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Baby’s way

If baby only wanted to, he could fly up to heaven this moment.
It is not for nothing that he does not leave us.
He loves to rest his head on mother’s bosom, and cannot ever bear to lose sight of her.
Baby know all manner of wise words, though few on earth can understand their meaning.
It is not for nothing that he never wants to speak.
The one thing he wants is to learn mother’s words from mother’s lips. That is why he looks so innocent.
Baby had a heap of gold and pearls, yet he came like a beggar on to this earth.
It is not for nothing he came in such a disguise.
This dear little naked mendicant pretends to be utterly helpless,
so that he may beg for mother’s wealth of love.
Baby was so free from every tie in the land of the tiny crescent moon.
It was not for nothing he gave up his freedom.
He knows that there is room for endless joy in mother’s little corner of a heart,
and it is sweeter far than liberty to be caught and pressed in her dear arms.
Baby never knew how to cry. He dwelt in the land of perfect bliss.
It is not for nothing he has chosen to shed tears.
Though with the smile of his dear face he draws mother’s yearning heart to him,
yet his little cries over tiny troubles weave the double bond of pity and love.

~ A poem by Rabindranath Tagore

busking goa jpeg small

Col. Dr. Victor Manuel Dias

 By Dr. Luis Dias

(Published in Herald Sunday Mirror, Goa, 7 June 2009)

11 June marks the 60th death anniversary of a truly remarkable man, Colonel Doctor Victor Manuel Dias, Director of Health Services in pre-Liberation Goa.

His sudden death, at 57, at the peak of his illustrious career, due to a cerebral haemorrhage, in 1949, sent shock waves throughout Goa and also in newly-independent India. Tributes followed, in the local and the Indian press. In its obituary tribute, The Sunday News of India described him: “Generous to a fault, discharging his Hippocratic obligation with a scrupulous regard for the poor, the best of companions, he was a fascinating personality, by whose loss his country and his people will be the poorer”.

The Sunday Standard, in its tribute added: “A profound scholar with an academic record of unusual brilliance, Victor Dias embodied a great family tradition. His father, General Miguel Caetano Dias, was Director of Public Health in Portuguese India for upwards of thirty years….Victor himself was a Doctor in Medicine of Lisbon University, a Doctor in Law of the historic University of Coimbra, and a Bachelor in Science, of Sorbonne, Diplomate of the School of Tropical Medicine in Lisbon. In Berlin where he studied for some years, he worked with Professor Friedman, discoverer of the well-known TB vaccine named after him, and later he spent a year at Carlos Forlamini’s world-renowned Mussolini Institute where lung collapse therapy was first discovered and developed. More recently he became interested in the new X-ray and radium therapeutics and went to Berlin to study them.”

Col. Dias was nominated to the Department of Health in the Portuguese colony of Angola , from where he was transferred to Goa in 1923. After several years as a Professor at the Medical College in Goa, Col. Dias was appointed Director of Public Health in 1947.

In his practice, his patients included the whole gamut of society of his day, and included the venerable Fr. Agnel.

For upward of fifteen years, Col. Dias was the special surgeon in charge of the body of St. Francis Xavier and had the duty of inspecting annually the Saint’s incorruptible remains and reporting on them to the Government and the ecclesiastical authorities of Goa and Portugal.

The Sunday Standard corroborated what the local press, including the Heraldo, had reported extensively over the last year. “His last work, completed a few weeks before his death, was historic, and should be a fitting memorial to a man whose only justification, as he often said to me, was service of his fellowmen. The work was the rehabilitation of the ancient city of Old Goa which had lain uninhabited and uninhabitable since the seventeenth century when it was abandoned overnight by its population of 3,00,000 citizens panic-stricken by a mysterious malady for which no treatment has ever been discovered.

Till last year nobody outside the half dozen surviving old churches spent a single night in Old Goa for fear of contracting the disease, a peculiarly malignant type of malaria which resisted every known treatment. In May 1948 Col. Dias started his “Blitzkrieg” for the restoration of the capital.”

