After Aric had heard that a temple near Kuala Pilah had built three giant joss sticks for an upcoming festival., he suggested that we should go there and have a look. Kuala Pilah, in Negeri Sembilan is quite far from KL and it took us almost two hours to reach the temple. The temple is located about 7 km sount of Kuala Pilah, along the road to Tampin. We were not the only visitors, there was a massive crowd. Well organised, we followed instructions to find a parking place.
We started our visit with the giant joss sticks. And huge they are, almost 20 meter tall. Visible from far away.
.The yellow ribbon left is a tape measure. Starting from 0 m at the top until almost 20 m at the bottom.
Beautifully decorated with dragons. Here are details from the three sticks
Left the top part of the center joss stick. Notice the many supporting cables in the right picture.
There is a lot more to see in this Si Thean Kong temple. It is a Taoist temple, dedicated to the Nine Emperor Gods. Originally it was located in the center of Kuala Pilah, but moved to this new location in 2015. Still not yet completely finished, there are plans to add a pagoda, but already quite spectacular.
The Nine Emperor Gods festival takes place in the beginning of the ninth lunar month, culminating on the ninth day. This year that will be on 4 October and that explains the huge crowd of devotees. On that day the crowd will be much larger. Usually the temple will be more quiet, see this YouTube video.
Here is a drone video of the temple complex, taken by Aric.
We walked down from the joss sticks to the main temple.
The main temple
Inside the temple you have to take off your shoes. Better remember where you left them, with this crowd it might be not easy to find them back. You can give a donation for the ongoing construction.
After visiting the temple we walked around. Well organised. Here a view of the monumental entrance arch. Tables and chairs for the visitors to rest.
And eat! There was a hall were free food was served, I had a plate of mee goreng , while Aric was busy droning. The right picture shows a contraption, where a waterspout would rise in the air when you blew in the horn. Not related to the Nine Emperor Gods, just fun for young and old.
I took a short video of the horn blowing.
Here is the monumental stone arch, the biggest in Malaysia and already in the Malaysia book of records.
View from the roadside. At the main event on 4 October, there will be a big procession, where the “boat” in the right picture will take part.
We made another round, climbing up to the joss sticks and down again to the crowd
Aric took another video of the temple complex.
The crowd had grown a lot
There was entertainment, left a traditional Chinese opera, right a modern light show.
There were also many food stalls, but with very long queues, so we gave up, walked back to our car and had a late dinner at a Malay stall in Kuala Pilah.
This temple will become a major tourist attraction in Negeri Sembilan and even in Malaysia. Many of my friends are not yet aware of this place.
The Saloma Bridge is a pedestrian bridge crossing the Klang river and the AKLEH highway. It connects KLCC to Kampong Baru and was opened in 2020. Here is a Google Earth screenshot.
The bridge is walking distance from the Kampong Baru LRT station. The left picture shows the bridge from the Kg Baru with the Twin Towers in the background. The right picture is from the KLCC side, the bridge ends at an extensive Muslim cemetery, an elevated walkway leads you around it
The bridge is brightly lit, it has become a tourist attraction, especially in the evening. The colors change all the time. No wonder that all visitors take many photos.
Here is a video of the bridge with the changing colors.
More photos. THe red color is the most brilliant, The light patterns on the bridge change all the time, sometimes showing the Malaysian flag.
Here is a video with the flag. Notice how the flag is waving 😉
Walking in the “tunnel” of the bridge is also interesting.
After a last picture we crossed over to the Kg Baru side, where we had dinner in a Malay stall. Nice food, chicken, sotong and veggie plus drinks RM 32,
The last trip of the Gang of Four (Khong, Stephen, George and Jan) was in January: The Gang of Four in Kampar. High time for a new outing. Khong suggested Janda Baik with a visit to the garden of Al Attas and of course nice food,
We started with a late breakfast of wantan mee and coffee in Bukit Tinggi, a charming village beside the highway.
Khong knows the region well and drove us deep inside the Janda Baik region, until the end of the road
IIt was a long time ago that I had visited Janda Baik and I was a bit shocked about the “development” that had taken place. Everywhere resorts and campsites. A funny kind of campsites, meant for town people who are afraid of nature 😉 I love camping, see my blog Waterfall Camping, but this kind of “glamping” is not my cup of tea.
And of course there are places where you can rent ATV’s.
Our next stop was at a ‘forest’ of wild ginger. George was interested to harvest some bunga kantan, buds of the torch ginger, used for the preparation of assam laksa and tom yam.
Here George is in action cutting the flowers, while Khong is practicing his new hobby, close-up photography.
George’s harvest of bunga kantan
I was taking pictures too.. The right pictures looks like a bird 😉
Nearby is a parking for people who are going to climb Gunung Nuang, the second-highest mountain of Selangor at 1493 m. Nowadays the ascent from Janda Baik is getting more popular than the traditional one from Pangsun. In the past I have hiked part of this trail until the Cemperoh waterfall. It was free and easy then, now you need permits. Here is an interesting and detailed comparison of the two ascents: Janda Baik versus Pangsun.
Final destination was the house and gardens of Al Attas. I had visited this place with Khong a long time ago> At that time we admired the garden and the numerous flowers and plants in it. For this blog I searched for more information about the owner, Prof(?) Syed Hussein Alattas, better known as Pak Habib. Quite a character, founder of the University of Life He was not at home, but Eddie, his caretaker said we were welcome to walk around the gardens.
Here are some pictures of the house and the gardens. According to Khong, the house looks like it is from a Disney movie.
Here is the food we had. From top left, clockwise: .kangkung in prawn sauce, BBQ pork ribs, deep-fried squid with salted egg, yam basket with stir-fried cuttlefish and steamed lala in giner/garlic sauce..
Te location of the restaurant is idyllic, next to the river. Food was good, price reasonable. I liked the wall decoration with empty bottles. And I had to take pictures of the men’s toilet 😉
It was a nice trip. Here is a Google Earth map of the region. Top left the highway, with the village of Bukit Tinggi.
Twenty years ago I started my own website. Although now in hibernation, this Stuif Site is still online. It has a Science -> Earth category, here is a screenshot of that page. I was quite interested in plate tectonics and continental drift and was planning to write more webpages about it. This never happened, the Earth page remained a “stub”.
But finally I have now decided to write a blog.
Recently I came across an article The Lost Continent of Kumari Kandam in which I found this map: I had never heard about Kumari Kandam and had to check Wikipedia: Kumari Kandam, “a mythical continent, believed to be lost with an ancient Tamil civilization”
Apparently some Tamil revivalists still think that this continent really existed and actually was the cradle of civilisation, not Mesopotamia . The continent was submerged after the last Ice Age, when sea levels rose, forcing the Tamil people to migrate to other parts of the world. And yes, the sea levels rose after the last Ice Age, more than 120 meters. But have a look at the Google Earth nap of the Indian Ocean, where I have outlined Kumari Kandam. Mean sea depth is ~ 4 km!
