العليق
Dianthus spp. قرنفل
Leptadenia pyrotechnica (Forssk.) Decne المرخ
Moringa peregrina (Forssk.) Fiori البان
Rumex vesicarius L. الحماض
Malvaceae
Amaranthaceae
Gramineae
Asclepiadaceae
Convolvulaceae
Caryophyllaceae
Asclepiadaceae
Moringaceae
Polygonaceae
Aromatic plants
Cymbopogon commutatus (Steud.)Stapf حمرا ، ليمىن حشيشة
Cymbopogon schoenanthus (L.)Spreng . األذخر
Ducrosia anethifolia )DC) Boiss. حزا
Pulicaria glutinosa Jaub.& Spach مهتدي
Poaceae
Poaceae
Apiaceae
Asteraceae
Poisonous Plants
Calotropis procera ( Aiton) W.T.Aiton األشخر
Chenopodium album L. الجمل ركب
Citrullus colocynthis (L.) Schrad. الحنظل
Cucumis prophetarum L. قشعىرالحمار
Euphorbia granulata Forssk. الخنيز
Euphorbia helioscopia L.
Euphorbia larica Boiss. عسبج
Euphorbia peplis L. لبينه
Pergularia tomentosa L.
Rhazya stricta Decne. الحرمل
Ricinus communis L. الخروع
Solanum nigrum L. الثعلب عنب
Asclepiadaceae
Chenopodiaceae
Cucurbitaceae
Cucurbitaceae
Euphorbiaceae
Euphorbiaceae
Euphorbiaceae
Euphorbiaceae
Asclepiadaceae
Apocynaceae
Euphorbiaceae
Solanaceae
PROPOSED MECHANISMS
15. 15
ORNAMENTAL PLANTS (Oas)
Abutilon pannosum الحمبىك Dianthus cyri قرنفل
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
16. 16
ORNAMENTAL PLANTS (Roc)
Rumex vesicarius الحماض Moringa peregrina البان
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
17. 17
ORNAMENTAL PLANTS (Roc & Oas)
Lippia nodiflora L. michx.
Phyla nodiflora (L.) Greene
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
18. 18
AROMATIC PLANTS
Cymbopogon commutatus Ducrosia anethifolia حزا
(Roc) (Dun, Pl & Roc)
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
19. 19
AROMATIC PLANTS (Pl & Roc)
Pulicaria glutinosa الغال
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
20. 20
POISONOUS PLANTS (Oas)
Chenopodium album الجمل ركب Solanum nigrum الثعلب عنب
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
21. 21
POISONOUS PLANTS
Cucumis prophetarum الحمار قشعىر Citrullus colocynthis حنظل
(Pl & Roc) (Roc)
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
22. 22
PREPARED RELIABLE NPS INDEXES FOR LANDSCAPE PROJECTS
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
PROPOSED MECHANISMS
D) Circulate the new species lists to specialized native nursery station for the purpose of testing their
proper breeding and propagation.
E) Later, this approach can lead us to screen and sort the suitable PS according also to the levels of
drought, salt, wind tolerance ….etc.
C) The New lists have to be available for developers and designers to work on selective landscape
projects.
B) Combine the lists of confirmed NPS with adaptive exotic species in order to adopt them by related
administration formally.
23. 23
PREPARED RELIABLE PS LISTS FOR LANDSCAPE PROJECTS
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
GENERAL SUSTAINABLE NOTES :
We have to focus an attention to select the species with well growing for example; the Ramath
shrubs (Haloxylon salicornicum) on the sand dunes, which being most tolerant to drought and
salinity and Thinda grasses (Cyperus conglomerates) that being the most tolerant to drought and
less water need (this may takes into account as recommendation to propagate in nurseries).
As general each plant species has to be selected on the basis of its physical appearance , growth
characteristics, cultural requirement ,environmental tolerances, and its potential for design use.
Preserve all the exist planted species ( adaptive and natural NS) in urban greenery.
Relocate all the mature shrubs and trees that obstruct any element of general safety.
PROPOSED MECHANISMS
24. 24
2) ESTABLISH A NATIVE PLANT RESEARCH STATION
Basic characteristics for the station:
Availability of permanent well water source .
Located in the area representing the whole desert habitat, close to the heart of the connected
road network between the Emirate cities.
Its area not minimum than 35 hectares.
