PORTFOLIO
Landscape Architecture
Anjani Patel 2023
ABOUT ME
I am an enthusiastic and ambitious Landscape Architect with a fresh perspective and a deep passion for transforming spaces into eco-friendly, aesthetically pleasing environments. As a recent graduate with a master’s in Landscape architecture, I am excited to embark on my professional journey, utilising my creativity, technical expertise, and commitment to sustainability to make a positive impact on the world. To me design is not just aesthetics, it is an extension of who we are and our image. It is my belief, the design concepts we surround ourselves with, also show up in our personalities. I get inspired by simplicity and excitement, which is “understated elegance” in my book. I’m also mindful of a person’s changing needs and the environmental impact design structures can have and I keep both in mind while getting creative with my designs.
SELECTED PROJECTS Design Studio and Planting Design (Course work) Natures sprawl Design Studio and Masterplanning (Course work) Diverse City Newcastle 2050 Design Thesis RE-BOUND - Re-Imagining as a necessity for Living, learning and growing together. Design Studio and Construction drawings (Course work) Pocket Park Limbering Up Workshop (Course work) Butterfly Park Climate and Biodiversity Manifesto Other Works
Design Studio and Planting Design (Course work) Natures sprawl About the project This project is designed to use the knowledge I gained about ecology, plants, and systems of management and production to Create a creative design project for a live environment. The project is about considering the potential of a productive urban landscape to support the various and potentially conflicting needs of the city’s human and non-human inhabitants. The project is about re-imagining Newcastle as a continuous productive urban landscape and devise a productive planting strategy to achieve this. This project was delivered as a group, each of the group member had equal contribution in the work. the main focus of this project was to learn the planting typologies and planting schedule.
key plan seed mix to planting bed WF1 Flowering Meadow
scale 1:2000
Planting bed for agriculture
Pisum sativum 'Avola' Daucus carota 'Silvano' Changes after ever harvest
Mixture Breakdown 5.0%Phacelia(Phacelia tanacetifolia) 5.0%Cornflower(Centaurea cyanus) 10.0%Corncockle(Agrostemma githago) 2.5%Oxeye Daisy(Leucanthemum vulgare) 1.0% Foxglove(Digitalis purpurea) 10.0%Oxeye Sunflower(Heliopsis helianthoides) 2.5%Smooth Blue Aster(Symphyotrichum laeve) 6.0%Lance-Leaved Coreopsis(Coreopsis lanceolata) 3.2%Ribwort Plantain(Plantago lanceolata) 15.0%Corn Poppy(Papaver rhoeas) 5.0%Corn Chamomile(Anthemis arvensis) 8.5%Purple Coneflower(Echinacea) 2.5%Salad Burnet(Sanguisorba minor) 5.0%Leo (Birdsfoot Trefoil)(Lotus corniculatus) 2.8%Rudbeckia(Rudbeckia Hirta) 5.0%Corn Marigold(Chrysanthemum segetum) 2.0%Evening Primrose(Oenothera biennis) 2.0%Calendula Art Shades(Calendula art shades) 2.0%Cosmos "Sensation Mix"Cosmos "sensation mix") 3.0%Red Campion(Silene dioica) 2.0%Common Knapweed(Centaurea nigra)
Lavendula Angustifolia spread across the site
Thymus serpyllumt 5cm Module plants spread across the site
No.1 Carpinus betulus
No.3 Ceanothus thyrsiflorus Repens No.2 Magnoliaceae
No.1 Betula pendula No.1 Acer platanoides No.1 Betula Nigra
No.6 Pyrus communis 'Black Worcester' No.1 Carpinus betulus
No.1 Populus Nigra Italica No.4 Malus Domestica Braeburn
No.2Ceanothus thyrsiflorus Repens Product Name WFG9 (Wetland and Pond Areas) Mixture Breakdown 6.0%Salad Burnet(Sanguisorba minor) 0.5%Common Fleabane(Pulicaria dysenterica) 0.5%Meadow Sweet(Filipendula ulmaria) 1.5%Loosetrife(Lythrum salicaria) 0.3%Yellow Flag(Iris Pseudacorus) 0.1%Greater Birdsfoot(Lotus uliginosus) 0.5%Greater Burnet(Sanguisorba officinalis) 0.1%Water Avens(Geum rivale) 3.0%Soft-Rush(Juncus effusus) 0.5%Pendulous Sedge(Carex pendula) 2.0%Leo (Birdsfoot Trefoil)(Lotus corniculatus) 1.1%Borage(Borago officinalis) 2.0%Meadow Buttercup(Ranunculus acris) 2.0%White Clover(Trifolium repens) 25.0%Slender Creeping Red Fescue(Festuca rubra litoralis) 22.5%Crested Dogstail(Cynosurus cristatus) 10.0%Smooth Stalked Meadow Grass(Poa pratensis) 10.0%Tall Fescue(Festuca arundinacea) 7.5%Chewings Fescue(Festucarubra commutata) 5.0%Tufted Hair Grass(Deschampsia cespitosa)
