BMKG: Dampak Perubahan Iklim dan Kerusakan Lingkungan Semakin Terasa

Summary

The Indonesian Meteorology, Climatology, and Geophysics Agency (BMKG) discusses the country's vulnerability to hydrometeorological disasters and water crisis due to environmental damage and climate change. BMKG emphasizes the importance of data for managing water resources and disaster mitigation, highlighting the need for infrastructure adaptation to extreme weather patterns. The agency also addresses the challenges of risk communication and the importance of early warning systems, as Indonesia faces an ongoing risk of floods and landslides, especially during the transition to the dry season.

Takeaways

• 🌧️ Floods and landslides in March affected nearly 20,000 residents in Central Java, Indonesia, highlighting the impact of hydrometeorological disasters.
• 🌪️ Heavy rain in West Java caused flash floods and landslides, illustrating the severity of weather-related disasters in the region.
• 📈 The National Disaster Management Authority recorded 533 disaster incidents in Indonesia from January to March 25, 2024, emphasizing the frequency of such events.
• 🌍 Climate change and environmental degradation are cited as contributors to the increased occurrence of extreme weather and hydrometeorological disasters.
• 💧 Indonesia is at risk of a water crisis by 2040, as reported by the World Resource Institute, underscoring the urgency of water management and conservation.
• 📊 Data collection and analysis are crucial for managing water resources and mitigating the risk of water crises, but challenges remain in data collection and infrastructure.
• 🌎 The role of the Indonesian Meteorology, Climatology, and Geophysics Agency (BMKG) includes providing data and insights to support national disaster preparedness and response.
• 🌿 Environmental education and community engagement are key to raising awareness about disaster risks and promoting sustainable water use.
• 🏞️ Infrastructure planning and management must adapt to climate change to better protect coastal areas and reduce the impact of floods and other disasters.
• ⚠️ Early warning systems and risk communication are critical for disaster preparedness, but challenges exist in effectively communicating the urgency of extreme weather events to the public.
• 📅 The BMKG predicts that the transition to the dry season will bring its own set of challenges, with an increased risk of drought and associated disasters during certain months.

Q & A

What significant event was celebrated by Indonesia recently?

Indonesia recently celebrated the 74th World Meteorological Day.

What is one of the main topics focused on by BMKG this year?

One of the main topics focused on by BMKG this year is water resilience at national, regional, and local scales.

According to the World Resources Institute, what is the risk of water crisis in Indonesia by 2040?

The World Resources Institute indicates that Indonesia is at risk of a water crisis by 2040.

What is the role of BMKG in combating water crises?

BMKG's role in combating water crises involves collecting data to understand how much water is safely usable and how much should be returned to the environment.

What challenges does Indonesia face in collecting data for water management?

Indonesia faces challenges in collecting data for water management due to a lack of infrastructure for maintaining equipment and collecting data.

What was one of the main discussions at the High-Level Conference in the United States?

One of the main discussions at the High-Level Conference was about water resilience in the context of celebrating World Water Day.

What is one of the concrete actions planned to address water resilience issues?

One of the concrete actions planned is the organization of the 10th World Water Forum by the Indonesian government in collaboration with the World Water Council in Bali from May 18 to 25.

How does BMKG plan to enhance disaster literacy, especially in areas prone to disasters?

BMKG plans to enhance disaster literacy by educating the public about why disasters occur and how to adapt to climate change, which affects planting patterns and can lead to disasters.

What is the current prediction for the rainy season in Indonesia?

The current prediction for the rainy season in Indonesia indicates that it is still prone to floods and landslides, with the peak of dry season disasters typically occurring in July and August.

What is the potential impact of La Niña on the rainy season in Indonesia?

La Niña could potentially make the dry season in Indonesia wetter than usual by increasing the supply of water vapor in the atmosphere, leading to the formation of more rain clouds.

How does BMKG communicate the risk of disasters to the public?