So the Kumari Kandam continent never existed. A few months ago I have written a separate blog about this myth: Kumari Kandam & Lemuria .In that post I announced a post about continental drift and plate tectonics. Here it is.
THE STRUCTURE OF EARTH
When Earth was formed, 4.55 billion year ago, it was in a completely molten state. The heavier elements sank to the center, the lighter elements rose to the surface. Because of cooling soon a crust developed. Here are two images of present Earth , showing its structure. Basically there are three main layers, the Crust, the Mantle and the Core.
The Core consists mainly of iron and nickel. In the Outer Core they are liquid (high temperature) and are the source of Earth’s magnetic field. The Inner Core is solid, the temperature is even higher, (about 6000 °C) but the pressure is gigantic.
The mantle is basically solid, but the upper mantle is already so hot, that it behaves as a fluid on a timescale of many millions of years. This upper part is called the Asthenosphere. .
The right image gives more details about the size of the various layers. The crust of Earth is very thin, especially under the oceans (~6-7 km). The continental crust is much thicker , 30-70 km and less dense than the oceanic crust. Compare the Earth crust with the shell of a chicken egg, or the skin of an apple
The crust of Earth is not one whole, it is broken in many separate parts, called tectonic plates. Below you see the main tectonic plates at present. They “float” on the mantle, very slowly, about a few cm/year. Red arrows indicate the direction in which they move.
A few comments on this map
In the Atlantic Ocean the Eurasian plate and the North America plate move in opposite directions, creating a gap, that is filled by magma from the underlying mantle. They are called Mid-ocean ridges.
The Eurasian plate and the Indian plate collide, resulting in the Himalayas.
The Australian plate and the Pacific plate also collide, but here they create a Subduction zone. Because oceanic crust is denser than continental crust. the oceanic crust will go down under the continental crust and merge again with the mantel.
Two images as an illustration: a mid-ocean ridge (left) and a subduction zone (right)
These examples show that plates can change in time, they can also merge or split. In the past Earth has looked different, and in the future it will also look different.
THE PALEOMAP PROJECT
A paleomap is a map of Earth in the past, using information about tectonic plates. The American geologist Christopher Scotese started the Paleomap Project in the 1990s and is still actively working on it. Here are a few of his maps
This is a map of Earth, about 200 million year ago. In that period most of of the landmasses were connected and formed a supercontinent, named Pangaea. In the lower part, called Gondwana, you can already see the shapes of present-day Africa, South-America, Antarctica and Australia
Millions of years later, Pangaea has broken apart. Dinosaurs are roaming the earth
Earth starts to look a bit more familiar South-America and Africa have split, with the southern Atlantic Ocean separating them. Eurasia begins to take shape. Australia is still connected to Antarctica. Note that India has split from Africa.
Earth 66 million year ago. The impact of the Chicxulub meteor in Mexico causes the extinction of the dinosaurs and the rise of mammals. India is on a collision course with Asia and Australia has split from Antarctica.
More maps can be found here. The oldest map shows Earth 513 million years ago
These are static images, it would be nice to follow the development in time through animations The Paleomap Project homepage has many animations , but they do not work anymore, because they are using Java applets, which most browsers don’t accept nowadays. The site has not been updated since 2003 and I assumed that the project had been stopped. But searching information for this blog, I discovered that I was wrong, Scotese is still very active! But nowadays he and his coworkers create YouTube videos. Here is one of them. Time runs backwards, the video starts with the modern Earth and goes back to 750 million year ago.
It is also possible to predict how Earth will look like in the future. Of course such a prediction is less accurate because you have to extrapolate , using current plate movements.. Scotese’s prediction is that in the future another supercontinent will form, which he has called Pangaea Proxima. Here is the video. Notice that Australia will merge with Asia and l Antarctica.with India. The Mediterranean Sea will disappear.
Scotese’s YouTube Video Channel contains more than 70 videos about aspects of plate tectonics and continental drift. I will mention one more here, about the Story of the Malay Peninsula. (There doesn’t exist a Story of the Netherlands because God created the world, but the Dutch created The Netherlands 😉 )Notice how during the Ive Ages the sea-level was so low that the islands of the Malay archipelago were connected. This was called Sundaland. Topic for another post.
A few concluding remarks
Before Pangaea there have been several more supercontinents. Click here for a list.
When plate tectonics started on Earth, is still a matter of dispute. Possibly 3 billion year ago.
From 8 until 25 August 2022 my brother Otto and his family visited us in Malaysia. A report of what we did, can be found here. Part of our program was a 8D7N trip to a few of our favorite “haunts” and here is a report about this trip.
We decided to limit ourselves to the West Coast of (Peninsular) Malaysia. Below is the route we followed. Our first destination was the Suka Suka Lake Retreat, next we stayed two nights in Georgetown. One night in Kuala Kurau and in Taiping, finally two nights in the Cameron Highlands.
It is a three hour drive from our condo to Suka Suka, we travelled in two cars. .Using the highway we stopped only for some snacks at the Tapah R&R. The Suka Suja lake retreat is located on the bords of the Chenderoh reservoir, one of the oldest in Malaysia. Left a drone picture of the reservoir, right Suka Suka, marked with an X.
When you enter the resort, it feels like going back in time. Traditional Malay houses, built on pillars. Here the main building with some pictures of the interior..
The resort is managed by a family, Aziz, his wife Asiah and their son Azam. I have stayed in the resort many times and they have become friends. Very friendly and hospitable. We were welcomed with a drink and some fried chempedak.
Aziz has bought old Malay houses from various locations in the country, taken them apart and rebuilt them in his resort. Original design, he only added modern bathrooms. Here are the two houses where we stayed.
Suka Suka is a place to relax, for example in one of the gazebo’s
But of course you can also explore the resort.
Staying there is not cheap, but meals are included and Asiah is a very good cook, eager to explain the various Malay dishes she prepares. She lent us sarongs and asked us to wear them during dinner. Actually we should have eaten, sitting on the floor, but looking at the seniors among us, she suggested that we could sit on chairs 😉
After the dinner she explained to my nephews how to play congkak, a traditional Malay game. Here are the rules, if you are interested. Of course a photo had to be taken with all of us wearing our sarongs.
The next morning Asiah prepared breakfast for us.
The resort has kayaks which can be used by the guests. Aric and I had done that during an earlier visit and we nearly got lost, orientation is not easy with all those small islands. So we left the exercise to Otto and Nina, and to the twins. They found their way back without problems
Then it was time to say goodbye and continue our trip. Azam used a tripod to take this nice farewell picture.