The Sunday News of India, in its article “City of Death brought back to life”, elaborated: “…the work of resanitation was carried out with military precision and speed: 800 wells were buried, every possible reservoir of infection was sterilised, mosquitoes were literally exterminated and their breeding places wiped out…. It took three months, at the end of which not a single mosquito remained, and the cleaned and disinfected city was pronounced habitable once more. The Portuguese Ministry for Colonies appointed a commission consisting of a member of the Rockefeller Foundation from New York and a Professor of the Tropical Institute in Lisbon to inspect the city. Their laconic report, as cabled to the Minister, read: “No more mosquitoes in the Old Goa, which is now free from death and disease”.

Col. Dias was President of the Leprosaria de Macasana and of the Tuberculosis Sanatorium. Besides this, he was a man of many interests. He founded and headed the Laboratorio Sida, a pharmaceutical company that created novel drugs in the treatment of several illnesses which ranged from bronchial asthma, to pulmonary tuberculosis, to lung infections, leprosy and gout to name but a few. Contemporaneous accounts from physicians and patients of the time indicate their efficacy.

He invented and patented an electric incubator “Lux” for the hatching of chickens, which was innovative for its time, as it employed a property of light described as luminosity. The invention was registered with the Ministry of Commerce and Industry in Lisbon, with a national patent.

Col. Dias was among the first physicians in Goa to acquire a portable X-ray machine for his private practice, having studied in the field of radiology in Berlin. His work was published in reputed medical journals such as the Lancet, and the Presse Medicale in Paris. He was on the committee of the Instituto Vasco da Gama, a prestigious institution in Goa.

A multifaceted man, he was a radio enthusiast, and gave the first ever radio broadcast in Goa from his house in Altinho. This fact is corroborated in Aleixo Manuel da Costa’s Dicionário de Literatura Goesa in his summary of Victor Dias’ life (page 350), and by his peers living today. He often spoke on the radio on various issues and the text of the speeches were reproduced in the local papers.

The Sunday Standard captured his essence thus: “More than all this, Victor Dias was a fascinating companion, with a gift of conversation which ranged from the art of Picasso and the aberrations of Dali, to Shakespeare, Kant, Bach and Boogey-woogey—literally from Socrates to ships and sealing wax, without being boring or didactic. Of courtly manners and polished speech, an orator in three languages with command of a dozen, he was epicure in the art of living, an artist in everything he did, with an inexhaustible charity that loved everybody and looked down on nothing. Above all he was modest and had a rich sense of humour.”

A memorial service for this remarkable Renaissance man will be held at St Inez church on 11 June at 9.30 am, followed by tributes at his grave.

Frog Haiku

I hop, skip and jump

I love my freedom, thank you.

Please leave me alone!

Perhaps some of you are already aware; next month is Musequality World Busk!

Musequality  takes music projects to some of the poorest countries of the world.

In June, Musequality is organising World Busk. The busk will take place worldwide throughout one week, starting on Monday 8 June and finishing with a day for young musicians- and an attempt to set a world record- at noon on Sunday 14 June.

Our charity, Child’s Play India Foundation is being funded by Musequality. I’ll be busking here, in sunny Goa.

I’ve got friends busking on our behalf in the UK, US, India, and even in Macau!

Do visit the above links. If you feel inspired to busk in aid of either Musequality or ourselves, you’re so very welcome! The more the merrier!

 

Anyone in India, feel free to contact me, and I can help with the busking arrangements.

Join in the fun! It’s for a very good cause!

We’re accustomed to see traffic snaking its way down a busy road….not a snake gliding across it!

Today as I drove down the road between the “Film” circle and the Panjim bus stand, I found that a couple of cars ahead of me had stopped. Was it an accident?

As I peered ahead, a magnificent brown snake came into view as the showstopper. The poor terrified reptile was trying its best to zigzag its way across the road to the other side. THose of you familiar with this road will know it separates two water bodies.

Unfortunately a two-wheeler, oblivious to the commotion, tried to whizz past. At which point the poor snake half-luned in self-defence, and scampered off back whrere it had emerged from.

And the traffic resumed, business as usual.

Perhaps the snake will attempt to cross again. Or perhaps it will deem it safer to stay where it is.

Who knows?