BMKG communicates the risk of disasters to the public through early warnings, but it is a challenging task as the public may become desensitized to frequent warnings or may perceive them as causing unnecessary alarm.

What advice does BMKG have for people traveling home for the Lebaran holiday?

BMKG advises people traveling home for the Lebaran holiday to monitor the weather through BMKG's app, social media, or by calling 196 for the latest weather information.

Outlines

00:00

🌧️ Floods and Climate Change in Indonesia

The script discusses the impact of hydrometeorological disasters on Indonesia, particularly during the Lebaran celebrations. It mentions floods in Demak and Kudus, Central Java, and landslides in West Bandung, West Java, which have displaced nearly 20,000 people. The National Disaster Management Authority has recorded over 500 disasters since January 2024. The script highlights the connection between extreme weather, environmental damage, and climate change. It also addresses the role of the BMKG (Indonesian Meteorology, Climatology, and Geophysics Agency) in managing water crises and the importance of data in understanding and mitigating water crises. The discussion includes the need for accurate data on water resources and the challenges of data collection due to infrastructure limitations.

05:02

🌊 Climate Change and Disaster Preparedness

This paragraph delves into the causes of water crises and environmental disasters, emphasizing human impact on the environment and climate change. It discusses the role of BMKG in enhancing disaster literacy, particularly in hydrometeorological disasters, to prepare communities for potential disasters. The script mentions the importance of understanding the causes of disasters and adapting to climate change, which affects planting seasons and agricultural practices. It also touches on the challenges of predicting disasters and the need for infrastructure that can withstand extreme conditions, including the need for updated designs based on climate change data.

10:04

🏗️ Infrastructure and Climate Adaptation

The script focuses on the need for infrastructure that can adapt to climate change, especially in coastal areas prone to flooding. It discusses the historical formation of land from sediment deposits and the importance of proper water management infrastructure. The paragraph highlights the government's efforts in building such infrastructure and the need to update these structures to cope with extreme conditions predicted by climate change data. It also mentions the integration of data from various sources, including hydrology, hydrometeorology, and hydrogeology, to analyze and predict climate change impacts, and the importance of community engagement and environmental restoration in disaster management.

15:07

⚠️ Early Warning Systems and Public Response

This paragraph discusses the challenges of early warning systems and public response to potential disasters. It mentions the importance of timely warnings and the public's tendency to underestimate the severity of extreme weather events. The script highlights the need for effective risk communication and community engagement to ensure preparedness. It also discusses the role of data in predicting disasters and the importance of adjusting infrastructure and public awareness campaigns based on climate change predictions. The paragraph concludes with a discussion on the public's reaction to disaster warnings and the need for a balanced approach to risk communication.

🌤️ Weather Predictions for Lebaran

The final paragraph provides an outlook for the weather during the upcoming Lebaran holiday. It mentions that while some areas are predicted to have light to moderate rain, the overall weather is expected to be clear with occasional rain. The script advises the public to monitor weather conditions through BMKG's app, social media, or by calling 196 for the latest updates. It emphasizes the unpredictability of weather in the region and the importance of being prepared for any changes, especially during the holiday season.

Keywords

💡Hydrometeorological Disasters

Hydrometeorological disasters refer to events caused by water-related meteorological conditions, such as floods, droughts, and landslides. In the video's context, these disasters are highlighted by the flooding incidents in Central Java and West Java, which have forced thousands of residents to evacuate. The term is central to the video's theme as it discusses the increasing frequency and impact of such disasters due to environmental degradation and climate change.

💡Climate Change

Climate change is a long-term shift in global or regional weather patterns. The video emphasizes its role in exacerbating environmental issues, leading to extreme weather events and hydrometeorological disasters. It is mentioned as a significant factor contributing to the crisis of water resources and the increased occurrence of natural disasters in Indonesia.