Our next destination was Georgetown in Penang, in 2008 declared a World Heritage Site, because of its historical past. You could spend weeks to explore everything, but we stayed only two nights.
On our way, we passed Kuala Kangsar, the Royal town of the Perak state. Two landmarks, the impressive Ubudiah mosque, a masterpiece by colonial architect A.B. Hubback, completed in 1917 And the Istana Kenangan, the former Royal Palace.
Aric did some droning, here is an aerial view of the mosque. with the present Royal palace in the background and the Royal mausoleum in the left foreground
We had some snacks in an R&R and arrived in the afternoon at the Airbnb booked by Aric. Located in the historical center of Georgetown, it was a nice house in Peranakan style. Left the façade, right the (very) steep stairs, leading to the bedrooms. Notice the traditional screen shielding the ground floor rooms from the entrance
Left the screen as seen from the entrance, and two pictures of the bedrooms. The house was well furnished and comfortable.
Having some refreshments before going out.
During our last stay in Penang, Aric and I had visited the top floors of the Komtar tower, where you can look down 250 meter, through a glass floor. We liked it so much that we wanted to show it to our guests. Here are Xander and Aswin, sitting relaxed on the (very) transparent glass.
Nina had said that she would scream, but she did not. Bravo ;-). I took a photo of our group.
The top floor has a skywalk. Here Aric took a picture of us. I found this a lot less scary. We stayed until after sunset, to take some night pictures.
Dinner at the New World food court. Aric ordered a selection of dished. Without him we should have been at a loss what to order. From top left clockwise: popiah, lobak, vegetarian spaghetti and dumplings.
The next morning. Two brothers having a relaxed cup of coffee in the front yard of their temporary home.
We did a lot of walking that day. First we had a look at some of the famous Zacharevic murals. If you are interested, I wrote several blogs about Penang Mural Art. A lot of copycatting, I am not sure about the top right one, and the lower right is definitely not Zacharevic.
Then we walked to the clan jetties, another landmark of Penang. We selected the Tan Jetty and were a bit disappointed that we could not proceed until the end, from where you have a fantastic view of the harbor front. I could only take a shot through an opening in the gate.
We had a refreshing coconut there
On our way back we passed the famous Khoo Kongsi, the most impressive clan house of Georgetown. We entered and walked around. I have visited this place so many times, I did not take many photos.
After some rest in our Airbnb, we discussed what to do the rest of the day. We decided to take the cable car up Penang Hill and walk around a bit there, having a drink at the Bellevue hotel. This colonial style hotel is owned by a friend of mine and has a spectacular view of Georgetown and Butterworth on the mainland. We stayed until after sunset before taking the cable car down.
The next morning we first had breakfast in the famous Toh Soon cafe. We had tried the day before but found it was closed. Now it was open with a long queue of people waiting. It is famous for its coffee and its toast. I had my favorite eggs on toast.
A trip to Penang is not complete without a visit to the Kek Lok Si temple in Air Hitam. The Buddhist temple is dominated by the huge statue of Guan Yin, the goddess of mercy.. You can only take a photo of the whole building when you are far away 😉
The construction is not yet complete, you can donate roof tiles. The family bought a tile and wrote NOPAX on it (Nina, Otto, Pascal, Aswin and Xander)
Nina also bought a candle.
There are many temples in the complex. This is the main one.
You can climb the beautiful pagoda, but I had done that already in the past. So I waited at the bottom while the others climbed up.
Before crossing over to the mainland, we visited another temple, the snake temple. Inside(!) the temple and outside in the trees many Wagler’s pit vipers live. When you don’t disturb them, they are harmless (although venomous). During our visit there were only a few snakes inside the temple, sleeping. But many in the trees of the courtyard.
After a simple lunch opposite the snake temple, we crossed the bridge and drove to Kuala Kurau, a fishing village at the mouth (= kuala) of the Kurau river. Years ago we had discovered in this village a nice homestay, located right on the river with a terrace from where we could observe the many activities on the river.
The owner of the homestay, a young man, studied and worked in the UK, but came back to his hometown, missing the rural life. Nicely renovated house.
For dinner the owner suggested a restaurant from where we could enjoy the sunset. In this kind of seafood restaurant you start with looking at the fish tanks to select what you like to eat, Can not be more fresh. The food picture, from top left clockwise: seaweed soup, stingray, mantis shrimps and crab. The bottom right picture shows how people here leave the table after a nice dinner 😉
The restaurant was about1 km from our homestay, as the crow flies, but to reach it by car we had to take a long detour. Crossing the Kurau river we saw the numerous fish farms in the river.
Back in our homestay it was time to relax.
The next morning Aric woke up early to take drone pictures of the river and our homestay (marked with a yellow x). Notice another fish farm in the river.
We had breakfast in the village and walked around. Of course there was a fish market.
On our way to the Hua Seng Kong Temple near Kuala Gula, Aric got a flat tyre, which he changed superfast . The temple is located in the middle of nowhere, surrounded by plantations. We were the only visitors.
This Buddhist temple has strong Mahayana and Taoist influences. It has a rustic atmosphere, no exquisite art here. Left the family at one of the entrances. When you kneel on the metal plate, as Nina does, the statue starts pouring holy(?) water.
Very interesting is the depiction of “Hell”, where people are punished for the sins they have committed in their life. A small scale version of the famous Haw Par villa in Singapore.
Here Xander and Aswin are waiting for their judgment. After the punishment everybody gets a cup with the tea of forgetfulness, so they have no memories after being reborn.
It was not far to Taiping where we had lunch in the Old Railway Station. Finally we had Assam Laksa, Aric’s favorite food. He has a special Assam Laksa website. Try to find his verdict about this assam laksa (hint: there are three assam laksa entries for Taiping)
We had booked rooms in the modern Flemington hotel, next to the Taiping :Lake Gardens. After some rest we walked around, we were lucky, Taiping is named the rain town of Malaysia, it rains often in the afternoon, but we had nice weather,
At sunset we watched the colony of egrets, roosting every night at the Lake Gardens. Thousands of them. We also had a look at the rain trees that in recent years have fallen down on the road. The town council took the smart decision to leave them there and make part of the road pedestrian: the Raintree Walk. Now a tourist attraction.
Dinner in the Double Tap, a modern fusion-style restaurant near the Lake Gardens. I had spaghetti with smoked duck, curry leaves and salted egg! Very eatable.
A special feature of Flemington is the infinity swimming pool on the top floor. I had told my family to bring swimwear, they did, but I was actually the only one using the pool haha. We had a buffet breakfast the next morning.
Here is the Raintree Walk during daytime. During evenings and weekends teher can be a happy crowd.