But those of us who were present, got to see this superb reptilian specimen (perhaps a rat snake, or dhiodd?). It is both a treat, and a tragedy (as it emphasises the extent of man-animal conflict) to behold these elusive, harmless creatures in an urban setting.

May the Snake God look after him.

Born: 9 Dec 1927 Died: 11 May 2009

Ex President Hewlett Packard, California, USA.

Son of late Eng. Luis Bismarck Dias and late Ilda Rodrigues Dias (Campal).

Husband of Frances.

Brother/brother-in-law of late Elsa/Rui Lopes (Vasco), Maria dos Anjos/late Albert Joanes (Margao), Maria de Lourdes/late Filomena Pereira (Bandra) and Maria Luiza/late Kevin Vaz (Miramar).

He was a prolific inventor. Here are some that were patented by him:

  

A direct contact scanner uses a fiber acoustic waveguide to convey ultrasound from an ultrasound transducer to a direct contact area. The waveguide extends from a main body of the scanner into an oblong nose, and terminates in a deflector. To minimize thickness of the nose, the waveguide and deflector are rotated about an ultrasound transmission axis of the waveguide, enabling the scanner to be used in a variety of situations where quarters are cramped. A coupling fluid conveys ultrasound between the deflector and a radome, which directly contacts the object to be scanned. Using the waveguide, an ultrasound transducer and supporting electronics may be distanced from the direct contact area and separated from the fluid, thereby insulating the fluid from possible electronic leakage currents and heat.
A noninvasive blood chemistry measurement method and system isolate measurement contributions due to a patient’s blood to accurately measure blood chemistry. In accordance with a first preferred embodiment of the present invention a noninvasive blood chemistry measurement method decreases the blood volume within a patient’s body part relative to the normal blood volume in the body part and performs a baseline measurement. Blood volume is then increased and a second measurement is performed. Comparison of the second measurement to the baseline measurement isolates the measurement attributes of the patient’s blood. In accordance with a second preferred embodiment of the present invention a noninvasive blood chemistry measurement system decreases blood volume by applying mechanical pressure to a body part. In accordance with a third preferred embodiment of the present invention, blood volume in the body part is decreased using a pressure cuff. In a fourth embodiment, a noninvasive probe accurately measures blood chemistry and uses a suction cup to increase blood volume at the blood chemistry measurement site.
A noninvasive blood chemistry measurement method and system isolate measurement contributions due to a patient’s blood to accurately measure blood chemistry. In accordance with a first preferred embodiment of the present invention a noninvasive blood chemistry measurement method decreases the blood volume within a patient’s body part relative to the normal blood volume in the body part and performs a baseline measurement. Blood volume is then increased and a second measurement is performed. Comparison of the second measurement to the baseline measurement isolates the measurement attributes of the patient’s blood. In accordance with a second preferred embodiment of the present invention a noninvasive blood chemistry measurement system decreases blood volume by applying mechanical pressure to a body part. In accordance with a third preferred embodiment of the present invention, blood volume in the body part is decreased using a pressure cuff. In a fourth embodiment, a noninvasive probe accurately measures blood chemistry and uses a suction cup to increase blood volume at the blood chemistry measurement site.
A system and method for coupling acoustic energy within a waveguide provides highly efficient and sensitive acoustic energy generation and detection. In particular, an ultrasound angioplasty system is described which makes use of an end-fire array of ring transducers to produce highly directionalized sound within an acoustic waveguide. The transducers can be made circularly symmetric, and may be composed of multiple segments for generating sound waves in independent x and y spatial modes within the acoustic waveguide. Each ring transducer is optimally spaced 1/2.lambda..sub.L from its neighbor transducers, such that alternate transducers transduce 180-degrees out of phase, and may have their electrical end inverted for common drive, or for summing of transducer electrical outputs when the array is used as a detector. The phased array may also be used in a resonant acoustic energy system used to detect pressure variations or reflections from a substance, for example, for detecting the progress of chemical reactions, liquid level sensing, etc., imaging, or in various other ultrasound applications.
