Recently after looking at some of the pictures that my friends have been taking using Raynox DCR250 , I decided to acquire one for my self and give it a shot! Since pictures speak a lot , I would share pictures of few spiders that I have taken with Raynox mounted on Tamaron 90mm Macro lens on Nikon D750.
What is Raynox DCR 250 ?
The Raynox DCR-250 is a conversion lens that attaches to an existing lens. It comes with a universal snap-on mount that will fit lenses in the 52mm to 67mm diameter range. With the DCR-250 you can have an instant macro lens when attached to your existing lens for a much cheaper price. You can also use it if you already have a Macro Lenses to get much closer to your subject, Like i did with my Tamaron 90mm
What the DCR-250 actually does is, it reduces the lens minimum focusing distance enabling you to get much closer to the subject enhancing the magnification power of your existing lens.
My Take on Raynox DCR 250 :
I was actually surprised with the result. The Raynox DCR-250 performs really well on my Tamaron 90mm ( Waiting for a step down rings to try it on my Sigma 180mm) . The DOF is very shallow and it needs some practice and it is not a easy lens to use, however with flash and macro rail the probability of getting good pictures is high ! At highest magnification and with my setup the lens gets really close to the subject , so I had use a flash with bounce diffuser to get some shots. Aperture needs to be closed to get some decent DOF ( F16 and above ) , but sometimes shallow DOF can also create magic!
Can we photograph milky way or part of it from earth ?
Yes we can ! Even though not in full , a part of it as we are inside it! and there are lots of photographs of milky way shot by photographers before. Just Google it.
When ever I used to see pictures of milky way photographed by using a DSLR, a sense of awe engulfed me and always used to wonder how to do it , my cousin Arjun (http://arjunhaarith.blogspot.in/) attempted it during his treks in the Himalayas successfully and his pictures egged me to try on my own! And this set in the urge to get a decent picture and the quest began!
Arjun’s picture instilled some kind of obsessive madness to record this on my camera. Me and Murali (www.muralisantham.com ) had many discussions on cracking this code and we did try to shoot in Hampi , but the light pollution negated our efforts. We also figured out with right tools , technique and a mathematical formula we can crack this ( see method to madness below )
During our recent trip to mountains of south India we cracked it and pictures are shown below.
The light on the left is not a fire but a light trail left by moving Car…
The red leaf is due to effect of my car’s tail lamp on the plant nearby …
Method to Madness
As always I’m happy to share the techniques used :
Identify a place which is completely dark , which is devoid of any light pollution
Next figure out where this is in our night sky and and what time it is above the horizon , a simple google or a right kind of app will help! Yes we did do some research to find out where it is visible and we found out it will be visible at the horizon in Northern hemisphere at 4 AM IST in Jan 2018.
Choose the right camera! For the Milky Way you are going to want to get as much light into your camera as you can before the rotation of the Earth starts to blur your image. So using a camera that can shoot a decent image at 1600 or 3200 ISO is a wise choice ( My Nikon D750 it was )
Choose the right lens! When choosing a lens, I would recommend a very wide angle lens; something that will allow you to capture a huge portion of the sky. The main reason is because the Milky Way is massive! It will stretch across the entire sky and to get it in your composition can be challenging. The wider your lens the more you will see — by wide I mean small focal length. As you get more comfortable shooting the Milky Way you can move in closer with a larger focal length to capture the galactic core and so on. To start out look at something in the 14mm — 24mm range. (My 15 MM lens from Venus optics it was )
Use a proper tripod! The exposure can go upto 30 seconds based on a formula, so usage of a tripod is a must. ( My Manfrotto 190DB it was )
Point the camera at that location ( its not that clearly visible to naked eye )
Exposure ! This is the trickiest part . For me ISO was 1600 and the aperture was fully open to optimise the light falling on the sensor , but shutter speed is something which is tricky , because a longer exposure will leave a star trail and lesser exposure will not be enough to record light on the sensor, but a mathematical formula comes to help. The formula is called 500 rule and it is 500 Divided By the Focal Length of Your Lens * crop factor = The Longest Exposure (in Seconds) Before Stars Start to “Trail”! so for me it was 500/15 ( 33 sec ) ( D750 is a full frame Fx camera so no crop factor ) I used a 30 sec exposure … ola I got it and the result is there to see.