💡Environmental Degradation

Environmental degradation refers to the deterioration of the natural environment through processes like deforestation, pollution, and unsustainable use of resources. The video connects this concept to the root cause of water crises and climate change, indicating that human activities that damage the environment are making the situation worse.

💡Water Crisis

A water crisis is a situation where the demand for fresh water exceeds the supply, leading to scarcity and potential conflict. The video discusses Indonesia's vulnerability to a water crisis by 2040, as indicated by the World Resource Institute. It is a key theme in the discussion about the need for better water management and the role of institutions like the BMKG in addressing this issue.

💡BMKG (Indonesian Meteorology, Climatology, and Geophysics Agency)

BMKG is the primary institution responsible for monitoring and predicting weather and climate-related events in Indonesia. In the video, the agency's role is discussed in terms of data collection, disaster management, and raising public awareness about environmental issues and climate change. BMKG is depicted as a key player in mitigating the risks of hydrometeorological disasters.

💡Data Collection

Data collection is the process of gathering information and measurements related to various aspects of the environment and climate. The video highlights the importance of accurate data for predicting and managing water resources and disaster risks. It mentions the challenges faced by Indonesia and other developing countries in collecting and maintaining the necessary data due to lack of infrastructure.

💡Disaster Management

Disaster management encompasses the organization and management of resources and responsibilities to address disasters. The video discusses the efforts of the National Disaster Management Authority in recording disaster incidents and the importance of early warning systems in reducing the impact of hydrometeorological disasters.

💡Climate Adaptation

Climate adaptation refers to the process of adjusting to actual or expected climate stimuli or their effects. The video touches on the need for communities to adapt to changing climate patterns, which can affect agricultural practices and water management. It emphasizes the importance of understanding and preparing for the impacts of climate change.

💡Infrastructure and Water Management

Infrastructure and water management are critical for dealing with the effects of climate change, particularly in coastal areas prone to flooding. The video discusses the need to update and redesign infrastructure to cope with extreme weather conditions, using data-based predictions to improve flood control and water resource management.

💡Risk Communication

Risk communication is the exchange of information about potential health or environmental risks. The video addresses the challenges faced by authorities in communicating the severity of weather-related risks to the public, ensuring that warnings are taken seriously and appropriate actions are taken to minimize disaster impacts.

💡Ecosystem Restoration

Ecosystem restoration involves the repair and recovery of degraded ecosystems. In the context of the video, it is mentioned as a necessary step in managing water resources and mitigating the effects of climate change. This includes activities like reforestation and sustainable water use to restore the natural balance and improve water security.

Highlights

The Indonesian region welcomed the Eid al-Fitr with a series of hydrometeorological disasters in March.

Nearly 20,000 residents were forced to evacuate due to floods in Demak and Kudus, Central Java.

Heavy rain in West Bandung, West Java, caused flash floods and landslides.

The National Disaster Management Authority recorded 533 disaster incidents in Indonesia from January 1 to March 25, 2024.

Extreme weather events and water crises are consequences of environmental damage and climate change.

The World Resource Institute indicates that Indonesia is at risk of a water crisis by 2040.

The role of the Indonesian Meteorology, Climatology, and Geophysics Agency (BMKG) in combating water crises is discussed.

Climate change is not a direct cause of water crises but a result of human failure to manage the environment.

Data is essential for managing water resources and mitigating the risk of water crises.

Data collection is challenging in Indonesia due to a lack of infrastructure and maintenance of equipment.

BMKG's role in providing data for the country's decision-making process is highlighted.

The United Nations held a water conference that resulted in key actions to address water sustainability.

Indonesia will host the 10th World Water Forum in Bali, May 18-25, to discuss concrete actions for water sustainability.

Environmental damage and extreme climate change are identified as causes of water crises and hydro disasters.

BMKG aims to enhance disaster literacy, especially in areas prone to hydrometeorological disasters.