No.1 Salix alba
No.1 Populus Nigra Italica
No. 1Lupinus albus
No.1 Carpinus betulus
No.1 Magnoliaceae
No.1 Salix alba No.1 Lupinus albus
No.1 Carpinus betulus
Planting Schedule
No.168 Buxus Sempervirens
No.1 Betula Nigra
Trees Numbers
Abbreviation Species
No.6
Tree
Salix alba
specifications Common name White willow Semi-Mature: 5 brks: 3x: RB: Clear Stem min. 200cm
Height
Density
Tree
Populus Nigra Italica
Lombardy Poplar
Standard: 3 brks: 250-300cm 2x: RB: Clear Stem 150-175cm
Counted
No.5
Tree
Carpinus betulus
common hornbeam
Counted
No.5
Tree
Acer platanoides
Norway maple
Extra Heavy 450-500cm Standard: 3x: RB: Clear Stem min. 200cm 300-350cm Selected Standard: 4 brks: C: Clear Stem 175-200cm
Tree (bush)
No.5
Tree
Tree(fruit)
Tree(fruit)
No.5
Tree
Counted
250-300cm
Counted
Pyrus communis 'Black Worcester' Malus Domestica Braeburn
400-500cm
Betula Nigra
Braeburn Apple River Birch
No.1Ceanothus thyrsiflorus Repens No.10 Hebe rakaiensis
Abbreviation Species
No.4
Fern
No.12
Fern
Bulbs/ root vegetables
Cyrtomium fortunei Polystichum aculeatum
Numbers
Abbreviation Species
No.9
bulbous Tubers
Grasses
Allium 'Universe' Daucus carota 'Silvano'
No.10 Hebe rakaiensis
Numbers
Abbreviation Species
No.18
Grass Grass
No.4 Malus Domestica Braeburn
No.200 Ilex Aquifolium No.1 Salix alba No.1 Olearia Macrodonta
Counted
No.1 Hedera helix 'Arborescens
450-500cm
Counted
450-500cm
Counted
No.1 Olearia Macrodonta
No.1 Hedera helix 'Arborescens No.1 Magnoliaceae No.1 Acer platanoides
Common name Holly fern
specification Height s 30-40cm Full pot:C
hard shield fern
Full pot:C
Common name ornamental onion or allium bulb carrot 'Silvano'
specification Density s Grade 10/11 10/m2 Seeds
No.1 Carpinus betulus
No.1 Populus Nigra Italica
No.180 Buxus Sempervirens
No.3Calluna vulgaris 'Spring Torch' No.1 Carpinus betulus
Fern Numbers
No.2 Malus Domestica Braeburn
No.1 Hedera helix 'Arborescens' No.1Cornus sanguinea 'Magic Flame' No.1 Olearia Macrodonta
1.5-1.75m
Extra heavy : 5 brks: 3x: RB: Clear Stem min. 200cm Extra heavy : 5 brks: 3x: RB: Clear Stem min. 200cm Multi-Stemmed:: 3 Stems min.: C
No.1 Populus Nigra Italica
No.1 Skimmia Japonica Rubella No.1 Salix alba No.1 Lupinus albus
Counted
Magnoliacea Magnolia 'He Bushy, pot size e aven Scent' 20L Betula Silver birch Multi-Stemmed: pendula Bushy: 3 Stems min.: C pear 'Black Worcester'
No.80 Buxus Sempervirens
No.1Skimmia Japonica Rubella
No.8
No.6
No.1 Lupinus albus No.1 Olearia Macrodonta
500-550cmc Counted m
10-20cm
Pot size
Density
5L
Counted
No.1 Olearia Macrodonta
3L
Counted
No.1 Populus Nigra Italica No.1 Skimmia Japonica Rubella No.1 Magnoliaceae
No.6 Pyrus communis 'Black Worcester'
No.1 Hedera helix 'Arborescens
No.3 Calluna vulgaris 'Spring Torch'
No.1 Betula pendula No.1 Olearia Macrodonta No.1 Lupinus albus
10/m2
No.1 Salix alba
Common name Calamagrosti feather reed s X Acutiflora grass Karl Foerster
specification Hight s Feathered 80-100cm shaped full pot: C
Pot size
Density
3L
4/m2
Miscanthus Sinensis Gracillimus
Feathered shaped full pot: C
10L
4/m2
100-120
No.1 Cornus sanguinea 'Magic Flame'
No.1 Cornus sanguinea 'Magic Flame'
100 Ilex Aquifolium
No.100 Buxus Sempervirens No.1 Populus Nigra Italica
No.3 Calluna vulgaris 'Spring Torch' No.1 Salix alba No.1 Carpinus betulus No.1 Hedera helix 'Arborescens
No.1Ceanothus thyrsiflorus Repens
No.1 Acer platanoides No.1 Magnoliaceae No2 Skimmia Japonica Rubella
No.1 Betula Nigra
No.2 Carpinus betulus
scale 1:100
No.1 Carpinus betulus N
sheet 1/2
Design Studio and Masterplanning (Course work) Diverse City Newcastle 2050 About the project-When applied across the master-plan site, the six design principles collectively create a diverse environment, with usable green spaces at both ground and rooftop levels. The master-plan represents a significant shift from grey to green infrastructure. An ecological water park in the South West corner of the site is a focal point for drainage towards the river, taking advantage of the topography of the site. The green nature of open space extends along the quayside, taking advantage of the outlook on to the River Tyne. below are shown few of the main elements of the design. this project was a group work, the whole team had equal contribution in this project.
