Leveraging Technology and Securing Mass Plantations with Innovation

Transcriber: lassi shine
Reviewer: Hani Eldalees

The year 2020 has made us realize

the ill effects of climate change
with covid-19 crisis,

we have learned the importance of
outdoors and the environment.

Overnight, the world came to a halt

and all of us witnessed how nature heals
itself when we don’t meddle with it.

In India, we saw Himalayan ranges from
as far as 200 kilometers due to

a drop in air pollution. We also saw

the River Yamuna restore its quality
when garbage stopped pouring in.

And this way covid-19 as a warning,

as well as an opportunity to start
environmental conservation at

a much faster rate. Large scale
deforestation was happening around

the world even before covid-19. But did
we know the magnitude of these events?

What if I told you that we
lose forests equal to

a football field every second
round the clock,

which means that by the end of this talk
we might have lost forest equal to around

500 football fields Globally. Climate
change is happening as we speak

and we are running out
of time to manage it.

A planetary emergency is knocking on
our doors and thus every second,

every effort counts. Without busy
schedules and countless duties,

we perform as humans. Environmental
conservation doesn’t feature

on our priority list.
Keeping this in mind,

we developed a web platform
called www.sankalptaru.org

where it takes only two minutes
to plant a tree

from anywhere in the world.

On this platform, people can log on,

pick a location based on their preference
and plant trees wherever they wish.

Every tree comes with a geotagged
that shows its exact location

and updates are provided
from time to time.

This means that now a tree becomes

a great gifting option to celebrate
occasions and a thoughtful move

for the environment. Planting trees
was easier 30 years ago as there was

an abundance of water and land resources.

However, now we are facing
a crunch of resources.

As water levels have depleted,

there is lesser land available
due to diversion for other uses.

And even weather patterns don’t
follow a set trajectory,

which makes it more difficult.

We need to be therefore mindful
of how we use the resources.

It is important to use them judiciously

and use innovative techniques to
not just increase plantation

but also increase survival
rate of the plants.

Today we have tools and tricks in

the form of new technologies that
can help resolve challenges.

These technologies can be used to
prepare us better for plantation

and also help us monitor and nurture
the plants more efficiently.

We have leveraged following technological
solutions in our various deforestation

initiatives and now we
are sharing it with

a wider audience to make it replicable
across the planet.

So the first solution which we have
adopted is rainwater harvesting by

building big ponds at plantation site,

which are favorable for
rainwater collection.

It has helped us tremendously as
it recharges the water table

and puts less stress on the water
resources available in the region.

And the second solution

lies where water, no matter how widely

available, has to be used judiciously.

So we deploy micro drip irrigation
system at plantation sites,

which ensures maximum efficiency
and minimal wastage.

For example, in the desert, where rate
of evaporation is extremely high,

filling pits with water is futile.

Most of the irrigation pumps
run on electrical power,

but conventionally electricity is not only

expensive but also not sustainable.

Therefore, solar pumps are used,

which are of great structures and are
excellent source of renewable energy.

They are also cost effective and
can be used in remote areas.

Similarly, the use of drones came
as a eureka moment for us.

Traditionally, surveying, mapping
and marking of an area of

a plantation took several days and still
delivered inaccurate results.

However, drones sylvian and mapping does.

The job is less than 30 minutes
for large tracts of land,

which makes Plantation not only faster

but also saves crucial person hours
to prepare and nurtures saplings.

Similarly, seed bombing, a technique that
mimics birds way of disposing seeds

across regions help us take advantage of
technology and bomb seeds during monsoons.

Since monsoons are conducive
for germination,

it helps us go wider tracts
of land in Himalayas

and areas which are inaccessible

and where mass mobilization of community
involvement is not possible.

At the same time, drones released
minimal carbon footprint

and are viable in terms of portability
and reliability.

We also leverage the Internet of Things
“IOT” and use micro sensors which help

us to determine soil moisture,

temperature and humidity levels
at each plantation block.

This information enables us to make
judicious decisions related to irrigation

and noticing of plans and hence uses
resources more responsibly.

Using these technologies led to our
understanding that technology should be

used in harmony with nature.

We must not forget that our sustenance
relies on the sustenance of our planet,

and we have to focus more on conserving
whatever limited resources we left with

Forest fire is another worldwide
phenomena, which poses a global challenge.

They are as old as the forests themselves
and have been reported in Brazil, Russia,

Indonesia, Australia, Africa, India
and many other countries.

Forest fires, destructive flora and
fauna of the region, disturb

the biodiversity ecology
and the environment,

leading to an increase in air pollution.

In most of the incidents, tracking forest
fires difficult due to the large terrain,

and therefore there are delays in
driving a firefighting plan.

We have been using a technology
solution from NASA,

called “FIRMS” Fire Information
for Resource Management System,

which provides active fire data

for near monitoring through satellite
fire maps and tracking.

We have formed a 24 across seven forest
patrolling team led by our operations

director. The team consists of
the students and villagers of

the region who serve as eyes

and years to avoid such mishaps
with proactive planning

and enhanced community participation.

The program has been a success
in reducing the forest fires.

It has further been validated
by NASA and FIRMS itself,

where it’s quite visible that
whenever our team operated

the forest fire incidents occurred in
single digits or were none but a good.

Actually, the rock star of famous good
seeing in this regard translates to

nature protects when she’s protected.

Let this model guide us in all our
conservation efforts from here on,

and we would be glad to share our
knowledge resources with the rest of

the world. So keep planting trees
and making planet greener.

Thank you so much.

