... p<0.0001).Temperatures over 26 °C were supraoptimal for pollen pro- duction. It is concluded that pollen production in sunflower is deter- mined by the cumulative effects of both air temperature and relative ...
... as relativehumidity and natural enemies could influence the increase in populations of froghopper species, the factors were modeled into each equation as the percentage of the population that would survive ...
... The results are shown in the figures bellow. The deformed of the structure is amplified 2 times in figure 8.19 (a). As the wall has fixations on the horizontal direction, the way it deforms is different as in the ...
... In the present work, the behavior of a lab-scale biofilter inoculated with an Ophiostoma species was studied in order to investigate the optimal conditions for the removal of α- pinene polluted gas. The effects of the ...
... It is also apparent that the mass loss caused by Pleurotus pulmonarius was comparable for straw incubated under both Air and Cellar conditions. On the other hand, mass loss of rice straw after exposure to Pleurotus ...
... Moisture in stingless bee honeys (estimated between 19.9 and 41.9 g/100g) is usually 20% higher than in Apis mellifera honey [3]. It is also estimated that the rate of sucrose imbibition for Meliponini are affected by ...
... Foraging intensity and environment: 1 selected 2 colonies of T. angulata in radical cavities of tipa trees, Tipuana tipa Hubbl. et Rheed, in a woodland near San Lorenzo, Paraguay, to examine the effects of environment on ...
... T. arnobia presented higher population peaks during coldest and driest periods of the year with higher population between March and July (Fig. 2). This species represented higher number of individuals during the sec- ...
... 85% relativehumidity, good mycelial growth was observed on the feeder strips and the irradiated blocks were placed atop the inoculated feeder strips ensuring end-grain contact with growing/active ...
... To créate the different scenarios, we calculated the linear annual trends in máximum temperature, míni- mum temperature, máximum relative humidity and minimum relative humidity for eac[r] ...
... the relativehumidity in the boundary layer of the fruit for two geometric models (grapes and kiwi), the fact that the relativehumidity in the skin of the grapes increases at a lower rate ...
... and relativehumidity by using ZigBee technology, and it was made up of 25 sensor nodes, 1 actuator node, and 3 sink nodes, which were distributed with tree ...
... Nevertheless, in many others, ecosystems benefit from the presence of fires, for example, it stimulates natural regeneration and the organization of favorable environments for some fauna (Flores and Omi, 2003). To ...
... the relative length of the night and daytime periods changes during the year (daytime lasts for ...speed, relativehumidity (no mode), and pressure are plotted in Figures 9, 10, 11 and ...
... Simulations were done for Madrid, which is considered to have extreme Continental Mediterranean climate, characterized by hot and dry summers with low relativehumidity opposite to cold winters with ...
... and has become more evident in recent years (1990-2008). According to the PRECIS-HADCM2 (A2) model, used to estimate regional models, the scenarios made for the THI from three different models suggest that the situation ...
... of relativehumidity: the content of water vapor in the indoor air of the greenhouse, measured for example by relativehumidity, is not one of the climatic variables that directly affect the ...
... and humidity play a key role in greenhouse climate so they constitute the network outputs for every model under ...and relativehumidity in the greenhouse as a function of the variables used as input ...
... and relativehumidity of the air inside the kiln collected by Sensirion TM sensors, allows to estimate the most important and complex parameters in thermal drying: drying rate and actual product moisture ...