A system and method for coupling acoustic energy within a waveguide provides highly efficient and sensitive acoustic energy generation and detection. In particular, an ultrasound angioplasty system is described which makes use of an end-fire array of ring transducers to produce highly directionalized sound within an acoustic waveguide. The transducers can be made circularly symmetric, and may be composed of multiple segments for generating sound waves in independent x and y spatial modes within the acoustic waveguide. Each ring transducer is optimally spaced 1/2.lambda..sub.L from its neighbor transducers, such that alternate transducers transduce 180-degrees out of phase, and may have their electrical end inverted for common drive, or for summing of transducer electrical outputs when the array is used as a detector. The phased array may also be used in a resonant acoustic energy system used to detect pressure variations or reflections from a substance, for example, for detecting the progress of chemical reactions, liquid level sensing, etc., imaging, or in various other ultrasound applications.
An ultrasonic probe, such as a catheter, includes an array of electroacoustic transducer elements arranged about a central region, with each element having a radiating surface directed to define a first acoustic energy path having a component of direction that is toward the central region. That is, the elements are inwardly directed. Within the central region is an acoustic reflector that reflects the acoustic energy along a second path to an object to be imaged. In another embodiment, the transducer elements are directed to project acoustic energy generally parallel to the axis of the ultrasonic probe, with the acoustic reflector providing reflection for defining an interrogation beam.
An apparatus for providing efficient transmission of a beam of acoustic wave between an ultrasonic transducer and a remotely located body under examination by the beam. The apparatus includes a housing having an interior arranged so that the ultrasonic transducer is disposed therein. A prism is acoustically coupled with the transducer and with an acoustic waveguide having a longitudinal dimension extending outwardly from the interior of the housing. The acoustic prism is fixedly coupled with a proximate portion of the waveguide so as to provide efficient transmission of the beam of acoustic waves between the prism and the waveguide. Accordingly, The beam of acoustic waves is transmitted from the transducer, through the prism, and along the longitudinal dimension of the waveguide, to a distal portion of the waveguide. The distal portion of the waveguide is inserted into a remotely located patient’s body under examination. The distal portion of the waveguide emits the ultrasonic beam, scanning the tissue of interest.
A method of forming an impedance matching layer of an acoustic transducer includes geometrically patterning impedance matching material directly onto a radiating surface of piezoelectric substrate. In one embodiment, the matching layer is deposited onto the piezoelectric substrate and photolithographic techniques are utilized to pattern the matching layer to provide posts tailored to better match the piezoelectric substrate to a medium into which acoustic waves are to be transmitted. A nominal layer of metal between the posts and the piezoelectric substrate improves the attachment of the matching material to the substrate. The nominal layer may be chrome-gold and the matching material may be copper. Typically, the radiating surface is the substrate front surface from which acoustic waves are directed into a medium of interest, e.g., water or human tissue. However, the radiating surface may be the substitute rear surface, with the patterned matching layer providing acoustic matching to a backing layer for absorbing acoustic energy. In another embodiment, matching layers of different acoustic impedances are deposited and patterned on both the front and rear surfaces to provide matching for effective transmission into the medium of interest and into an acoustic absorptive backing medium.
This invention is a magnetostriction transducer and an intraoperative probe for acoustic imaging. The magnetostriction transducer has a coil and a magnetostriction element deposited on a portion of the acoustic waveguide that is inserted inside the coil. The magnetic field of the coil threads into the magnetostriction element and, due to the alternating magnetic field, the magnetostriction element changes its length at a rate equal to the frequency of the magnetic field. These length changes excite, among others, longitudinal waves in the core of the acoustic waveguide. The intraoperative probe has an array of acoustic waveguides bonded together. Each acoustic waveguide in the intraoperative probe has a transducer, such as a magnetostriction transducer of a piezoelectric transducer, that couples acoustic signals into the acoustic waveguides. The intraoperative probe can image the body without the extra hardware needed to rotate an acoustic waveguide by stepping an acoustic beam across the aperture of the intraoperative probe. This invention has the advantage of imaging internal organs without exposing them to danger of leakage currents.
A catheter tip imaging probe varies the effective radius of resolution of an acoustic beam by translating the focal length. Varying the effective radius improves the resolution at any point of interest along the arterial walls. The focal length can be dynamically translated by deflecting either the transducer or the mirror in a conventional imaging probe.