As the “godfather of Malaysian waterfalls”, of course I had to bring my family to a waterfall North of Taiping there is a nice waterfall, not yet discovered by the general public, although easily accessible on a clear trail
The Air Hitam waterfall is an attractive one, from where I took the photo, you can still continue to the bottom of the falls, but that is more tough going. Aric took a drone picture of us.
We could not stay long, because we had a (late) checkout before 1 pm. We had lunch in the Lighthouse restaurant in Matang. The famous Teochew fish porridge (Aric is Teochew himself).
Our last stay was in the Cameron Highlands, two nights in the Lutheran Mission Bungalow. A lot of the Cameron Highlands has lost its charm because of agricultural (over)development, but this bungalow is still relatively unspoilt. Left a drone picture, the ugly gray plastic roofs are approaching. Right the bungalow, built in the 1950s as a retreat for Lutheran missionaries.
How I discovered this bungalow (12 years ago) is too complicated to tell here. Read my blog What Happened to Jim Thompson. I have been there many times and booked three rooms in the main bungalow this time.
For our dinner we went to the Jin Jin Steamboat restaurant in Brinchang. Steamboat is popular in Malaysia and specially in the Cameron Highlands. You get a bowl with hot broth and plates with meat, fish, veggies, mee etc. You prepare your own food. Although it was a weekday, it was very busy, we had to wait for a table. But it was worth it.
Traditional breakfast the next morning..
The view from the garden is still very nice. and there are lots of flowers.
One of the attractions of the Cameron Highlands are the tea plantations.
We visited the BOH Tea Centre Sungai Palas and we were not the only ones. The tea house has a spectacular location, overlooking the tea fields.
Of course we had BOH tea and cakes. I had scones
Pity that the tea factory, where they process the tea leaves, was closed for renovation. Of course we took many pictures of the tea fields.
Another attraction of the Cameron’s are the strawberries, strawberry farms everywhere (with the ugly gray plastic roofs) When you buy Cameron strawberries in the supermarket, they are very sour, but the ones we bought here, were surprisingly sweet.
In the afternoon we hiked to another waterfall, the Parit fall. On the way back it started to rain a bit. We have been very lucky with the weather during the whole trip.
Back in the bungalow Otto and I enjoyed a glass of whisky on the balcony. You have to book for dinner and breakfast in advance. The food was not bad, colonial style: fish and chips for Nina and chicken chop for the others.
The next day we took another route from the CH back to KL. Passing through Raub, a famous place for durians, we stopped at a stall and Aric bought one. For RM 132 , yes durians can be very expensive. But we just had to let our guests taste the “King of Fruits”
I am addicted to durians, judge for yourself what the others though about it.
Our last stop was at the Chamang waterfall, until recently always open without paying tickets, but now closed. It is called development :-(. But at least we saw a nice group of long-tailed macaques along the road.
We did a lot during our 8 days trip ;-). and came back quite exhausted.
Until this year. During my stay in the Netherlands in April, I visited my youngest brother Otto, Otto & Alphen, and we talked about a trip to Malaysia, either by Otto himself, or with his wife Nina and sons Aswin and Xander. We had moved in December to our new penthouse, but our old condo was not yet sold or rented out. So they could stay there during their visit!
On 27 May Otto whatsapped me that they had booked tickets, from 4 August until 25 August. First a few days in Singapore, the other days in Malaysia. More than two months to make plans and prepare the old condo for our guests. Here are some pictures of our former condo, ready for them.
On 8 August, late in the evening they arrived from Singapore by Aeroline bus. We picked them up from 1 Utama and drove home, where we had a nightcap in our roof garden before calling it a day.
The next day was a rest day, we did some shopping and in the afternoon I walked with Otto in the Orang Asli village below our condo. In the left picture our penthouse is marked with a yellow x, the right picture shows one Mat Salleh (Caucasian) and four Temuan (orang asli) kids 😉
What about our first dinner with them? We got the impression that they were slightly overwhelmed by the Singaporean food courts. And Nina was pescatarian. But we had also to show them that Aric and I are foodies. So we decided for a Japanese (!) restaurant in 1 Utama. Aric ordered a large selection of dishes. It was quite a success.
The next day we started with a hike in Bukit Lanjan, my local playground. Not too difficult, we walked to the “Sunset Boulevard” viewpoint, there were ropes on the steep parts.
In the afternoon we went into town, using public transport. We visited KLCC with the iconic twin towers and walked around in the park. We had coffee and cake in the cafe of Kinokuniya, my favorite bookstore.
We had dinner that night in the Seapark food court. Aric selected a variety of food, taking into account that Nina liked veggies and fish. Clockwise from top left: otak otak, popiah, Hokkien mee, cuttlefish, BBQ stingray and Cantonese mee,
The Hokkien mee is a specialty of this food court, prepared on a charcoal fire. I am tasting the cuttlefish. Everybody enjoyed the food.
The next morning Otto told me that they had not slept well, because during the night they had been bitten by tiny critters. Bed bugs? The condo had not been used for several months, could they have been come from the Singapore hotel, in their suitcases? Anyway, a thorough cleaning operations was needed.
In the afternoon we drove to a viewpoint, from where you can see the KL metropolis. During the whole trip. we used our two cars. Otto and I in my Axia, Aric and the others in his Subaru. I don’t like driving, fortunately Otto does and he had no problem with driving at the “wrong” side of the road, while I was his guide, using Waze.
It was a bit hazy that day, so the view of the town was not perfect. The tall buildings in the center are the TRX building (right) and the Merdeka 118 skyscraper (left, still under construction)..
Aric used his drone to take pictures.
Not far from the viewpoint there is a restaurant where Aric and I have been several times, the Veg Fish Farm Thai Restaurant. Location is nice, next to the fish ponds and the food is good.
Here is a collage of the food Aric ordered. In the center me with a glass of toddy (coconut wine). Starting from top left, clockwise: kerang (cockles), mango salad, fried rice, cuttlefish, dessert, deep fried spinach, fish (tilapia) and okra (lady fingers)
On our way back to KL, we stopped again at the viewpoint for a night view
We also stopped for a while at the historical town center, where we walked around a bit. The former colonial government offices are impressive. The confluence of the Gombak en Klang rivers has been beautified recently. A bit too blueish in my opinion ;-).
The following day we went to the Batu Caves.. . You have to climb many steps to reach the Hindu temples in the caves. The temples are dedicated to Lord Murugan, the son of Shiva and Parvathi and the brother of the elephant god Ganesh, my favorite Hindu deity.
From the cave entrance you have a view of the city.
There are several temples in the cave. Very scenic. The cave is one of the most popular Hindu shrines outside India, and already a “tourist” attraction in 1890, when Kuala Lumpur was still a small village..