The level of surface area is far from the level of ground water.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
PROPOSED MECHANISMS
Current state requires establishing a research station for the NPS (Includes a seed bank, nursery
and botanical garden).
This station will launch the foundation and the nucleus that will rely upon making systematic
change to the common landscape species composition.
It will maintain the WATER, one of most vital factors
that limits the sustainable development in the whole Emirates.
25. 25
Some Requirements for Plant Production Planning
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
1. Well Identification of NPS for ornamental purposes.
2. Identify the seed treatments and characteristics of each species.
3. Understand the stages of plant growth and their requirements ( from the seed collection or
reproductive parts preparation for planting in the appropriate media passage of the follow-up to
growth .. prepared for planting in the place of permanent ) .
4. How to establish an earlier specialized area for native mother plants.
5. Knowing the specific functions of nursery and how to prepare lists of its various activities and
documenting the operational data and materials and labor requirements.
6. How to develop and record accurate propagation protocols for each species to maintain the
success.
… And many other which leads to enhanced the success of this important trend.
ESTABLISH A NATIVE PLANT RESEARCH STATION
PROPOSED MECHANISMS
To enhance the Planning of Plant Production , it needs to conduct periodic training for workers and
engineers in order to achieve multi-purposes , including;
26. 26
NEGATIVE IMPACTS ON WILDLIFE HABITATS
Reduce their natural numbers , limit their diversity and their exchangeable effects with other
associated species.
The less diversity may lead to decrease the plant density to less ability to respond to
environmental changes .. and may die off other plants if it is exposed to a sudden illness or insects
or a sudden change in the weather.
The Nature stepped down to fill the gap caused by the drilling or plant removal by replacement a
strange plants of different species ... and often the species of invasive herbs.
The wild plants often grow poorly in the parks , so the propagated seedlings in nurseries (from
seeds or cuttings ) are the most survive after cultivation.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
The non- studied practices (seed collection or removal of wild plants or parts from them) with not
knowing how to deal with wildlife habitats, as well as the adverse effects that can have many
negative impacts on them as a whole, including:
27. 27
CHALLENGES AND DIFFICULTIES
The means of the safe and sustainable applications for the process of natural transformation of
Abu Dhabi landscape.
Weakness of the scientific research in related subject, in terms of the scientific staff, space and
technical equipments.
Lack of available information about the NPS characteristics and their suitability for landscape
projects.
Random introduction of plant species by individuals ,and private plant nurseries that targeting
commercial purposes
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
28. 28
RECOMMENDATIONS
Enlightenment about the positive results of the transformation process of the cultivation of NS on the
environment and the sustainability of natural resources within the corridors of decision-makers.
Adopt consultative approach with related partners to ensure that the ornamental curve of NPS usage
will harmonize alongside the other evolving land uses such as; Urbanization, farms establishment,
afforestation …) instead of competing with it.
All concerned partners (developers , contractors and the owners of nurseries) have to cooperate, by
following the correct and safe means, to ensure the success of the transformation to planting of
native plants..
Need to apply a legal restricted regulations that ruling the trading activities of whole plant categories
(Inside & Outside country) - especially by private plant nurseries.
Public awareness about the importance of planting the NPS.
Enhance all the means that work to refresh and develop the wild flora to ensure its diversity.
Current status needs to establish a research station for the NPS (Includes a seed bank, central nursery
and botanical garden).
This radical change in landscape requires extensive continuous works with scientific professionals
(Horticulturists, Taxonomists, Ecologists ,Seed Technologist , Plant Breeders...) to discuss the future
and the controls of Native plant cultivation in urban area and their impact on the wildlife habitats.
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
29. 29
CONCLUSION
Here we would like to emphasize on the fact that:
“As far as there are promising and serious indicators and attempts in introducing NPS
.. we have to pay an attention to the determinants of specificity and sensitivity of
their natural habitats”
Introduction of Native plants in Landscaping Projects
in Abu Dhabi City
REMOVING NATIVE SPECIES FROM AN ECOSYSTEM
IS LIKE TAKING RIVETS OUT OF AN AIRPLANE WING
Sekercioglu, C. H. 2010. “Ecosystem functions and services” , Oxford University Press 2010.
Any unbalanced steps based only on the processes of plant production
have their implications in threatening the bio-diversity of the national flora
that we seek to save and sustain.