Spherical annulus piezoelectric transducers 62, 64 and spherical disc piezoelectric transducer 66 form a spherical shell having a radius of curvature R with a focal point 70 near the end of cladded-core acoustic waveguide 72. Each transducer 62, 64, 66 generates a bulk acoustic wave of a unique frequency and transmits it to focal point 70 where it enters core 74 of cladded-core acoustic waveguide 72. Alternatively, a conical annulus piezoelectric transducers 92, 116 on a prism 90 generate bulk acoustic waves of multiple discrete frequencies and focus them through cladding 75 and into core 74 of cladded-core acoustic waveguide 72. Surface acoustic waves of multiple discrete frequencies can be generated by multiple sets of curvilinear interdigital conductors 132, 134 on a piezoelectric substrate 122. The shape of curvilinear interdigital conductors 132, 134 focuses the surface acoustic waves at focal point 70 located near the end of acoustic waveguide 72. The surface acoustic waves are converted into bulk/longitudinal waves by either curvilinear corrugations 142, 146 or by a coupling medium that causes the surface acoustic waves to become leaky longitudinal waves. Alternatively, the surface acoustic waves can be coupled to the core of the acoustic waveguide by converting them into either bulk/longitudinal waves or leaky longitudinal waves and guiding them through the cladding to the core. When the acoustic signals travel through the cladding to couple to the core, the acoustic waveguide can transmit optical signals.
(Source: www.patents.com)
And then some…
5291090 Curvilinear interleaved longitudinal-mode ultrasound transducers
An ultrasound transducer for intravascular examinations comprises an interleaved series of eccentric elliptical electrodes disposed on the back face of a piezoelectric substrate that has been alternately poled in the thickness dimension. The back face of …
03/01/1994
5284148 Intracavity ultrasound diagnostic probe using fiber acoustic waveguides
An intracavity ultrasound diagnostic probe has a fiber acoustic waveguide that guides acoustic signals generated by a piezoelectric transducer located outside the body, through a body cavity and to an imaging site within the body where they reflect back i…
02/08/1994
5271402 Turbine drive mechanism for steering ultrasound signals
An ultrasound probe includes an ultrasound emitter and a turbine. In one embodiment, the ultrasound emitter is a reflective surface which reflects ultrasound signals generated by a transmitter. The reflective surface reflects the ultrasound signals so tha…
12/21/1993
5217018 Acoustic transmission through cladded core waveguide
An Ultrasonic Catheter Guidance System which overcomes the inadequacies, dangers, and difficulties encountered by previously available medical guiding apparatus is disclosed. The present invention utilizes a novel technique for coupling ultrasonic energy …
06/08/1993
5152291 Acoustic fiber measurement of intravascular blood
One or more acoustic fiber guides are used to carry certain modes of acoustic energy to the tip of a catheter. Using these fibers, reflected sound (Doppler Sound) measurements are made in a blood environment without the risk to the patient associated with…
10/06/1992
5060653 Ultrasonic sensor with starved dilatational modes
A method and apparatus to improve the performance of an ultrasonic imaging sensor [11] is disclosed. The key to the performance improvement obtained in the present invention is in the matching of sensor element [10] size to the electrical characteristics …
10/29/1991
5025790 Graded frequency sensors
A graded frequency ultrasonic sensor [10] that compensates for frequency downshifting [32] in the body is disclosed. The outer portion [20] of the sensor’s aperture is sensitive to the lower frequency returns which are a consequence of the frequency downs…
06/25/1991
4992692 Annular array sensors
An improved annular array sensor [10] that facilitates hermetic sealing and uses optimum acoustic matching layers is disclosed. The key to the performance improvement obtained in the present invention is the method of forming the annular elements [38,40] …
02/12/1991
4482834 Acoustic imaging transducer
The acoustic imaging transducer described herein incorporates an acoustic stack contained in an alumina housing which also provides structure for electrically connecting the transducer array elements to system signal processing electronics….
11/13/1984
4384228 Acousto-electric transducer
An array of transducers is mounted on a base and means are provided for causing surface waves that emanate in opposite directions along the base to be reflected by transducers on either side so as to follow paths of respectively different lengths in going…
05/17/1983
4129242 High fidelity pressure transducer
The capacitive fluid pressure transducers described herein comprise quartz bodies and diaphragms having suitable electrodes deposited thereon to form both sensing and reference capacitors in appropriate configurations for high fidelity measurement of rela…
12/12/1978
4064550 High fidelity pressure transducer
The capacitive fluid pressure transducers described herein comprise quartz bodies and diaphragms having suitable electrodes deposited thereon to form both sensing and reference capacitors in appropriate configurations for high fidelity measurement of rela…
12/20/1977
I remember hearing anecdotes about his inventive genius even in his college days (Wadia College, Pune). He devised an alarm clock that gave you a mild electric shock, and which would intensify if you didn’t wake up the first time!
He has been a role model to several generations after him, especially in his own family.
May he rest in peace.
Comments, tributes, and further vignettes about him are welcome.
Not on my plate!