Understanding the causes of disasters and adapting to climate change are crucial for disaster preparedness.

BMKG provides early warnings and monitors weather patterns to predict potential disasters.

Infrastructure and water management in coastal areas need to be redesigned to accommodate climate change.

Data integration between different agencies is crucial for effective disaster management and infrastructure planning.

BMKG is working on updating infrastructure design based on climate change predictions.

Risk communication is a challenge, as early warnings are sometimes not taken seriously by local authorities.

BMKG predicts that Indonesia will continue to face hydrometeorological disasters, especially during the transition seasons.

The public is advised to monitor BMKG's applications and social media for early weather warnings and disaster information.

Transcripts

[Musik]

tahun ini momen lebaran disambut oleh

sejumlah bencana

hidrometeeteorologi di bulan maret

hampir 20.000 penduduk terpaksa

mengungsi akibat bencana banjir yang

melanda Kabupaten Demak dan Kudus Jawa

Tengah sedangkan pada minggu 24 Maret

hujan deras menyebabkan banjir bandang

dan longsor di Kabupaten Bandung Barat

Jawa

Barat Badan Nasional penanggulangan

bencana mencatat

533 kejadian bencana telah melanda

Indonesia sejak 1 Januari hingga 25

Maret

2024 menurut BMKG bencana

hidreteorologi cuaca ekstrem hingga

krisis air merupakan dampak dari

kerusakan lingkungan dan perubahan iklim

yang semakin kerap

terjadi CNN Indonesia duduk bersama

kepala BMKG dwikorita karnawati untuk

berbincang-bincang soal kesiapan dan

solusi dari masalah ini Bud korita

beberapa hari yang lalu kita baru saja

merayakan hari meteorologi dunia yang

ke-74 dan tahun ini salah satu topik

yang menjadi fokus BMKG adalah ketahanan

air baik di skala nasional regional dan

juga lokal nah menurut Ibu Ee kita nih

sebenarnya apakah bisa rawan krisis air

karena menurut eh World resource

Institute Indonesia itu rawan krisis air

di tahun

2040 lantas Bagaimana atau apa saja

sebenarnya peran BMKG dalam memerangi

krisis air tersebut eh sesungguhnya baik

krisis air krisis lingkungan

sesungguhnya itu itu

ee penyebabnya itu adalah manusia

sendiri

artinya ketidak mampuan kita dalam

mengelola lingkungan kita menjaga

lingkungan kita dan hal itu diperparah

dengan adanya perubahan iklim jadi

perubahan iklim itu bukan penyebab

langsung dari krisis air kenapa bisa

terjadi perubahan iklim itu juga

kegagalan kita dalam mengelola

lingkungan kegagalan dalam mengelola

lingkungan itu antara lain mengakibatkan

perubahan iklim dan juga mengakibatkan

krisis air

nah bagaimana kita memitigasi atau

mengurangi risiko krisis air Nah Untuk

itu perlu data kita harus perhitungkan

benar-benar Berapa jumlah air yang masih

bisa aman untuk kita manfaatkan dan

berapa yang harus dikembali ikan ke bumi

atau dikembalikan ke alam nah untuk tahu

perhitungan yang lebih pasti lebih

akurat itu perlu data nah kendalanya di

Indonesia dan di banyak negara

berkembang data itu sulit karena tidak

telaten untuk memasang alat memelihara

alat dan melakukan pengumpulan data itu

dan itulah tugas BMKG

sebelum mengambil langkah apapun negara

butuh data begitu ya Bu ya sebenarnya

