Date Added
November 27, 2020
08:57 PM CET
Date Added
December 25, 2020
06:25 AM HST
Date Added
September 22, 2023
01:19 PM CEST
Date Added
August 31, 2021
07:41 PM CEST
Date Added
July 14, 2020
10:24 PM CEST
Date Added
December 13, 2020
09:31 PM MSK
Date Added
April 29, 2020
11:44 PM CEST
Date Added
September 16, 2022
08:07 PM UTC
Date Added
October 5, 2022
01:07 PM CEST
Date Added
October 5, 2022
11:27 AM UTC
Date Added
October 6, 2022
10:41 PM CEST
Date Added
October 18, 2022
01:09 AM CEST
Date Added
March 30, 2023
06:23 PM CEST
Date Added
April 10, 2022
09:29 PM CEST
Date Added
August 30, 2022
11:44 PM CEST
Date Added
July 24, 2019
12:03 AM CEST
Date Added
March 24, 2020
09:49 AM CET
Date Added
April 15, 2020
09:12 PM CEST
Date Added
June 16, 2019
11:37 PM CEST
Date Added
December 26, 2021
03:24 PM CET
Date Added
April 30, 2019
09:28 PM CEST
Description
A moulting spider.
The first photo shows the spider after moulting is finished.
Date Added
October 27, 2018
08:51 PM CEST
Date Added
December 18, 2021
02:20 PM CET
Description
on bark beetle-infested spruce trees
Date Added
November 3, 2021
08:31 PM GMT
Description
Beaten from Hawthorn (Crataegus sp)
Date Added
August 15, 2021
04:55 PM BST
Date Added
August 17, 2021
07:22 PM UTC
Date Added
August 21, 2021
08:20 PM UTC
Date Added
August 21, 2021
10:23 PM UTC
Date Added
August 22, 2021
07:39 AM UTC
Date Added
August 22, 2021
06:06 PM BST
Date Added
August 22, 2021
09:10 PM BST
Description
L. sericata, as it has 3 acrostichal bristles and 3 dorsocentral bristles after the suture on the thorax (not 2, as in L. caesar).
Date Added
August 30, 2021
02:04 AM BST
Date Added
December 10, 2021
03:05 AM GMT
Date Added
May 4, 2018
04:13 AM CEST
Description
Eggs or similar on Scrophularia nodosa.
Date Added
September 24, 2021
11:40 AM CEST
Date Added
October 19, 2021
12:12 AM CEST
Date Added
August 4, 2021
03:43 AM CEST
Date Added
April 14, 2018
12:06 PM CEST
Date Added
April 14, 2018
12:06 PM CEST
Date Added
September 6, 2021
02:48 PM CEST
Date Added
January 16, 2019
12:27 PM AEST
Date Added
June 26, 2021
11:40 PM CEST
Date Added
June 8, 2021
02:46 PM UTC
Date Added
July 29, 2020
07:19 PM CEST
Date Added
July 1, 2021
04:00 AM UTC
Date Added
June 26, 2021
06:50 PM CEST
Date Added
July 10, 2020
03:37 PM UTC
Date Added
June 12, 2021
09:07 PM CEST
Date Added
June 20, 2021
08:54 PM BST
Date Added
May 23, 2021
07:47 PM BST
Date Added
September 15, 2020
08:50 AM UTC
Date Added
December 9, 2020
11:11 PM HST
Date Added
July 4, 2020
03:21 PM CEST
Date Added
July 14, 2019
07:01 PM CEST
Date Added
August 7, 2020
07:40 PM BST
Date Added
October 7, 2020
03:43 PM CEST
Date Added
May 23, 2020
03:48 PM CEST
Date Added
May 28, 2021
09:00 AM CEST
Description
3-4 different individuals, one with final moult. ID is just a guess..
Date Added
September 19, 2020
10:51 PM CEST
Date Added
October 1, 2020
02:22 PM CEST
Date Added
October 10, 2020
03:30 PM UTC
Date Added
December 3, 2020
02:38 PM CET
Date Added
December 13, 2020
08:46 PM CET
Date Added
December 14, 2020
01:56 AM CET
Date Added
December 21, 2020
04:48 PM CET
Date Added
January 1, 2021
07:32 PM CET
Date Added
March 5, 2021
08:53 AM CET
Date Added
March 5, 2021
09:50 PM CET
Date Added
March 1, 2020
07:13 PM CET
Date Added
June 12, 2021
10:47 AM CEST
Date Added
May 29, 2021
09:17 PM CEST
Date Added
October 21, 2020
07:19 PM UTC
Date Added
May 7, 2020
08:40 PM CEST
Date Added
March 8, 2021
07:37 PM CET
Date Added
December 3, 2020
02:38 PM CET
Date Added
October 30, 2020
07:54 PM CET
Date Added
March 25, 2020
09:19 PM MSK
Date Added
July 13, 2020
05:40 PM CEST
Description
My theory to the cicadas' antennas.
In contrast to the rare descriptions that Issus hear with the same noise producing (timbal) organ in the abdomen I suppose Issus hear with its antennas.
The antennas are very short. They are of little use as tactile sensors. The long legs would hit an obstacle first.
Does it make sense to hear with or near a (timbal) organ with which you can make enormous noise at the same time? I don't think so. Because there is a risk of deafening or ruining the own sensory cells.
Yesterday I discovered that the Issus antennas below their eyes are very well insulated.
There are white rings under the eyes. An olive-colored, stable, heavy part follows above the rings. At the top are the free-swinging antennas.
Apparently the white rings as well as the overlying part (difficult to vibrate) act as insulating dampers.
In effect body's own vibrations - as from the tymbal organ - interfere less with the antennas.
So the antennas can better receive and analyse vibrations over the air.
Unfortunately, I found hardly any information on the internet about the effect of cicadas' antennas.
They all say cicadas hear with the abdomen.
I say Cicadas hear with their antennas.
I'm pretty sure about my theory.
joy
Date Added
November 16, 2019
10:48 AM UTC
Date Added
May 30, 2020
04:23 PM CEST
Date Added
August 1, 2019
05:02 PM MSK
Date Added
June 6, 2020
09:40 PM CEST
Date Added
May 23, 2020
07:21 PM CEST
Date Added
March 19, 2020
08:53 AM CET
Date Added
May 20, 2020
10:40 PM CEST
Date Added
May 10, 2020
02:14 PM CEST
Date Added
May 12, 2020
11:03 PM CEST
Date Added
April 20, 2020
08:37 PM CEST
Date Added
April 9, 2020
05:39 AM UTC
Date Added
March 23, 2017
06:00 PM CET
Description
Georgsmoss,
Durchscheinendes Vierzahnmoos
On a rotten tree trunk.
Date Added
May 15, 2018
11:24 AM CEST
Date Added
August 27, 2019
10:47 PM BST
Date Added
March 14, 2019
10:00 AM CET
Date Added
November 16, 2019
03:06 PM MSK
Date Added
December 30, 2019
04:42 PM MSK
Date Added
February 12, 2017
12:34 PM CET
Date Added
December 18, 2019
07:23 PM GMT
Description
Var. piliferum due to the long silvery hairpoints.
Date Added
May 26, 2019
02:33 PM CEST
Date Added
June 16, 2019
04:56 PM CEST
Date Added
June 15, 2019
04:29 PM CEST