Not on my plate!

Summer is here, and monsoon winds are already blowing. In a matter of weeks, we in Goa will hopefully hear a familiar sound – the croaking of frogs in the fields and forests as they call to each other during their mating season.

Some of you may remember last year’s campaign to Save the Frog. Recently there has been some lively debate about this. There are sceptics who question if the frog should even be considered as truly endangered: after all, don’t they lay tens of thousands of eggs, and don’t humans consume barely a fraction of this? So what is the fuss all about? Surely the frog as a species must be regenerating, procreating, “somewhere out there”.

Another argument put forth is that frog meat is an excellent form of protein, and in fact we should be considering frog farming, not for preservation of the species, but as a source of meat.

So let us look at the facts:

1. Frog populations are declining, not only in Goa, and India, but all over the world, at an unprecedented rate. Consider this: At least 100 amphibian species have completely disappeared, become extinct, since 1980. This is NOT normal in evolutionary history: amphibians generally go extinct at a rate of only one species every 250 years! Or, to put it another way, frogs are disappearing at a more rapid rate than creatures have ever done in the past 65 million years! So obviously something is going terribly wrong here.
2. Frogs are extremely sensitive bio-indicators, environmental litmus paper, if you will, of environmental stress. This is due to several unique traits they possess, namely that most frogs require suitable habitat in both terrestrial and aquatic environments, and they have permeable skin that can easily absorb toxic chemicals. These traits make them especially susceptible to environmental disturbances, and therefore accurate bio-indicators.
3. Frogs form a vital link in the food chain. Tadpoles keep waterways clean by feeding on algae. Frogs also serve as a food source for a diverse range of natural predators. Thus the disturbance of frog populations disturbs an intricate food web, and results in negative impacts that cascade through the ecosystem.
4. Adult frogs eat large quantities of insects, many of which are disease vectors that can transmit debilitating and fatal illnesses to humans. A very good example, relevant to us here in Goa, is malaria. We all have either first- or second-hand experience of this illness. It has either afflicted us personally, or a relative, friend or acquaintance. Do we really want to remove this natural sentinel from our health defences?
5. Whenever a frog species disappears, so does any promise it holds for improving the advance of human medicine. It has been estimated that upto 10% of Nobel prizes in physiology and medicine have resulted from research involving frogs.
6. Although proponents in favour of frog meat may wax eloquent about its succulence, and its nutritional value, bear in mind that precisely due to the trait mentioned above (that their skin easily absorbs toxic chemicals), frog meat carries very high concentrations of pesticides, which can be harmful to humans.
7. In fact, in a vicious cycle, the decline in frog populations has led to an increase in insects that harm crops, which in turn has led to increase in pesticide use, which further drops the frog populations. This is a trend not only in India but in other South Asian countries like Bangladesh and in several South-East Asian countries like Malaysia and Indonesia.
8. Most of the frog legs served as gastronomic delicacies in the restaurants of Europe come from Asian bullfrogs. The frog-infested swamps and fields of India, Bangladesh and Indonesia have become a battleground between ecologists and epicurists; the former like frogs in the mud, the latter like them with white wine. In satisfying the mainly French and Belgian appetite for frog legs, Indonesia has already driven most of its frogs to the brink of extinction. The thriving trade has not only been devastating to the species themselves but also to the environment they help control. On humane, hygienic and environmental grounds it is hopping madness to eat frogs. Ecological issues like these have to take precedence over eating pleasures.
9. Frogs are killed in the most unsanitary and inhumane manner. A lot of the time they have their legs cut off while still alive. The limbless torsos are left to die slowly and painfully.
10. Hunting, killing, serving and consuming of the India bullfrog has been banned by the Government of India since 1985 under the Wildlife Protection Act 1972. The penalty is a prison term of over 4 years, and a fine of over Rs 25,000. The jail term is almost as long as the term for the killing of a tiger. Until the ban, India was France’s biggest supplier of frogs. India banned the trade not only due to the exposure of the cruelty, but also because the cost of importing pesticides (due to the vicious cycle caused by declining frog populations leading to unprecedented insect pest numbers) was greater than the export earning of frog’s legs. India’s trade peaked in 1981, when 4,368 tonnes of frog legs were exported, earning about 9.3 million US dollars. Bangladesh imposed a temporary ban, until 1992, for the same reasons, namely the ecological toll. There is pressure being brought to bear on Indonesia (currently the world’s largest supplier) by organisations such as CITES (Convention on International Trade in Endangered Species of Wild Flora and Fauna) to ban the trade as well.
11. In both India and Bangladesh, however, illegal poaching and trade are rampant. This is taking its ecological toll.