Two critical strands will run across all principles: plan for biodiversity, and maximize opportunities to increase tree canopy cover. This reflects the evident need to make a fundamental shift to prioritize the critical need to sustain and enhance local biodiversity. green roofs open green space trees water public transport route hydrophilic route orange route linking open space pink route linking open space
The city will be a positive environment for people and biodiversity, which is able to adapt to the effects of climate change. Diversity of spaces, levels and travel will be provided for diverse users, creating a wide range of benefits. Placing diversity at the heart of the urban core will create a varied, vibrant and green environment, making the city an enjoyable place to live and work in 2050 when the effects of climate change will be felt to a greater extent.
NEWCASTLE 2050: Diverse City
Grays Group: Masterplanning the Resilient City 2050
Visualization for Newcastle 2050
RE-BOUND - Re-Imagining as a necessity for Living, learning and growing together.
My thesis research revolves around the intersection of play and nature, highlighting the evolving significance of play in our lives. The central approach is to explore sustainable ways of incorporating play into landscapes, utilizing organic and recycled materials to redefine the relationship between recreation and the natural world. The research will delve into topographical design, examining how land shape and contour can enhance playful experiences, and it emphasizes the concept of “Reuse, Rebuild, and Relink” to promote ecological sustainability by incorporating recycled elements. Additionally, the study will address brown field design and soil remediation, transforming abandoned areas into vibrant, community-enhancing spaces. My personal motivation stems from a childhood lacking dedicated outdoor play spaces, sparking an investigation into the unequal distribution of such spaces. Furthermore, the research delves into the profound impact of play and green spaces on mental and physical health, highlighting the vital connection between nature, well-being, and human flourishing. Ultimately, the aim is to propose innovative design solutions that harmonize play and the natural environment, fostering a deeper connection with nature and inspiring future generations to embrace the transformative power of play. Site Context
Overall Objective Multifaceted Objectives: The design has multiple goals. Promote Physical Fitness: Encourage physical activity for better health.
Design Aims
Located at Arena Way in Newcastle Upon Tyne (NE4 7NA), this site spans approximately 18.69 hectares. Its unique context is characterized by its surroundings and connectivity. To the north,it is bordered by Newcastle Arena and its adjacent parking lot, while the eastern boundary is defined by the Redheugh Bridge. The southern edge of the site is marked by the picturesque River Tyne, offering potential for waterfront views. Additionally, the site benefits from its proximity to key urban landmarks, including the Central Station, the Centre for Life, and Newcastle College. This southwest city location presents an intriguing opportunity due to its inexplicably prolonged abandonment, offering a remarkable riverside setting with south-facing aspects and captivating views across to Gateshead. However, the site also poses significant topographic challenges, with elevation ranging from 5m at its lowest point to 26m at its highest. Furthermore, the potential for soil contamination, stemming from its history as a lead mine, and the presence of unused buildings and retaining walls present additional complexities in its development.
Boundary-Free Play Environment: Create a play space without limitations.
Incorporate Fundamental Movements: Integrate activities like balancing, Natural Elements Integration: Incorporate elements like trees, rocks, water bodies, and open spaces. crawling, hanging, running, jumping, and building. Diverse Play: Cater to a variety of play types and activities.
Connection with Nature: Encourage interaction with the natural world.
Well-being Promotion: Aim to enhance overall well-being.
Aesthetic Enhancement: Improve the visual appeal of the space. Unstructured Play: Provide opportunities for free, unscripted play. Foster Freedom, Exploration, and Discovery: Promote a sense of independence and the joy of discovery.
…
Design Studio and Construction drawings (Course work) Pocket Park About the project-This project helped in understanding design and construction principles for a range of landscape features, including pavements, site furniture, boundary treatments and steps. also be able to select a material palette for a design scheme according to context, design intent, function and environmental performance. Finally, I creatively apply the knowledge gained on materials and construction techniques to a small design project (pocket park). In total, the project will have a carbon footprint estimate.
