The paper deals with light-trap catch of 25 Microlepidoptera species depending on the polarized moonlight and collecting distance. The catching data were chosen from the 27 stations of the Hungarian National Light-trap Network and from the years between 1959 and 1961. Relative catch values were calculated from the catching data per stations and swarming. They are ranged and averaged in the phase angle divisions. The catching peak of ten species is in First Quarter, another ten species have the peak in the First Quarter and Last one, and only in two cases, the peak is in Last Quarter. Then there is the maximum ratio of polarized moonlight. Catching peak of only three species is in connection with the collecting distance when is the greates...
Abstract. Many news bulletins found in the literature only consent themselves with the description o...
Light trapping is an ideal method for surveying nocturnal moths, but in the absence of standardised ...
Many types of insect, in particular the nocturnal Lepidoptera, will fly towards artificial sources ...
The study analysed the potential effects of moon phases on the light-trap catches of eight species f...
For a long time, researchers have compared light traps operating with different light sources. Accor...
The paper deals with connections between light trapping of Lygus sp. and the polarized moonlight, th...
The paper deals with connections between light trapping of Lygus sp. and the polarized moonlight, th...
We made an examination using the data of higher and lower light-traps of Talcal, Rezi and Kecskemét....
The paper deals with connections between light trapping of Lygus sp. and the polarized moonlight, th...
Abstract. The present study discusses the light trapping of insects depending on the environmental i...
The Hungarian Forest Research Institute operated a Jermy-type light-trap in the Kámon Botanic Garden...
Seven species of pheromone trap collection of Microlepidoptera pest presents the results of the ever...
The Hungarian Forest Research Institute operated a Jermy-type light-trap in the Kámon Botanic Garden...
1.Light traps are used to make inferences about local macro-moth communities, but very little is kno...
Light traps are used to make inferences about local macro-moth communities, but very little is known...
Abstract. Many news bulletins found in the literature only consent themselves with the description o...
Light trapping is an ideal method for surveying nocturnal moths, but in the absence of standardised ...
Many types of insect, in particular the nocturnal Lepidoptera, will fly towards artificial sources ...
The study analysed the potential effects of moon phases on the light-trap catches of eight species f...
For a long time, researchers have compared light traps operating with different light sources. Accor...
The paper deals with connections between light trapping of Lygus sp. and the polarized moonlight, th...
The paper deals with connections between light trapping of Lygus sp. and the polarized moonlight, th...
We made an examination using the data of higher and lower light-traps of Talcal, Rezi and Kecskemét....
The paper deals with connections between light trapping of Lygus sp. and the polarized moonlight, th...
Abstract. The present study discusses the light trapping of insects depending on the environmental i...
The Hungarian Forest Research Institute operated a Jermy-type light-trap in the Kámon Botanic Garden...
Seven species of pheromone trap collection of Microlepidoptera pest presents the results of the ever...
The Hungarian Forest Research Institute operated a Jermy-type light-trap in the Kámon Botanic Garden...
1.Light traps are used to make inferences about local macro-moth communities, but very little is kno...
Light traps are used to make inferences about local macro-moth communities, but very little is known...
Abstract. Many news bulletins found in the literature only consent themselves with the description o...
Light trapping is an ideal method for surveying nocturnal moths, but in the absence of standardised ...
Many types of insect, in particular the nocturnal Lepidoptera, will fly towards artificial sources ...