It is well known that frog hunting goes unabated every monsoon season in Goa. It is almost a seasonal activity, a “tradition” for some, a lucrative trade for others. Visitors to Goa from central India have remarked upon the relative drop in frog numbers here, evidenced by their sightings and mating calls, as compared to central India (where frog eating is not the norm). The contrast is staggering.

Yet all is not doom and gloom. Last year, Wildgoa, an environmental and ecological awareness group headed by noted environmentalist Clinton Vaz, took up the Save the Frog campaign. Last year was also the International Year of the Frog. Thanks to the awareness created by Wildgoa, there has been stricter vigilance on the part of the Forest Department, and 3 offenders were arrested. This had never happened before.
Volunteers also managed to persuade some offenders to release their catch when they were caught in the act.

Buoyed by this, Wildgoa plans an even more concerted campaign this year. A meeting was held recently to discuss this. Measures include:
1. Reducing use of chemical pesticides and fertilisers, in favour of organic farming methods
2. Publicising testimonials from former frog catchers and consumers. There are already quite a few examples of people in Goa that liked eating frogs but lost their appetite once they learnt that the species was threatened / against the law / meat contained pesticide residues.
3. Meeting and speaking with restaurant owners. Dialogue could prove effective. Perhaps one could even televise such a debate, so that the public can listen to both sides, and decide for themselves.
4. Spreading awareness through various means, ranging from bumper stickers to T-shirts, to talking to school and college students and arranging activities for them, to street theatre, to film screenings.

To anyone who is still not convinced, and would like to discuss this further, do write in to wildgoa@yahoogroups.com and join the debate.

To those of you who have suggestions, and wish to volunteer or otherwise support the Save the Frog campaign, do write in to the above email address.

If frogs die, we die. It’s as simple as that.

Today, 28th April, 2009 is International Save the Frog Day. Visit www.savethefrogs.com  

I’d like to try my hand at poetry;
make the words drip onto the page
from the awkward pen
in my crabby left hand.
Fractured rhythm, stuttering rhyme,
iambic meter, vodka with lime.
How does one start?
Does one wait for a burst?
Is it an insane thirst?
Or does one have to plot and scheme,
a Machiavellian dream.
First the idea, the sketch,
then the torrent.
Or does one just write
and polish off later, at leisure?
Word by word, line by line,
verse by verse, rhyme by rhyme.
 

                                        Luis Dias, 2346 hrs, 1/04/2009

Earth Hour

Feature : Earth Hour
Publication: Windows & Aisles (inflight magazine, Paramount Airways), March 2009

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