THERAPEUTIC LANDSCAPES
ELEMENTS TO CREATE A THERAPY LANDSCAPE: Therapeutic landscapes require to meet physical, psychological and social needs. Following are some of the elements to enhance the design.
Colour
Lighting
Exercise
Privacy
Sound
Repetition
Variety in heights
Focal Point
Scent
Wildlife
TYPES OF SPACES: 1. Healing Gardens • A healing garden should give a sense of restoration from stress and have other positive influences on patients, visitors and staff/ caregivers. • These healing landscapes can be located in or outdoors, but to qualify as healing “gardens” they should have real nature such as plants and/or water features. 2. Accupressure parks • The acupressure walkway technically called a reflexology walkway is a path designed to massage and stimulate acupressure points on the soles of the feet, which are connected to various energy meridians of the body. 3. Sacred Lawn A typical type of even grass is used as a softscape. It has many mental as well as physical benefits. 4. Meditation Garden • Meditation gardens are intimate spaces created for unwinding and reflecting, away from the noise and clutter of daily routines. • Floral scent, running water, moss-covered stones, textured foliage and birdsong may all play roles. Gardens of all shapes and sizes are easily transformed into places of personal respite. 5. Water Fountains A pond, water feature or fountain can have positive health benefits primarily reducing blood pressure and stress levels as well as improving physical and mental health.
49
years to positive
Climate Positive Design Scorecard
Project Name Type of project
Net Impact over 50 years
pocket park Park
-0 Metric Tons
Total Area
1,212 sq metres
0 hectares
Total Material Emissions (Embodied Carbon)
32,345 kg CO2-eq
Planted area
530 sq metres
44% of total area
Total Plant Sequestration
32,680 kg CO2-eq
Emissions per area
26.9 kg per m2
Total Operational Emissions
236 kg CO2-eq
Net Project Impact
Sequestration per area
27 kg per m2
Project Emissions Furnishings Furnishings:: 2.9 %
Carbon Dioxide (tonnes CO2)
35
32.6 MT C O 2
PROJECT EMISSIONS
30 25
S UE EQ MT C O 2 TS ECNET IMPACT
-0.1
PR
OJ
IO AT TR
N
Walls, curbs & headers : 10.1 % headers:
20 15 10 5 0
2025 2030 2035 2040 2045 2050 2055 2060 2065 2070
Construction Completion
50 Year Lifespan
Paving: 87.0 % Paving:
Limbering Up Workshop 02: Butterfly Garden Module: ARC8121(Landscape Architecture Studio) Session: 2021/2022 Group A
The living conditions of butterflies: 1. Plenty of nectar
Lifecycle
2. Warm
3. Fallen fruit 4. Avoid pesticides 5. Shelter(large leaves)
Egg Caterpillar Chrysalis
(In North East England)
Species
Lifecycle
JUN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC
Large Skipper
Tropaeoleum majus Brassica oleracea Sinapis arvensis Sisymbrium officinale
Grassland, downs, road verges, field edges, woodland
Small Skipper
MASTERPLAN
Dactylis glomerata Molinia caerulea Brachypodium sylvaticum
Wide range of open, sunny(woodland rides, cleanings dunes, underdiffs, healthland, railway lines, wast ground)
Dingy Skipper(endgrd)
SKETCH
Shrubs, tallherbs, grasses(woodland rides, wet heathland...)
Variety gardens, cabbages
Large White
Adult
Foodplants
Variety gardens, cabbages
Small White
Green-veined White
Habitat
Hedgerows, ditches, rivers, lakes, ponds, moorland, wooland rides and edges
Tropaeoleum majus Reseda lutea Crambe maritima
Lotus corniculatus Hippocrepis comosa
Holcus lanatus Phleum pratense H.mollis Brachypodium sylvaticum Alopecurus pratensis
Alliaria petiolata
Best viewing time
CONCEPT
Alliaria petiolata
Cardamine pratensis Sisymbrium Rorippa nastur- Brassica oleracea officinale tium-aquaticum
The upper end of the structure belongs to the living space of the adult butterflies, and the network is used to grow flowers and plants to provide living space for the adult butterflies.
The lower part of the structure is the living space for butterfly eggs. It is built underground to protect the eggs from wind and thus improve their survival rate
GEODESIC DOME
BUTTERFLY HABITAT
- They are based on a network of triangles which does not need a foundation. Lake
- They are strong and resilient to forces such as those from snow loads, earthquakes and wind.
Flower bed
Cave
Structures
- The materials used for this strucSECTION A-A’ ture is galvanized steel frame covered with perixiglass panels. A
A
A’
SECTION B-B’
SECTION C-C’
C
B
B’
C’
Other works
Thank You Contact Information Email: anjani.pateldesigns@gmail.com