抄写员:lassi shine
审稿人:Hani

Eldalees 2020 年让我们意识到

气候变化
和 covid-19 危机的不良影响,

我们了解到
户外和环境的重要性。

一夜之间,世界停了下来

,我们所有人都目睹了
大自然在我们不干预的情况下如何自我修复。

在印度,由于空气污染的减少,我们看到喜马拉雅山脉的范围
远至 200 公里

。 当垃圾停止涌入时,我们还

看到亚穆纳河恢复了其质量
。通过

这种方式,covid-19 作为警告,

以及

以更快的速度开始环境保护的机会。

甚至在 covid-19 之前,世界各地就发生了大规模的森林砍伐。 但是
我们知道这些事件的严重性吗?

如果我告诉你,我们

每时每刻都会失去相当于一个足球场的森林

这意味着到本次演讲结束时,
我们可能已经失去了相当于

全球大约 500 个足球场的森林。
就在我们说话

的时候,气候变化正在发生,我们已经没有
时间来应对它了。

一场全球性的紧急情况正在敲
我们的门,因此每一秒,

每一次努力都很重要。 没有繁忙的
日程和无数的职责,

我们像人一样行事。 环境保护

不在我们的优先事项列表中。
牢记这一点,

我们开发了一个名为 www.sankalptaru.org 的网络平台

,在该平台上,从世界任何地方种植一棵树只需要两分钟

在这个平台上,人们可以登录,

根据自己的喜好选择一个位置,
并在任何他们想要的地方种树。

每棵树都带有一个地理标记
,显示其确切位置,

并且不时提供更新

这意味着现在一棵树成为

庆祝场合的绝佳礼物选择
和对环境的深思熟虑的举动


30年前植树比较容易,因为那里

有丰富的水和土地资源。

然而,现在我们面临
着资源紧缩。

由于水位已经枯竭,

由于转移用于其他用途,可用的土地较少。

甚至天气模式也不
遵循固定的轨迹,

这使得它变得更加困难。

因此,我们需要
注意我们如何使用这些资源。

重要的是要明智地使用它们

并使用创新技术
不仅可以增加种植面积

,还可以
提高植物的成活率。

今天,我们拥有可以帮助解决挑战

的新技术形式的工具和技巧

这些技术可以用来
让我们更好地为种植做好准备

,也可以帮助我们
更有效地监测和培育植物。

我们在各种森林砍伐计划中利用了以下技术解决方案

,现在我们
正在与

更广泛的受众分享,以使其在全球范围内可复制

所以我们采取的第一个解决方案

在种植园地建造大水池

来收集雨水,这样有利于
雨水的收集。

它极大地帮助了我们,因为
它补充了地下水位

并减轻
了该地区可用水资源的压力。

第二种解决方案

是水,无论多么广泛

可用,都必须明智地使用。

因此,我们在种植园地部署了微滴灌
系统,

以确保最大的效率
和最小的浪费。

例如,在蒸发率极高的沙漠中,

用水填满坑是徒劳的。

大多数灌溉泵
依靠电力运行,

但传统上电力不仅

昂贵而且不可持续。

因此,使用了太阳能泵,

它的结构
很好,是可再生能源的极好来源。

它们还具有成本效益,
可用于偏远地区。

同样,无人机的使用
对我们来说是一个灵光乍现的时刻。

传统上,
对一个种植园区域进行测量、测绘和标记

需要几天时间,但仍然
提供不准确的结果。

但是,无人机 sylvian 和映射可以。

对于大片土地而言,这项工作不到 30 分钟,

这不仅使种植速度更快,

而且还节省了关键人员
准备和培育树苗的时间。

同样,种子轰炸,一种
模仿鸟类跨地区处理种子的方式的技术,可以

帮助我们
在季风期间利用技术和轰炸种子。

由于季风有
利于发芽,

它可以帮助我们
在喜马拉雅山脉

和人迹罕至的地区以及无法

大规模动员社区
参与的地区进行更广阔的土地。

同时,无人机释放
的碳足迹最小

,并且在便携性和可靠性方面是可行的

我们还利用物联网
“IOT”并使用微型传感器来帮助

我们确定每个种植区的土壤湿度、

温度和湿度
水平。

这些信息使我们能够做出
与灌溉和注意计划相关的明智决定

,从而
更负责任地使用资源。

使用这些技术使我们
理解技术

应该与自然和谐相处。

我们不能忘记,我们的生计
依赖于地球的生计

,我们必须更多地关注保护
我们因森林火灾而留下的有限资源,这

是另一个世界性
现象,是全球性的挑战。

它们与森林本身一样古老,
在巴西、俄罗斯、

印度尼西亚、澳大利亚、非洲、印度
和许多其他国家都有报道。

森林火灾,破坏
该地区的动植物,

扰乱生物多样性生态
和环境,

导致空气污染增加。

在大多数事件中,
由于地形较大,跟踪森林火灾很困难

,因此在
制定消防计划方面存在延误。

我们一直在使用 NASA 的技术
解决方案,

称为“FIRMS”火灾
信息资源管理系统,

该系统通过卫星火灾地图和跟踪提供主动火灾数据,

用于近距离监测

我们组建了一支 24 人、跨越 7 人的森林
巡逻队,由我们的运营

总监领导。 该团队由该地区
的学生和村民组成,

他们充当眼睛

和岁月,
通过积极的规划

和加强社区参与来避免此类事故。

该计划
在减少森林火灾方面取得了成功。

它得到
了 NASA 和 FIRMS 本身的进一步验证

,很明显,
每当我们的团队进行操作时

,森林火灾事件的发生率
都是个位数,或者只是好事。

实际上,这方面的著名摇滚明星

受到保护时就转化为自然保护。

让这个模型指导我们从现在开始的所有
保护工作

,我们很高兴
与世界其他地方分享我们的知识资源

。 所以继续种植树木
,让地球更环保。

太感谢了。