nah beberapa hari yang lalu bu d korita

sempat menjadi salah satu pembicara di

Konferensi Tingkat Tinggi di

perserikatan bangsa-bangsa Amerika

Serikat eh apa saja yang dibicarakan ibu

dan bagaimana pertemuan dengan PBB

tersebut bisa membantu Indonesia

berinovasi dalam isu ketahanan air

tersebut jadi pembicaraan utama adalah

isu ketahanan air dalam rangka

memperingati hari air sedunia dan di PBB

tahun lalu sudah diselenggarakan UN

water conference dan melahirkan beberapa

eh apa key atau eh langkah-langkah kunci

yang harus dilakukan dan

diprioritaskan nah pembahasan kemarin

adalah bagaimana

Menindaklanjuti hasil pembahasan di

tahun

sebelumnya untuk dijabarkan dalam

concrete action antara lain yang akan

diselenggarakan di Bali di Indonesia

salah satu concrete actionnya adalah eh

penyelenggaraan world water forum yang

ke-10 diselenggarakan oleh pemerintah

Indonesia bersama world water Council di

Bali di tanggal 18 hingga 25 Mei tahun

ini nah di situ saya eh mewakili

Indonesia eh sampaikan bahwa

Ee Kita ini sudah Bukan saatnya lagi

untuk apa ya mengingkari dari data itu

sudah banyak Data ditampilkan dari

berbagai penjuru dunia bahwa eh kita

sudah memang dalam ee kondisi krisis ya

jika kita bicara mengenai krisis air

tentu kita juga harus bicara mengenai

penyebabnya jadi kerusakan lingkungan

dan juga perubahan cuaca ekstrem eh

perubahan iklim tersebut menjadi

penyebabnya dan juga tidak hanya

menyebabkan krisis air tetapi juga

bencana hidro misalnya yang sudah

terjadi di Indonesia beberapa hari

terakhir ini nah bagaimana cara BMKG

meningkatkan literasi bencana khususnya

di daerah nih Bu agar masyarakat bisa

lebih siap menghadapi bencana-bencana

yang mungkin akan terjadi sepanjang

tahun ini ya Pertama Ee kita sampaikan

pemahaman Kenapa bencana itu terjadi ya

nah nah adanya bencana ini E apa ya

terutama bencana hidrometeorologi baik

basah dan kering kadang-kadang yang

dicarakan cuacanya Oh ini karena

perubahan iklim ini karena cuaca

sebetulnya Cuaca dan perubahan iklim itu

sifatnya hanya

memperparah membuat kejadiannya semakin

Dahsyat semakin sering dan apa durasinya

semakin panjang itu peran cuaca iklim ya

nah tapi sesungguhnya Kenapa terjadi

bencana itu ya karena kita ini tadi

kurang mampu menjaga lingkungan cara

pemahaman ini kami lakukan melalui

berbagai sekolah lapang antara kepada

petani ya kepada petani ini juga penting

selain memahami Kenapa bencana itu

terjadi sehingga menjadikan seperti yang

baru saja di Jawa Tengah ini padi-padi

sekian ee apa ratus hektar itu ee gagah

panen ya Ee Jadi bagaimana cara untuk

kita tidak menimbulkan bencana dengan

menjaga lingkungan kemudian Bagaimana

cara beradaptasi dengan perubahan iklim

itu mengakibatkan pergeseran musim

sehingga waktu pola tanam itu juga akan

berubah jadi kadang-kadang kita di musim

hujan ternyata tidak terjadi hujan

padahal yang kita tanam sudah terlanjur

tanaman yang membut kan air hujan Nah

kalau kita melihat berkaca pada 1 bulan

belakangan ini memang tidak bisa

dipungkiri bencana tuh banyak yang

terjadi ya Bu ya Misalnya banjir di

Demak Jawa tengah lalu kemarin ini gempa

di Tuban Pantura dari prediksi atau

pantauan BMKG Bagaimana nih kondisi

sepanjang tahun ini apakah memang rawan

bencana I kalau tentang rawan bencana ya