All deities have their own transport animal, for Lord Murugan it is the peacock, so you see many peacocks in and around the Batu caves, real ones and artificial ones.
There are also lots of monkeys around, trying to steal your food, for example your ice-cream !
Hindu temples are always very colorful, it is easy to keep taking pictures. Here is a collection.
We had lunch in an Indian restaurant near the caves. Roti canai and thosai.
Back home we started preparing for our trip up North the next day. We went out for a simple dinner in a nearby restaurant and had a drink later in our roof garden.
About our trip I will write a separate report.. Here is an appetizer. Our route in the center. Top row, from left to right: Suka Suka, Komtar tower, Penang Hill. Middle row: Kuala Kurau, Taiping Bottom row: Air Hitam waterfall, Cameron Highlands, Boh Tea plantation.
After we came back, our guests went to KL a few times on their own. They visited the Aquarium, the Bird Park, Chinatown and several shopping centers.
Our kitchen was not yet fully operational, so we did not cook for them. But one evening we ordered delivery food. It is called a fishbowl. We had dinner in our garden.
One afternoon we brought them to Kuala Selangor. Bukit Melawati is of historical interest, the lighthouse was originally built in 1794 by the Dutch. Aric used his drone to take pictures.
The hill houses a group of Silvery Langurs, a very beautiful and friendly monkey species. Notice the orange colored baby in the left picture. And notice how contented my brother Otto looks 😉
Kuala Selangor is famous for its seafood restaurants, from where you have a nice view of the Selangor river.
General rule for this kind of local restaurants: the more basic they look, the better the food is.
From top left, clockwise: Stingray, Oat prawns, Seaweed soup, Cuttlefish , Bitter gourd omelet , Salty egg crab. Total cost RM 245. Value for money.
The plan was to visit the fireflies at Kampung Kuantan, but it started to rain heavily, so we had to skip this excursion.
Their stay was coming to an end. Nina was interested to go to an Indian restaurant, so one evening we went to a mamak restaurant in Kota Damansara, the Original Nasi Kandar Penang
More than 20 years ago a picture was taken of me with my two nephews. I asked Aric to take another picture, as similar as possible.
For our farewell dinner, the last evening, we went to the May Chixuan Restaurant near our home, where we are regulars. Their signature dish is curried prawns, served in a coconut. The other dish is tofu in a thick pumpkin sauce.
The next morning, at the ungodly hour of 6 am, they left for the airport. It was a memorable visit.
I could have named this blog Uniform Polyhedrons, but I think in that case not many would have read it 😉 A polyhedron is a 3D object, bounded by polygons and a polygon is a flat surface, boudned by straight lines. A cube is a simple polyhedron and a triangle is a simple polygon.MOre terminology in the appendix.
When I was a kid, I was fond of making cardboard models of buildings, ships etc. I bought the “bouwplaten” in the local bookstore. It was quite a popular pastime in those days, now no more. Here are two simple examples, found on the Internet.
It was during the 1970s , on a trip to London, that I came across the book Polyhedron models by Magnus Wenninger. It contained descriptions of 119 polyhedrons with detailed instructions how to make cardboard models of them. With my youthly love of bouwplaten and my interest in mathematics I immediately bought the book. Left my copy, right Magnus Wenninger (1919-2017) with a complicated polyhedron in his hands.
Back home, I bought sheets of colored cardboard and started building polyhedrons. Compared with the commercial “bouwplaten” as shown above, where you just have to cut out he various pieces, you have to draw the pieces first on the cardboard sheet, add tabs and then only cut them out. Here are two examples. The numbers are from Wenninger’s book, which can be found online.
The tetrahedron (left)is the most simple polyhedron, it consists of just four triangles. I have marked how many pieces you have to cut with a colored number. The football like polyhedron with the unspeakable name (right) consists of 30 squares, 20 hexagons and 12 decagons. 62 pieces in total.
Here are a few of the polyhedrons I have built. That was more than 40 years ago, the colors have faded. The polyhedron in the center of the top row is still “simple”, consisting of squares and triangles. The one left on the top row looks more complicated, but when you look carefully, you will see that it only consists of triangles! But only parts of a triangle are visible from the outside. In the right polyhedron, on the bottom row it is easy to see that there are pentagons (five-sided polygon), but there are also hexagons (six-sided polygons), which are hardly visible in this model. In total 12 pentagons and 10 hexagons!.
The polyhedrons where all faces are completely visible, are called convex, the others where you can only see parts of the faces are called nonconvex. See the appendix for more terminology and mathematical details.
Nonconvex polyhedrons are more difficult to build, because you have to be careful that the pieces of one polygon have the same color. But they are worth building, because they are beautiful. Here are a few examples. The left polyhedron consists of 12 pentagons and 12 pentagrams, 24 faces in total. The one at the right is more complicated , 20 triangles, 12 pentagrams and 12 decagons (10-sided polygon), total 44 faces.
Two more. The polyhedron left has 30 squares, 12 pentagons and 12 decagons, total 54 faces. And the beautiful polyhedron to the right has 20 triangles, 30 squares and 12 pentagrams, total 62 faces. The complexity of this polyhedron is difficult to see in a picture. On Wikipedia I found a 3D version which you can rotate with your mouse. Amazing, try it out and see if you can find the triangles (easy) and the squares (difficult).
The polyhedrons at the end of Wenninger’s book are even more complex, Here is a description with templates for the “Great Inverted Retrosnub Icosidodecahedron“. Yes, they all have names, see the appendix. It contains 80 triangles and 12 pentagrams, 92 faces in total .His description starts with “This polyhedron is truly remarkable in its complexity” and at the end he writes “Your patience and perseverance will have to hold out for more than 100 hours if you want a complete model of your own “
At first I decided that “more than 100 hours” was too much for me. But I was curious about this polyhedron, and I used the templates to build a small part of it.. Soon I found out that there was something wrong with the templates for this model. Parts that had to be glued together, had different lengths! I tried to check and correct the size of the pieces (see right image with my comments) but that did not work..
I decided to contact Wenninger, but didn’t have his address, so I wrote to the Cambridge University press ( the publisher), asking them to forward my letter to Wenninger. I didn’t really expect a reply, so I was pleasantly surprised when after a couple of months I got a letter from Wenninger. He explained that in the printing process of the book one or two templates had been incorrectly represented. A few more buyers of the book had noticed the error. His letter contained the correct templates!.
After his kind gesture I felt “morally” obliged to build the polyhedron. I spent many evenings cutting and gluing the 1290(!) pieces. I did not keep track of the hours, but it must have been more than 100. Here is the final result. Of course I took a picture and sent it to Wenninger.
Here is a digital 3D version of the polyhedron. Rotate it with your mouse, to see the complexity.
