On 14 Jul 2003 07:33:25 GMT, ospam (Larry Roll K3LT)
wrote:

In article , "Dee D. Flint"
writes:

Elimination of the code requirement may actually cause a loss in the ham
ranks, if not in numbers at least in activity. The elimination will
probably coincide with the early part of the bottom of the current sunspot
cycle. People will upgrade and quite a few will be so disappointed at the
poor activity that they will become quite inactive on HF and this
disappointment could spill over and affect their activity on VHF/UHF.

Dee D. Flint, N8UZE

A very cogent observation, Dee. The irony is, at the low side of a
solar cycle, when the geomagnetic activity subsides along with the
solar flux, the use of CW permits communication even though there
isn't good enough propagation to pursue reliable SSB operation.
Therefore, the one thing that could keep them active on-the-air --
knowledge of the Morse code, won't be within their capability because
they had no incentive to learn it.

I think it's worth mentioning here that the solar flares that cause
the geomagnetic storms that degrade HF propagation also trigger a
significant increase in auroral activity in the higher latitudes. This
provides an opportunity for ops on six meters. I've observed the
phenomenon before. Your're in New York. You point your beam north and
you start hearing somebody in Florida. You figure you're hearing him
off the back of the beam and turn it south to bring up the signal,
only to have it disappear.

Much of this activity happens on CW. Voice signals get distorted a lot
due to the effects of all the ionization in the aurora itself.

73 DE John, KC2HMZ

Radio Amateur KC2HMZ wrote in message . ..
On 14 Jul 2003 07:33:25 GMT, ospam (Larry Roll K3LT)
wrote:

In article , "Dee D. Flint"
writes:

Elimination of the code requirement may actually cause a loss in the ham
ranks, if not in numbers at least in activity. The elimination will
probably coincide with the early part of the bottom of the current sunspot
cycle. People will upgrade and quite a few will be so disappointed at the
poor activity that they will become quite inactive on HF and this
disappointment could spill over and affect their activity on VHF/UHF.

Dee D. Flint, N8UZE

A very cogent observation, Dee. The irony is, at the low side of a
solar cycle, when the geomagnetic activity subsides along with the
solar flux, the use of CW permits communication even though there
isn't good enough propagation to pursue reliable SSB operation.
Therefore, the one thing that could keep them active on-the-air --
knowledge of the Morse code, won't be within their capability because
they had no incentive to learn it.

I think it's worth mentioning here that the solar flares that cause
the geomagnetic storms that degrade HF propagation also trigger a
significant increase in auroral activity in the higher latitudes. This
provides an opportunity for ops on six meters. I've observed the
phenomenon before. Your're in New York. You point your beam north and
you start hearing somebody in Florida. You figure you're hearing him
off the back of the beam and turn it south to bring up the signal,
only to have it disappear.

Much of this activity happens on CW. Voice signals get distorted a lot
due to the effects of all the ionization in the aurora itself.

73 DE John, KC2HMZ

John, though 6M is worth mentioning, it isn't HF and these guys don't
care. Its all about using fast CW on HF (to them). Brian

Brian wrote:

Radio Amateur KC2HMZ wrote in message

...provides an opportunity for ops on six meters. I've observed the
phenomenon before. Your're in New York. You point your beam north and
you start hearing somebody in Florida. You figure you're hearing him
off the back of the beam and turn it south to bring up the signal,
only to have it disappear.

Much of this activity happens on CW. Voice signals get distorted a lot
due to the effects of all the ionization in the aurora itself.

John, though 6M is worth mentioning, it isn't HF and these guys don't
care. Its all about using fast CW on HF (to them). Brian

How do you manage to be wrong so often, Brian? I worked about forty
Europeans on 6m this past week. About half of those QSOs were made on
CW. About half of the CW QSOs were made using relatively slow speeds.
Those contacts were not made using Aurora. Had they been, all of the
QSOs would have been made using slow CW.

So far, the only people here claiming that "it" (whatever "it" is) all
about using fast CW on Hf are you and Len. Len isn't a ham. What's
your excuse?

Dave K8MN

Dave Heil wrote:

Brian wrote:

Radio Amateur KC2HMZ wrote in message

...provides an opportunity for ops on six meters. I've observed the
phenomenon before. Your're in New York. You point your beam north and
you start hearing somebody in Florida. You figure you're hearing him
off the back of the beam and turn it south to bring up the signal,
only to have it disappear.

Much of this activity happens on CW. Voice signals get distorted a lot
due to the effects of all the ionization in the aurora itself.

John, though 6M is worth mentioning, it isn't HF and these guys don't
care. Its all about using fast CW on HF (to them). Brian

How do you manage to be wrong so often, Brian? I worked about forty
Europeans on 6m this past week. About half of those QSOs were made on
CW. About half of the CW QSOs were made using relatively slow speeds.
Those contacts were not made using Aurora. Had they been, all of the
QSOs would have been made using slow CW.

So far, the only people here claiming that "it" (whatever "it" is) all
about using fast CW on Hf are you and Len. Len isn't a ham. What's
your excuse?

He;s not much of one?

Dave Heil wrote in message ...
Brian wrote:

Radio Amateur KC2HMZ wrote in message

...provides an opportunity for ops on six meters. I've observed the
phenomenon before. Your're in New York. You point your beam north and
you start hearing somebody in Florida. You figure you're hearing him
off the back of the beam and turn it south to bring up the signal,
only to have it disappear.

Much of this activity happens on CW. Voice signals get distorted a lot
due to the effects of all the ionization in the aurora itself.

John, though 6M is worth mentioning, it isn't HF and these guys don't
care. Its all about using fast CW on HF (to them). Brian

How do you manage to be wrong so often, Brian? I worked about forty
Europeans on 6m this past week. About half of those QSOs were made on
CW. About half of the CW QSOs were made using relatively slow speeds.
Those contacts were not made using Aurora. Had they been, all of the
QSOs would have been made using slow CW.

Were any of them French?

Brian wrote:

Dave Heil wrote in message ...
Brian wrote:

Radio Amateur KC2HMZ wrote in message

...provides an opportunity for ops on six meters. I've observed the
phenomenon before. Your're in New York. You point your beam north and
you start hearing somebody in Florida. You figure you're hearing him
off the back of the beam and turn it south to bring up the signal,
only to have it disappear.

Much of this activity happens on CW. Voice signals get distorted a lot
due to the effects of all the ionization in the aurora itself.

John, though 6M is worth mentioning, it isn't HF and these guys don't
care. Its all about using fast CW on HF (to them). Brian

How do you manage to be wrong so often, Brian? I worked about forty
Europeans on 6m this past week. About half of those QSOs were made on
CW. About half of the CW QSOs were made using relatively slow speeds.
Those contacts were not made using Aurora. Had they been, all of the
QSOs would have been made using slow CW.

Were any of them French?

Look it up in my online logs after you've finished eating your words on
6m, Brian.

Dave K8MN