terus terang kami sudah menyampaikan di

berbagai kesempatan bahkan juga me

laporkan langsung ke bapak presiden

masih rawan bencana

hidrometeorologi basah saat ini transisi

ini masih banyak banjir ya longsor ini

berarti basah dan nanti memasuki musim

Kemaro ini tidak serempak ya

berangsur-angsur ada yang mulai April

ada yang mulai Mei Juni ya tapi

puncaknya secara umum di bulan Juli

Agustus itu bencananya adalah kering

Namun kami juga memprediksi di sekitar

bulan apa ya Juli Agustus September ya

itu e kemungkinan ada Lanina lemah nah

Lanina lemah itu artinya

eh Lanina itu e ada uap-uap air

peningkatan e apa pasokan uap-uap air

di di atmosfer ya di udara sehingga

memacu pembentukan awan-awan hujan yang

melampaui rata-ratanya sehing seingga

itu harusnya musim Kemaro kalau prediksi

ini akan kita ee monitor terus ya

Seberapa jauh ee itu dapat terjadi kalau

itu terjadi jadi kemaronya itu saat

terjadi Lanina akan lebih basah seperti

itu kalau gempa ya masih kita kita

selalu ini dalam 1 tahun tuh rata-rata

bisa 10.000 11.000 Kejadian gempa dengan

berbagai kekuatan demikian ee saat ini

kita masih dalam fase bencana basah

begitu ya Bu ya Nah lantas Bagaimana

dengan daerah pesisir khususnya karena

sepertinya mereka yang paling rawan ini

terkena

dampaknya betul sekali di pesisir itu

kenapa paling rawan terutama pesisir

yang sering langganan bencana Katakanlah

Jawa Tengah ya he itu yang

pertama lahan di daerah pesisir itu

memang secara alamiah lahan di sana

terbentuk Kara endapan banjir jadi

secara alamiah kalau tidak terjadi

perubahan iklim pun di musim hujan ya

akan mengalami banjir karena ada e

sedimen yang tanah jadi duluu di sana

laut Demak Pati Kudus dulunya tuh masih

laut tapi karena ada banjir dari darat

yang ribuan tahun terjadi terjadi ribuan

kali membawa endapan-endapan terendapkan

di laut itu akhirnya menjadi daratan

makanya perlu

infrastruktur tata kelola air Nah Apakah

pemerintah kita tidak membangun sudah

sudah ada sudah dibangun namun

membangunnya itu kan sudah puluhan tahun

yang lalu di kala isu perubahan iklim

tidak ada sehingga desain perhitungannya

itu sudah diukur tapi mengasumsikan

tidak terjadi perubahan iklim jadi

infrastruktur yang ada di sana memang

tidak disiapkan untuk menghadapi kondisi

ekstrem kalau Selan dari BMKG Seperti

apa Bu Apakah warga sementara harus

direlokasi bagaimana Nah Tapi untuk

selanjutnya sekali lagi infrastrukturnya

itu di di disesuaikan dengan adanya

perubahan iklim Nah itu perlu data kami

data Sangat terbuka dan data kami ini ya

Secara otomatis itu kami punya platform

bersama BMKG pupr yang dan badan biologi

meskipun kami tidak saling bicara data

kami itu sudah saling ketemu

terintegrasi itu sudah ada sistem

hidrologi hidrometeorologi dan

hidrogeologi dari data itu tinggal

dianalisis ya sehingga dengan adanya e

prediksi perubahan iklim prediksi

ekstrem desain tanggul akan diperbarui

jumlah pompa akan disesuaikan tipe pompa

akan disesuaikan pintu-pintu air

jumlahnya akan disesuaikan jadi multi

apa ya multidimensi ya aspek sosial

masyarakat diiliterasi ya kemudian

eh lingkungan dipulihkan kembali

Penanaman kembali ya pemumpaan Ee air

bawah tanah dibatasi atau dihentikan ya

karena sudah turun terus misalnya ya