I assume that in a reprint of the book the mistakes will have been corrected, but when I built the model, it must have been one of the few in the world ;-). Years later I visited the Science Museum in London, where they have the whole collection.
Polyhedrons have fascinated artists, philosophers and mathematicians throughout the ages. Here are Durer;s famous Melencolia I (1514) and John Cornu’s Melencolia (2011)
First some terminology.
A polygon is a 2D figure with straight sides, for example a triangle. When all sides are equal it is called a regular polygon
A polyhedron is a 3D form bounded by polygons, for example a cube. A polyhedron has faces, edges and vertices (plural of vertex) When the polygons are regular and all vertices similar, the polyhedron is called uniform.
The left polyhedron has 6 faces (F=6), 12 edges (E=12) and 8 vertices (V=8). The right polyhedron has F=4, E=6 and V=4.
The most simple polyhedrons were already known in antiquity and are called Platonic solids. These polyhedrons have only one regular polygon as face. , a triangle, square or pentagon. Here they are
There are 13 polyhedrons that have more than more than one regular polygon as face.. They are called Archimedean solids, because they were first enumerated by Archimedes, later rediscovered by Kepler who gave them their names. Here they are. Notice that they all have one single edge.
The names give information about the composition of the polyhedron. For example the icosidodecahedron has 20 (icosi) triangles and 12 (dodeca) pentagons.
The polyhedrons often contain pentagrams. A pentagram is related to a pentagon by a process called stellation, extending the sides of a polygon. Polyhedrons can also be stellated by extending their faces. Left the pentagram and right one of the stellated dodecahedrons.(there are three more)
In the Platonic and Archimedean polyhedrons all faces are completely visible, The mathematical term is that these polyhedrons are convex. The stellated dodecahedron, shown above, has pentagrams as faces, but the center part of the pentagram is not visible, it is inside the polyhedron. The mathematical term is that this polyhedron is nonconvex. In total 53 nonconvex polyhedrons exist. This has been proven only in 1970.
Wenninger’s book describes 119 uniform polyhedrons, the 5 platonic solids, the 13 Archimedean ones, 48 polyhedron stellations and the 53 nonconvex polyhedrons. A List of Wenninger polyhedron models can be found on Wikipedia. The list contains images of all polyhedrons and lots of details
Here are the numbers of the polyhedrons shown in this blog (I have built more). 17, 24, 39, 76. 80, 99, 102, 105, 107 and 117.Except 39, a stellation of the icosahedron, they all have a Wikipedia page.
When I built my models, PC’s were still in an infant stage and the World Wide Web did not yet exist. Nowadays there is wealth of information available, there even exists software to create the polyhedrons digitally. Great Stella looks promising. I feel tempted 😉
Why did I write this blog, more than forty year later? Recently I visited the Bellevue Hotel in Penang. The owner of the hotel is a friend of mine. In the garden of the hotel he has built a geodesic dome. He was a close friend of the American architect and philosopher Buckminster Fuller (1895-1983), who was the “inventor” of the geodesic dome.
You will not be surprised that there is a close relation with the polyhedron models of Magnus Wenninger. Have a look at the Wikipedia article Geodesic polyhedron, where both Buckminster Fuller and Wenninger are mentioned. Enjoying the view and admiring the dome, the thought arose to write a blog about my “hobby” from the past 😉
Half a year ago I published a blog My Waterfalls in which I described 48 waterfalls visited by me (with my friends) since 2007, but never included in my website Waterfalls of Malaysia. When you look at the list, you will notice that there has not been much waterfall activity during the last few years. After 2017 only two “new” waterfalls in 2021, the Batang Kali fall and the Pencheras fall. The reason for my lack of activity was partly the COVID-19 pandemic, limiting traveling possibilities, but mainly my growing lack of confidence.
In 2015, during a rewarding “expedition” , Sg Siput Waterfall Recce, we had to cross a river to reach the intimidating Lata Kaku.
In my blog I wrote: I don’t know why, but I felt uneasy, stumbling often, maybe the years are counting…. In the following years that feeling got stronger. I have decided not to visit remote waterfalls anymore. And also only hike in the jungle when accompanied by at least two “strong” “young” friends ;-). My visit to the Batang Kali waterfall in March 2021 is a good example. I went there with Edwin and Teoh, the hike took about one hour and the waterfall, though not spectacular, was nice with a big pool.
When I told my Dutch friend Paul about this waterfall, he was interested, so we needed two young men to join us. Fahmi was willing, but Aric was too busy with his laundry shop. Fortunately Rani was available. On 23 July we met at the Kedongdong recreational park, from where it was a 800 meter walk along. the tar road to the trailhead.
Right after the start we had to cross the Pencheras river. Last year we had to wade through the river or cross on a fallen tree, now a simple bamboo bridge had been built.
There was a trail, although not always clear. Locals collect bamboo here, there were remains of sheds and several side trails, but with the help of Rani we found our way.
Many bamboo groves.
Here and there fallen trees blocked the trail.
Halfway we had to cross the Batang Kali river to the other side. No bridge here, so we got our shoes wet.
There was still a trail and of course there were numerous leeches. Tiger leeches mainly.
After about one hour we arrived at the waterfall. More water than last year.
Enjoying a bath.
Of course we took many pictures.
Upstream there are more waterfalls, but they require river trekking. A few years ago I would have continued to explore them. Now this waterfall was enough for me. After playing around for a while we hiked back. Time enough to look around and enjoy nature.
Almost back, we came across a few spectacular ginger plants. Left a torch ginger, right a beehive ginger.
After the hike it was time for lunch. Rani had to hurry back for a birthday party, Paul, Fahmi and I went to the World of Phalaenopsis café in Ulu Yam. Pleasant surroundings, nice food.
In the future I hope to have more waterfall hikes, similar to this one.
In one of my blogs I mentioned the Australian collection of Malaysian topo maps. I was interested to use one of these maps and add my waterfall trips. Left the map, published in the 1940s, notice how few roads existed in those days. Estates everywhere. Right the same map, with my trips indicated. The Batang Kali waterfall is at the right .
The BepiColombo spacecraft? I am interested in space missions and have written several blogs about space travel and spacecrafts, but I must have missed this one.
So here is a post about BepiColombo. And about Mercury. And about Gravity Assists.
Let me start with Mercury, the smallest of the eight planets in our solar system. And the fastest, orbiting the Sun in 88 days. Its orbit is the most elliptical of all planets, the distance to the Sun varies between 46 and 70 million km. (For comparison, the similar distances for Earth are 147 and 152 million km).
