How nature inspires the design of Indonesias New Capital City

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what do you think cities look like in 50

100 years

do you think of advanced technology

autonomous cars and modern

infrastructures

but

will we live to see our cities

reach this level of modernization

and more importantly

will our cities survive to see it

for instance

part of my capital city of jakarta with

a population of 11 million

are predicted to sink by 2030.

rising temperatures and water levels are

only going to make it worse for my home

city

could it be

because we didn’t build it the right way

we have been creating

cities with more or less a common

approach

copying the most popular practices

around the world and bringing them to

our cities without paying heeds to our

specific cultures and needs

so

when the government of indonesia

decided to relocate the capital city

from jakarta to east borneo

it posed a unique opportunity

to create a better model for a future

city

and unlike jakarta

borneo is famous

for its dense tropical forests

rolling hills

and as a habitat for sensitive

environments and ecosystem

so

we thought

what if

we search

listen

and learn

and find clues from this beautiful

landscape

what if we emulate the elements of the

rainforest

into our urban context

but

how do we do that

well here are some clues

for example the rainforest emerging

canopies

teach us how to reach out to the sun and

harness energy

while the understory give us clues to

establish interconnection between

different elements in our case

structures and buildings

while the rainforest floor

teaches how to have a permeable surfaces

harnessing rain water and nutrients from

the soil

the buttress roots

give us a clue on how to build an

efficient conduit with a strong

foundation but how do we translate these

ideas into our cityscape

first

we elevate parts of the ground floor of

our city

to be built on stilts

allowing water and wind movement

ventilation and sunlight to penetrate

creating minimal impact on the soil

so we work with the natural contour

instead of against it

second

we built a system of skywalks that

interconnect buildings

above the ground and link them with the

public transport nodes

creating an almost branch-like system

to facilitate easier and more direct

access

this will allow us to achieve

15-minute cities

where the residents can reach their

basic needs and amenities

within short walking distance

this skywalk system

can

in the future

be used to facilitate integrated

infrastructure corridors and smarter

deliveries

using modern technology

these are just a few examples

interestingly

this is not the first time

that someone is looking to replicate the

elements of nature

our vernacular architecture has always

drawn inspiration

from the natural surroundings

and been respectful towards it

traditionally

homes in indonesia were built on stilts

allowing water vegetation and wildlife

to flourish

and with minimum footprints on the

environment

not just that it is also proven to be

more resilient

during disasters

for example in the 6.5 richter

earthquake of padang in 2009

most of the structures that survived

were the old steeled

we envision our new capital city of

borneo

returning to these ancient principles

we call it nagara rimba nusa

a city that’s built on wisdom of the

forest and culture of indonesia

a city that will soon become our new

home

now

there’s another thought

what if

all of us try to find clues

from our nature and culture to transform

our new cities

imagine

renewed cities

in central africa

inspired by safana woodlands

or cities in south america

inspired by river ecosystem

or cities in sri lanka

inspired by highland rainforest

wouldn’t that be something

future cities don’t always need to look

too far ahead

try to look around

and listen carefully to your unique

nature and culture

the clues are there

we found inspiration from our indonesian

tropical forest and vernacular

architecture

and we hope you can find yours too

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你认为 50

100 年后的城市会是什么样子

你认为先进技术的

自动驾驶汽车和现代

基础设施,

我们是否能看到我们的城市

达到这种现代化水平

,更重要的是

我们的城市会

例如,我的首都雅加达

拥有 1100 万人口,

预计到 2030 年部分地区将下沉。

气温和水位上升

只会让我的家乡变得更糟,

可能是

因为我们没有 以正确的方式建设

我们一直在

以或多或少的通用方法创建城市,

复制世界上最流行的做法

,并将它们带到

我们的城市,而不注意我们的

特定文化和需求,

所以

当印度尼西亚政府

决定搬迁时

从雅加达到东婆罗洲的首府城市,

为为未来城市创造更好的模式提供了独特的机会

,与雅加达不同的

,婆罗洲以其密集的交通而闻名 光学森林

连绵起伏的丘陵

,作为敏感环境和生态系统的栖息地,

所以

我们

想如果

我们搜索

聆听

和学习

并从这片美丽的风景中寻找线索会

怎样 这里有一些线索

,例如,雨林的新

檐篷

教会我们如何接触太阳并

利用能源,

而下层为我们提供线索,

在我们的案例

结构和建筑物中建立不同元素之间的相互联系,

而雨林地板则

教会我们如何拥有一个可渗透的

利用土壤中的雨水和养分的表面

支撑根部

为我们提供了一条线索,让我们了解如何建立一个

具有坚实基础的高效管道,

但我们如何将这些

想法转化为我们的城市景观

首先

我们将城市底层的部分

提升为 建在高跷上,

允许水和风运动

通风和阳光穿透,

创造最小 对土壤的影响很小,

因此我们使用自然轮廓

而不是反对它

其次

我们建造了一个天桥系统,

将地面上的建筑物连接起来,并将它们与公共交通节点连接起来,

创建一个几乎像树枝一样的系统,

以方便更直接和更直接

访问

这将使我们能够实现

15 分钟的城市

,居民可以在很短的步行距离内满足他们的

基本需求和便利设施。

这个人行天桥系统

将来

可以用于促进综合

基础设施走廊和使用现代技术的更智能的

交付

这些只是其中的一小部分

有趣的例子

这不是第

一次有人试图复制

自然元素

我们的乡土建筑总是

从自然环境中汲取灵感

并尊重它

印度尼西亚的传统房屋建在高跷上,

允许水生植物和野生动物

繁衍

生息 以最小的足迹

环境

不仅如此,它还被证明

在灾难期间更具弹性

,例如

在 2009 年巴东 6.5 级地震中,

大多数幸存下来的建筑

都是旧钢结构,

我们设想我们的新首都

婆罗洲

回归这些我们称之为古老的原则

它 nagara rimba nusa

一座建立在

印度尼西亚森林智慧和文化基础上

的城市 一座很快将成为我们新家的城市

现在

有另一个

想法 如果

我们所有人都试图

从我们的自然和文化中寻找线索来改造

我们的新城市

想象一下

受萨法纳林地启发的中非

城市或

受河流生态系统启发的南美洲

城市或

受高原雨林启发的斯里兰卡

城市 未来的城市并不总是需要

展望太远

试着环顾

四周 仔细聆听您独特的

自然和

文化 线索就在那里

我们从印度尼西亚

热带森林和 Verna 中找到灵感 cular

architecture

,我们希望你也能找到你的

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