kemudian move di ee ditanam di pesisir

ya kalau banjir R itu bisa menahan ya

tapi

infrastruktur tata kelola Air ini harus

diedesain didesain ulang di-update

menggunakan data-data yang sudah ee eh

berbasis perubahan iklim itu Nah itu

cukup menarik Bu jadi daerah itu memang

selama ini kita lihat hampir selalu

telat merespon potensi bencana sampai

kemudian harus jatuh korban dulu baik

harta maupun jiwa begitu nah kemarin ini

sempat ada salah satu kepala daerah yang

mengatakan namanya juga bencana tidak

diharapkan begitu padahal kan datanya

sudah ada semua ya seperti Ibu bilang so

ee Bagaimana nih tanggapannya

ibu ya artinya jadi begini ini yang kami

amati ya tidak hanya terjadi di di

Semarang ya tidak hanya terjadi di

wilayah itu di banyak area Kalau kami

menyampaikan peringatan dini sering yang

menerima itu ee

dianggapnya ah itu J udah udah biasa l

hujan ekstrm ya tidak bisa membayangkan

bahwa ekstrmnya itu eh

ekstrm itu yang sampai mereka kewalahan

gitu loh Nah e seperti itu lah lalu kami

juga mencoba

menyampaikannya juga ekstrem ya kan nah

lalu Dikatakan ini menakut-nakuti gitu

jadi memang risk communication itu very

challenging jadi Kami merasa masih harus

berbuat banyak untuk ini karena kalau

kita menyampaikan

senormalnya reaksinya biasa-biasa aja

tapi kalau lebih dari normal reaksinya

kami pernah di daerah yang lain

reaksinya kami dipanggil ke Polda

dianggap meresahkan masyarakat

mengganggu masyarakat nah jadi ee harus

harus lebih engage lagiah Iya menemukan

balance-nya itulah ya Bu ya kendalanya

di situ istilahnya eh formula yang pas

itu kita adjust- adjust terus-menerus

tapi ini kan pelajaran Ya I dan memang

benar dulu yang banjir Jakarta Itu

peringatan dininya udah sebulan

sebelumnya sudahah ketahuan sebetulnya

Diulangi sampai seminggu sebelumnya

Diulangi sampai 3 hari sebelumnya dan

ngumumkannya bersama kepala almarhum ee

kepala BNPB waktu itu kita memang sangat

disayangkan di momen lebaran ini kita

malah dibuka ya dengan sejumlah kejadian

bencana basah yang seperti tadi ibu

bilang lalu juga ada bencana gempa

mungkin ada saran dari BMKG Bu apa yang

harus diwaspadai para pemudik karena

kita 2 minggu lagi momen hari raya

Lebaran apa yang harus mereka waspadai

saat mereka pulang ke kampung halamannya

Iya jadi sebelum lebaran itu ee apa ya

Ee sebelum pun ee hari hanya kami

memprediksi di beberapa wilayah bukan di

sebagian besar beberapa wilayah itu

misalnya di Jawa Barat di sebagian Jawa

ya kemudian di Kalimantan Barat itu itu

Datanya ada semua selalu kami sampaikan

itu akan mengalami hujan dengan

intensitas ringan hingga

sedang Namun sewaktu-waktu karena

dinamika Nusantara ini sangat ee tinggi

ya pengaruh dari Samudra Pasifik Samudra

India bisa terdeteksi adanya ee bibit

siklon tropis Nah kalau ada gangguan

semacam itu sewaktu-waktu kita bisa

mendeteksi sekitar 3 hingga seminggu 3

hari hingga seminggu sebelumnya itu kami

akan berikan peringatan

dini menurut prediksi BMKG cuaca di

harihal lebaran 10 April mendatang

adalah hujan dengan intensitas ringan

hingga cerah berawan

masyarakat yang ingin mengantisipasi

kondisi cuaca bisa memonitor aplikasi

dan media sosial BMKG atau menghubungi

196 untuk informasi cuaca sedini mungkin

tim liputan CNN Indonesia Jakarta