Mercury is not easy to observe from Earth, because the planet orbits so close to the Sun. For a long time, it was thought that Mercury was tidally locked to the Sun, in the same way as the Moon is tidally locked to Earth. It was only in 1965 that radar observations of Mercury showed that it was actually rotating with a period of 59 days. An Italian scientist, Giuseppe Colombo noticed that this value is 2/3 of the orbital period and suggested that Mercury and the Sun are in a so-called 2:3 resonance, with Mercury rotating 3 times during 2 orbital periods. More about tidal locking and resonances in the appendix.
In the nineteen sixties space travel started, in the USA with the Mariner program from 1962 to 1973. Here are a few of the Mariners. The Mariner 2 was the first spacecraft to reach another planet (Venus), It had not yet a camera on board! The Mariner 4 flew by Mars and took 20(!) pictures of the red planet. .
The Mariner 10 mission had a novelty, after its launch it passed very close to the planet Venus. The gravitation of this planet changed the speed and direction of the Mariner in such a way that it continued its course in the direction of Mercury. This is called a gravity assist, often (confusingly) called a gravitational slingshot. See the appendix for more details.
.In the left diagram you see the effect. Three months after launch the Mariner 10 passes Venus at a distance of less than 6000 km. It brings the spacecraft in an elliptical orbit around the Sun with a period of 176 days. On 29 March it passes Mercury at a distance of 700 km. For the first time in history pictures were taken of Mercury’s surface!, A big surprise was that Mercury had a (weak) magnetic field, so it should have a liquid iron core.
The gravity assist was suggested by the same Giuseppe Colombo and was so successful that it is now a standard procedure for spaceflight.
It took almost 30 years before the next mission to Mercury started. In 2004 the MESSENGER spacecraft was launched and its mission was to go into orbit around Mercury and study its structure and magnetic field. Going into orbit around Mercury is not an easy job because of the strong pull of the Sun. Not less than seven gravity assists were needed to slow down the spacecraft enough, one flyby with Earth itself (!), two with Venus and four with Mercury. Here is a diagram of the flight path. Just to show how complicated it is.
The advantage of gravity assists is that you don’t need fuel to change the course, only minor DSM’s (Deep Space Maneuvers). The “disadvantage” is that it takes considerably more time to reach the target. In this case more than six years.
After this lengthy introduction, let’s go back to the BepiColombo mission. Giuseppe (Bepi) Colombo died in 1984, this mission must have been named BepiColombo in his honor, as he was the first to identify the 2:3 resonance of Mercury and also the first to suggest a gravity assist for the Mariner 10 to reach Mercury..
BepiColombo is a joint mission of the European Space Agency (ESA) and the Japan Aerospace Exploration Agency (JAXA). BepiColombo was launched in October 2018. The spacecraft contains two orbiters, one MMO) to study the magnetic fields of Mercury, the other one MPO) will study structure and geology of the planet.
In this animation, you can follow the flight path of BepiColombo (pink) from the launch in 2018 until it goes into orbit around Mercury in 2025. The orbits of Earth, Venus and Mercury are in dark blue, light blue and green, respectively. The spacecraft will use a total of nine(!) gravity assists before it goes into orbit.
As it may be difficult to see where and when the flybys occur, I have taken a few screenshots from a very informative video created by ESA: BepiColombo – orbit and timeline .Worth watching. In the screenshots the flyby is indicted with a circle.
The photo of Mercury at the begining of thos post was, taken during the 2nd flyby of Mercury on 23 June 2022.
When BepiColombo goes into orbit around Mercury, it will have travelled more than 10 billion km. Only then it will deploy the two orbiters.
So we will have to wait more than three years before the two orbiters start collecting scientific data.
Appendix: Tidal locking
As probably everybody knows about tides on earth, we will start there. Twice a day the sea will have a high tide and a low tide. Those tides are caused by the gravitational attraction between Earth and Moon. This force depends on the distance between the two bodies. It is a bit stronger on the side of the earth facing the moon, than on the opposite side, resulting in the tides.
The friction caused by these tidal forces, will slow down the rotation of the Earth, increasing the length of a day. Not much, about 2 milliseconds per century. But when Earth and Moon were formed, about 4.5 billion year ago, the length of a day was much shorter only a few hours.
A similar story holds for the Moon, but here the slowing down has been so effective that for billions of years the moon is “tidally locked”, the rotation if the moon (its “spin) is equal to its orbital period around Earth. The technical term is that the Moon is in a 1:1 spin-orbit resonance with Earth. From Earth we always see the same side of the Moon.
Most other moons in our Solar System are also tidally locked to their planet. For example the four Jupiter moons, discovered by Galileo in 1609.
An interesting case is Pluto (no longer a planet) and its moon Charon. Charon is a large moon and Pluto a small “minor planet”.. Both moon and planet are tidally locked to each other! Here is an animation.
The gravitation of the Sun aldo causes tidal forces on the planets. On Earth we are aware of that, but the Sun’s tidal forces are smaller than those of the moon. During full moon and new moon the two tides enhance each other, the high tide is stronger and called a spring tide. During first and last quarter they work against each other, the high tide is weaker and called a neap tide. See the diagram below
Because Mercury is orbiting so close to the Sun, the tidal forces are a lot stronger. Until 1965 it was thought that Mercury was tidally locked to the Sun, rotating in 88 days, same as the period of its orbit => a 1:1 resonance. Now we know that it is a 2:3 resonance, Mercury rotates faster, 1.5 times during one orbit. The reason is that Mercury’s orbit is quite elliptical, so its (orbital) speed is not constant, moving faster when it is close to the Sun. Here is link to a good explanation: Mercury’s 3:2 Spin-Orbit Resonance. .
The length of a day is commonly defined as the time between successive sunrises or sunsets. 24 hours for Earth, slightly more then the rotation period of 23.9344696 h. With 1:1 tidal locking there is no more sunset/sunrise, the concept of a day has no meaning or you could say that the length of a day is infinite ;-). The animation below shows Mercury orbiting the Sun. The red point represents an observer on Mercury. Note that this observer rotates three times during two orbits. Dawn, midday, dusk and midnight are marked. A day on Mercury takes 176 (earth) days, much longer than the rotation period of 59 (earth) days!
Appendix: Gravity Assists
After launch, a spacecraft will move under the influence of gravitation, primarily the attraction of the Sun. Using the precious fuel on board, it can maneuver a bit to reach its destination. When its course brings it close to a planet, the gravity of this planet can change direction and speed of the spacecraft, without using fuel. Depending on how the spacecraft approaches the planet, its speed can increase or decrease. This use of a planet’s gravity is called a gravity assist or a gravitational slingshot.
