2015 STUDENT LANDSCAPE ARCHITECTURE DESIGN COMPETITION PRIZE WINNERS

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1 HOSTED BY Saint-Petersburg State Forest Technical University ORGANIZED BY Association of Landscape Architects of Russia 2015 STUDENT LANDSCAPE ARCHITECTURE DESIGN COMPETITION PRIZE WINNERS FIRST PRIZE IFLA Group Han Prize for Student Landscape Architecture SECOND PRIZE IFLA Zvi Miller Prize THIRD PRIZE ALAROS Merit Award Scales of Time Lucia de Blas Noval, Gonzalo Bassulta Calvo, Ana Paola Castillo Rodriguez, Marco Orobello University of Valladolid, Spain Growing Dam Ran Wu, Nan Hu, Wei Liu, Wanyi Li, Xiangyan Wei Beijing Forestry University, China Carbon + Footprint Binquan Huang Tongji University, China 1

2 FIRST PRIZE IFLA Group Han Prize for Student Landscape Architecture Scales of Time Lucia de Blas Noval, Gonzalo Bassulta Calvo, Ana Paola Castillo Rodriguez, Marco Orobello University of Valladolid, Spain JURY NOTES This project deals with the relationship between landscape, architecture and time in Valladolid, Spain. The jury commends the way the analysis was presented and the apparent logic in the process and graphics. The project acknowledged a previously unloved and omitted space, and endeavored to give it new purpose and meaning. The proposal emerged from careful study of the place, of the city, of the river and of the time. It included drawings of the past, present and future. 2

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4 SECOND PRIZE IFLA Zvi Miller Prize Growing Dam Ran Wu, Nan Hu, Wei Liu, Wanyi Li, Xiangyan Wei Beijing Forestry University, China JURY NOTES This project provides a fresh view for an old problem of water inundation in the Netherlands, and suggests a conceptually different approach to flood attenuation in this area. Three alternative scenarios were outlined: conventional, economical, environmental, and although untested, could provide the basis upon which a more viable combined approach could be taken. The jury noted the clarity of graphic communication. 4

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6 THIRD PRIZE ALAROS Merit Award Carbon + Footprint Binquan Huang Tongji University, China JURY NOTES This project dealt with the landscape reclamation of a disused quarry site in Songjian District, Shanghai, and carefully considered its carbon footprint. The jury appreciated the multidimensional analysis and the consideration of three-dimensional space. The proposal was intimate and human-scaled, and combined a strong educational function and the potential for multiple interpretations of the program. 6

7 1 carbon + footprint concept EXPLanation Coal Water Labor Food Management Ship (5.3 Hectares) Airplane Butcher Carbon Footprint Education Park Petrol Market Information Shanghai - Songjiang Place 8th - 19th Century Farming and fishing Recycle Unknown Late 19th Century Opening harbour 20th Century Industrial development 36.4 kg After late 20th Century International metropolis educational park design in a disused QuarrY Site Increased carbon emissions will lead to the greenhouse effect and global average surface temperature will rise in 2100 of 1.4 to 5.8 degree. Same time, global warming, rapidly melting the polar ice, rising sea levels. If the sea level slightly increase 1 meter, it's enough to cause 56 million people in developing countries becoming refugees. Truck Transportation China - Shanghai 2 carbon + footprint GREEN HOUSE EFFECT Fertilizer 1kg Beef The total amount of greenhouse gases caused by transportation, food production and consumption as well as various types of production processes, activities, products or individuals. Eletricity background & history Chen Mountain CARBON FOOTPRINT educational park design in a disused QuarrY Site Plane : 28 kg / 100 km Subway : 10 kg / 100 stops Steamship : 1 kg / 100 km Train : 1 kg / 100 km Cigarette : 0.2 kg / 10 packs Milk Coffee : 1 kg / 1 L Chicken : 1.1 kg / 1 kg Electricity : 78.5 kg / 100 Kw/h Gas : 71 kg / 100 m3 Natural Gas : 217 kg / 100 m3 Heating : 4765 kg / 100 m2 : 0.4 kg / 1 L Bird View Entering the Park Travelling in the Park Layout & PLanning Shopping Carbon Footprint Increase A Enjoy Service Generate Rubbish site analysis Ecology Education CARBON + FOOTPRINT PARK Entrance ha 1.4 Start 10.5 kg/day Menu B beat 67% people in Shanghai Fish Salad Soup Beef Chips Cola Carbon Footprint Calculator Calculate the total carbon footprint Emission= 3.7 kg Emission= 8.9 kg Non-carbon Traffic Carbon Footprint Decrease Carbon Footprint Calculator Wetlands 12 Setting Your total carbon footprint is Menu A Private Traffic Visit the homepage of park 5.3 ha Leaving the Park Food Quit Planting Trees Boundary Buildings Self-service orientation, interpretation and Carbon Footprint calculation 9 Quarry site Wooden Platform Bird View 6 8 Bared land Vegetation Suspension Bridge Top View Donation Air Corridor Air Corridor Air Corridor View Closely Smell Touch Ground Corridor Experience Cliff Corridor Cliff Corridor Cliff Cave Look Back Contemplate Memorize Connect to the Internet Big data & data mining Online payment & Carbon Footprint calculation 7 Arbor produce oxygen: 6880kg / d Shrub produce oxygen: 10710kg / d Farm land Total : 0.88 million people 3 A 1 Before Construction 2 Entrance Arbor produce oxygen: 9630kg / d Local Species Protection Warehouse Reusing Secondary Forest Belt Ecological Education Village Revival Project 1 Secondary Forest Belt 2 Ecological Recreation Belt 3 Green Gallery Bridge 4 Carbon Foorprint Museum 5 Cliff Restaurant 6 Quarry Site Restoration Exhibition Master Plan Layout Shrub produce oxygen: 11970kg / d 7 Forest Path 8 Listening Birdsing House 9 Waterscreen Film Square 10 Aquatic Plant Purifing Garden 11 Planting Experience Area 12 Watching Birds Tower Total : 1.08 million people After Construction Underflow Current Arbor produce oxygen: 11700kg / d Shrub produce oxygen: 13230kg / d Rainwater Forest belt Total Recreation belt Future Waterfront belt Eco Corridor Green Flow Diversified Belts Flow of Rainwater Mine Site Path Distribution Sequential Design Evergreen Plants Pinus thunbergii Ilex cornuta Elaeagnus pungens Xylosma racemosum Photinia 60 m 50 m Attractions Sight view Pterocarya stenoptera Pistacia chinensis Fallopia multiflora Sapium sebiferum Koelreuteria 40 m Visiting Order Sapium sebiferum Activities Carbon Footprint 30 m Space Size 20 m Vines Travel Route Wisteria sinensis Kadsura interior Pharbitis nil Sight View & Attractions Connection of Attractions Strength of Attractions Campsis grandiflora Terrain area Vine Drought tolerant Terrain Valley Eco-garden Experience area Green belt area Recreational area Terrain 70 m Route llex purpueahassk Deciduous Plants Bare land : 1.24 million people 5 Years Later River belt High intensity Middle intensity Middle intensity Low intensity Flat Low intensity Valley Slope Flat Pollution tolerant Exotic plant Pioneer plants Ornamental plants Slope Theme Zonings Intensity Levels Topography Vegetation Secondary forest Wetland plants 1 Carbon Footprint Museum 0m Big 2 Cliff Restaurant Medium Site Restoration Exhibition 3 Quarry -35m Medium Listening Bird-singing House Small Small 4-20m -50m Corridor 5 Ground -60m 10 m 0m -10 m -20 m -30 m -40 m -50 m A-A Section -60 m 7