The Veerabhadra temple is in Lepakshi in the Anantapur district of the Indian state of Andhra Pradesh. Built in the 16th century, the architectural features of the temple are in the Vijayanagara style with profusion of carvings and paintings at almost every exposed surface of the temple. It is one of the centrally protected monuments of national importance.
The temple has been built on the southern side of Lepakshi town, on a low altitude hillock of a large exposure of granite rock, which is in the shape of a tortoise, and hence known as Kurma Saila. It is 140 kilometres away from Bangalore. The approach from the National Highway NH7 to Hyderabad that takes a branch road at the Karnataka-Andhra Pradesh border leading to Lepakshi, 12 kilometres away. Another route to reach the temple is taking a route from Hindupur. It is situated 35 kilometres from Penukonda, located in Anantapur district of Andhra Pradesh
The temple was built in 1530 (1540 is also mentioned) by Virupanna Nayaka and Viranna, both brothers who were Governors under the Vijayanagar Empire during the reign of King Achutaraya, at Penukonda
According to Skanda Purana, the temple is one of the divyakshetras, an important pilgrimage site of Lord Shiva.
Lepakshi’s origin has two interesting myths associated to it. But, both the tales are impregnated with grief and pain. But, he couldn’t withstand Ravana’s power and fell off to Earth after losing his wings. It is believed that Jatayu’s wings fell on the rocks here. When Lord Rama commanded the bird to rise (Le-Pakshi), the place got its name. Moreover, we can see footprints of Lord Rama at one of the rocks in Lepakshi.
Another prominent legend is that Veerupanna and Veerana were two brothers who worked for the Vijayanagar King. Veerupanna’s son was blind since birth and it is believed that he got back his eyesight while playing around the Shivalinga in the temple premise. This story reached the king that Virupanna was using the royal treasury to cure his son. The king gave orders to take away Virupann’s eyesight and blind him.
Hearing this, Virupanna himself took off his eyes and threw them against the walls of the under constructed Kalyana Mantapa inside the temple premise. Thus, the place got its name as Lape-Akshi (village of the blinded eye). Even till date we can see blood stains on that wall and those stain marks has been confirmed as real blood stain marks by British scientist.
This story originates from the epic Ramayana. It’s said that Jatayu had a furious battle with Ravana when he tried to rescue Sita from Ravana’s abduction attempt.
There is a very large Nandi (bull), mount of Shiva, about 200 metres (660 ft) away from the temple which is carved from a single block of stone, which is said to be one of the largest of
Visit to Lepakshi is a divine experience in itself and it makes you wonder about the immaculate skills of artisans which were displayed in building this marvel. Their hard work and determination has been truly immortalized!
Here are some of my picture’s where I have tried to capture the beauty of this divine and enchanting place
The Thar Desert, also known as the Great Indian Desert, is a large, arid region in the northwestern part of the Indian subcontinent that forms a natural boundary between India and Pakistan. It is the world’s 17th largest desert, and the world’s 9th largest subtropical desert. About 75% of the Thar Desert is in India, and the remaining 25% is in Pakistan. In India, it covers about 320,000 SqKms, forming approximately 10% of the total geographic area of India. More than 60% of the desert lies in the state of Rajasthan and extends into Gujarat, Punjab, and Haryana. This desert comprises a very dry part, the Marusthali region in the west, and a semidesert region in the east with fewer sand dunes and slightly more precipitation.
Since i’m a man of few words and more a man of images I would like to convey the beauty of this magical place through my Images. Feel Free to browse them and let me know your thoughts