哈佛GSD推出“Polinature”：一個改變城市氣候的插入式公共空間
Harvard GSD Inaugurates Polinature, a Plug-In Public Space to Transform Urban Climates

由專筑網(wǎng)Yinglin，小R編譯

Ecosistema Urbano事務(wù)所的建筑師Belinda Tato和Jose Luis Vallejo設(shè)計了一種“插入式”公共空間，旨在應(yīng)對設(shè)施不足的城市環(huán)境中氣候變化的影響。這一裝置名為“Polinature”，由哈佛大學(xué)的薩拉塔氣候與可持續(xù)發(fā)展研究所資助，目前已安裝于哈佛綠色建筑與城市中心的后院中。這一亭式裝置結(jié)合了設(shè)置于腳手架中的本地植物和充氣式生物氣候遮篷，旨在展示小規(guī)模干預(yù)措施如何對局部微氣候和生物多樣性產(chǎn)生復(fù)合的積極影響。

Architects Belinda Tato and Jose Luis Vallejo of Ecosistema Urbano have designed a plug-in public space designed to address the effects of climate change in ill-equipped urban environments. Titled Polinature, the installation has been funded by the Salata Institute for Climate and Sustainability at Harvard, and is now installed in the backyard of the Harvard Center for Green Buildings and Cities. The pavilion, featuring native plans set into a scaffolding, with an inflatable bioclimatic canopy, aims to demonstrate how small-scale interventions can create compound positive effects for the local micro-climate and biopersity.

隨著全球極端高溫的頻發(fā)，維持戶外公共空間的舒適性和實用性變得愈發(fā)困難。受這些變化影響最嚴(yán)重的是弱勢群體，他們本就缺乏對公園和綠地的平等獲取權(quán)?！癙olinature”成為當(dāng)下一些問題的臨時解決方案。作為哈佛設(shè)計研究生院的景觀建筑教授，Belinda Tato與Jose Luis Vallejo共同致力研發(fā)改善不同氣候條件下生物氣候環(huán)境的解決方案。

Maintaining the comfort and usability of outdoor public spaces has become increasingly challenging due to the rise of extreme heat across the globe. Affected most severely by these shifts are vulnerable communities, who are already faced with a lack of equitable access to parks and green spaces. Polinature has been developed as a temporary solution for these issues. As a Landscape Architecture Professor at Harvard Graduate School of Design, Belinda Tato, together with Jose Luis Vallejo, set out to design solutions that could improve bioclimatic conditions across varying climates.

這一設(shè)計名為“城市生物多樣性套件”，由三大主要組成部分構(gòu)成：腳手架結(jié)構(gòu)、本地植物和充氣式遮篷系統(tǒng)。其模塊化特性確保每個部件都可以輕松組裝、拆卸和重新配置，從而提供靈活性并減少浪費。“Polinature”的適應(yīng)性使其能夠根據(jù)需求使用本地的可持續(xù)材料進行定制，從而轉(zhuǎn)變?yōu)橐粋€適用于城市干預(yù)的可行模型，并且所有技術(shù)圖紙和說明均以開源資源的形式提供。

這一裝置的主要目的之一是支持城市環(huán)境中的傳粉者棲息地。該裝置種植了來自美國東北部的1400多株本地開花植物，旨在吸引如蜜蜂、蜂鳥和帝王蝶等重要的傳粉物種。除了打造一個吸引人的聚集空間外，這些植物也證明了傳粉者在生態(tài)系統(tǒng)中發(fā)揮的重要作用。

The design, referred to as an "Urban Biopersity Kit," utilizes three primary components: scaffolding, native plants, and an inflatable canopy system. Its modular nature ensures that each part can be assembled, disassembled, and reconfigured, offering flexibility and minimizing waste. The adaptability of Polinature allows it to be customized with local, sustainable materials, transforming it into an accessible model for urban interventions, with all technical drawings and instructions available as open-source resources.
One of the main purposes of the installation is to support pollinator habitats within urban environments. It features over 1,400 native flowering plants from the northeast, designed to attract essential pollinator species such as honeybees, hummingbirds, and monarch butterflies. In addition to creating an inviting gathering space, these plans promote the crucial role that pollinators play within the environment.