Here is a somewhat misleading analogy of a gravity assist. “Space balls” are shot at a train with speed of 30 MPH. If the train is at rest, they bounce back with a speed of 30 MPH. But the train is not at rest, it approaches with a speed of 50 MPH. The balls hit the train now with 30 + 50 = 80 MPH and bounce back with the same speed. For the observer along the rails, the balls now have a speed of 80 + 50 = 130 MPH.
This analogy, from Charley Kohlhase, an important NASA engineer, illustrates a few important points. 1).The balls are interacting with a moving object and 2). the mass of the moving object is so large, that its loss of energy can be neglected.
My own favorite example is that of a tennis player, who hits an incoming ball, before it bounces (a volley). When he keeps his racket still, the ball will bounce back with (about) the same speed (block volley). When he moves his racket forward, the speed will be larger (punch volley), when he moves it backwards, the ball will go back slower (drop volley). In this case his own mass is less than the train, so he will feel the impact of the ball.
In space there are no contact forces, everything moves under the influence of gravity, therefore I always found the analogy unsatisfactory. The influence of gravity on the motion of two bodies in space has been described by Kepler using Newton’s gravitation law. We assume that the mass of one body (a planet) is much larger than the mass of the other one (a spacecraft) Here are a few possible orbits. The red one is part of an ellipse, the green one a parabola and the blue one a hyperbola.
On the Internet you can find numerous videos explaining gravity assist. Pick your choice here. Many of them I found confusing and/or too complicated. So I decided to give it a try myself ;-). Here are three images I have created.
The left image shows the course of a spacecraft under the influence of a planet’s gravitation. It is a hyperbolic orbit, where the speed increases until the spacecraft is closest to the planet (called the periapsis), after which its speed will decrease again. The initial speed and the final one are equal, only the direction has changed (the red arrows). If the planet would be at rest relative to an observer (for example Earth), that would be all.
But that is not the case, the planets move around the Sun. In the second image, a planet moves to the right (blue arrow). The gravitation between spacecraft and planet is still the same (the red arrows) but an outside observer will now see the effect of the two speeds: the green arrows. The change of direction of the red arrows now has a clear effect, the final speed is larger than the initial one: here we have a gravity assist to increase the speed of the spacecraft!. This happens when the spacecraft passes “behind” the planet.
In the last image I have reversed the speed of the planet, so now the spacecraft passes “in front of” the planet. With an opposite effect, now the final speed is less than the initial one, The gravity assist in this case reduces the speed of the spacecraft.
Spacecraft exploring the outer planets have to overcome the gravitation of the sun and will need an “extra push” from gravity assists, passing at the rear of planets. BepiColombo is getting closer to the Sun and has to break to be able to go into orbit around Mercury. Therefore it needs gravity assists, passing in front of a planet, reducing its speed.
For me, this explanation of a gravity assist is satisfactory, I am curious about the opinion of others. Comments are welcome 😉
In April 2018 we met LCK at a friend’s dinner. We had an interesting conversation and a few days later he visited us in our condo in Damansara Perdana. He told about a few of his projects, a colonial hotel up Penang Hill and his private botanical garden Suriana. When we showed interest, he invited us to visit him in Penang, where he is living.
On our way to Penang, we stopped for lunch in Ipoh. Aric is an Assam Laksa lover and maintains a website: Assam Laksa List where he has collected many assam laksa shops. His verdict about Kee Poh: so so.
Around 3 pm we arrived in Penang, where we had booked a room in the YMCA, next door to where LCK is living
A clean hostel-like hotel.
After we met LCK, he took us up Penang Hill, to have dinner in “his” Bellevue Hotel
The next morning we drove around Penang. Another project of Aric is to take drone images and videos of fishing villages. This is Kuala Pulau Betong in the South-West corner of the island.
For lunch we went to another laksa stall, only known as Laksa Stall Under The Tree in the Sungei Ara region. Aric’s verdict: Very good.
After lunch we went to LCK’s house, where transport to Bellevue was waiting for us. The house is an impressive colonial style mansion.
LCK’s driver brought us to the Bellevue Hotel where we checked in. Spectacular location with impressive views of Georgetown and Butterworth. Notice the geodesic dome at the right, more about that later.
We had a very pleasant room. Colonial atmosphere. Writing this blog more than four year later, I am not sure about details, but I think we had no TV in the room. What a blessing.!
The garden is well kept.
We went for a walk. The hotel is surrounded by other heritage. Left the monumental entrance of the Bel Retiro bungalow, founded in 1789 and still exclusive government property. Right the Penang Hill Mosque, much more recent (1966)
Left the attractive police station (1929). Penang Hill has become a major tourist attraction, which is spoiling the character of the place. Transport is basically via the cable car, bringing up crowds of day-trippers. We walked around and had a snack before returning to Bellevue.
Even Bellevue must take care not to succumb to modern developments. Buggy tours, Segway rides? Why? Sedan chair trips would be more appropriate ;-). Just promote the Garden Terrace, the Panoramic View Restaurant and the Nostalgic Charm of the past.
A collection of prehistoric animals might be fun for kids, but also doesn’t fit in the colonial charm of the place.
And lots of charm Bellevue has. Waiting for our dinner, we enjoyed the views, changing all the time.
Dinner was steamboat, well prepared. A few more visitors were also having their dinner.
The next morning around 8 am. Georgetown is still covered with clouds. Pure magic.
Enjoying an (almost) English breakfast. (No bacon because halal)
And slowly Georgetown appears through the cloud cover
Aric did some droning. A staff member is interested and watching closely ;-). View of Bellevue in the right picture.
General view of the hill. Bellevue is bottom right.
Before leaving, we took more photos of the interior. It is clear that LCK is interested in art and music.
He is a friend and admirer of the American architect and philosopher Richard Buckminster Fuller. The garden of Bellevue has a geodesic dome, a structure popularised by Fuller.
Buckminster Fuller passed away in 1983 and a room in the hotel serves as a kind of memorial. If you are interested to know more about “Bucky” and his relation with the Bellevue Hotel , have a look at this website : Buckyworld Confluence @ Bellevue
At 10am LCK’s driver came to bring us back to Georgetown. It is a winding road, no public access.
Our next destination was the Suriana Botanical Garden. LCK is an architect (Komtar , Jurong Town Hall) but also a trained botanist who has collected in this private garden many rare pants. Waiting for him, we walked in the garden around his house and had a look at a new building, still under construction.
The garden is located between Balik Pulau and Air Hitam.
We had a drink and duriasn at a small house in the garden. Very peaceful surroundings.
Also here a geodesic dome. LCK is very knowledgeable about ginger and banana species.
We walked around with LCK as our guide.
Of course I took many picture Here is an Orgy of Red
And Shades of White
Black & White
After an interesting walk in the garden, we drove back home, with flowers and fruits produce of the Suriana garden. A very pleasant trip, thanks a lot to our host..