此外，“Polinature”的可調(diào)節(jié)遮篷利用橙色氣候氣泡和白色照明模塊來調(diào)節(jié)溫度并提供照明。傳感器技術(shù)使裝置能夠根據(jù)環(huán)境變化進行動態(tài)調(diào)整，例如在檢測到高溫和濕度時釋放微風(fēng)，從而提升用戶的舒適度。此外，這種數(shù)字互動功能使訪客能夠與現(xiàn)場展示的實時氣候數(shù)據(jù)進行互動，提升所有訪客的環(huán)境意識，并促進交流。

Additionally, Polinature's adaptable canopy utilizes orange climatic bubbles and white lighting pods to manage temperature and provide illumination. Sensor technology enables the installation to adjust dynamically to environmental changes, enhancing user comfort by releasing breezes in response to detected heat and humidity. Moreover, this digital interactivity allows visitors to engage with real-time climatic data displayed throughout the site, fostering environmental awareness and interaction for all who visit.

生物多樣性常常被忽視，但其在城市環(huán)境中扮演著重要角色，它確保了生態(tài)系統(tǒng)的連續(xù)性，并維持傳粉者物種的生存。通過整合綠色植物和多樣化的城市空間，城市設(shè)計可以大力支持這些生態(tài)系統(tǒng)，促進多種植物、動物和昆蟲物種的繁衍與共存。

While often overlooked, biopersity plays an important role in urban environments, ensuring the continuity of ecosystems and sustaining pollinator species. Urban design can contribute significantly to support these ecosystems, by integrating greenery and perse urban spaces that foster a perse range of species of plants, animals and insects.

項目信息
概念與設(shè)計：Ecosistema Urbano
項目總監(jiān)：Belinda Tato [Associate Professor in Practice of Landscape Architecture at the Harvard GSD] and Jose Luis Vallejo
協(xié)調(diào)與執(zhí)行：Marco Rizzetto, Lily Liebes
設(shè)計團隊：Vicky Vlachodimou, Jorge Izquierdo, Elena Castillo, Julia Casado, Nadyeli Quiroz
圖片：Emilio P. Doiztua, Pablo Perez Ramos, Ecosistema Urbano

Project credits:
Concept and design: Ecosistema Urbano
Project Directors: Belinda Tato [Associate Professor in Practice of Landscape Architecture at the Harvard GSD] and Jose Luis Vallejo
Coordination and Execution Management: Marco Rizzetto, Lily Liebes
Design team: Vicky Vlachodimou, Jorge Izquierdo, Elena Castillo, Julia Casado, Nadyeli Quiroz

本文版權(quán)歸腿腿教學(xué)網(wǎng)及原創(chuàng)作者所有，未經(jīng)授權(quán)，謝絕轉(zhuǎn)載。

上一篇：政策新聞 | 嘉興住建局關(guān)于商品房買賣合同撤銷備案公示2025.2.19

下一篇：政策新聞 | 貴州省住建廳關(guān)于核準(zhǔn)恒藝鼎豐建設(shè)集團有限公司等資質(zhì)注銷的公告

猜你喜歡

建筑賞析|合肥萬象城屋面改造

BIM建筑|優(yōu)秀獎方案｜深圳市坪山區(qū)體育公園 / 北京交大建筑設(shè)計院

BIM建筑|華工設(shè)計院新作：漂浮校園，江蘇省梅村高級中學(xué)空港分校

BIM建筑|山水療愈，身心宜居：杭州市第一社會福利院 / 浙江大學(xué)建筑設(shè)計研究院

BIM建筑|華藝設(shè)計+MVRDV中標(biāo)方案：深圳市坪山區(qū)體育公園

BIM建筑|灣區(qū)新地標(biāo)，橫琴文化藝術(shù)中心｜徐昀超建筑工作室（深總院）新作

最新課程

HiBIM場布視頻教程

HiBIM

2272人已學(xué)

HiBIM軟件視頻教程

HiBIM

2564人已學(xué)

Revit變徑族制作視頻教程

Revit

3131人已學(xué)

Revit 四通族制作視頻教程

Revit

2233人已學(xué)

Revit 三通族制作視頻教程

Revit

2310人已學(xué)

Revit MEP 構(gòu)件族揭秘制作

Revit

4532人已學(xué)

推薦專題

Revit下載全版本2014~2025專輯

Revit離線族庫、樣板、族樣板專輯

BIM電腦配置專輯

全國BIM等級考試相關(guān)內(nèi)容專題

全國BIM標(biāo)準(zhǔn)合集

Revit常見安裝問題專輯

1+X歷年真題合輯

Revit基礎(chǔ)工具詳解專輯

廣聯(lián)達軟件下載專題-MagiCAD下載,施工建模,模板腳手架,BIM5D

bim模型手機查看軟件專題

bim軟件_bim軟件有哪些_bim軟件介紹_bim軟件多少錢一套

Revit2024專題-Revit2024下載,Revit2024教程,Revit2024新功能

成塔混動設(shè)計

Revit2025專題

CATIA軟件專題

SketchUp軟件專題

V-Ray軟件專題

Enscape軟件專題

AutoCAD軟件專題