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407 results for “greenhouses”
Figure 1 from: Pearsons K, Mikó I, Tooker J (2017) The cyanide gland of the greenhouse millipede, Oxidus gracilis (Polydesmida: Paradoxosomatidae). Research Ideas and Outcomes 3: e12249. https://doi.org/10.3897/rio.3.e12249
Figure 1 - CLSM volume rendered micrograph showing the cyanide gland of Oxidus gracilis (arrows pointing the wall of the cyanide gland, ex=strongly autofluorescing gland extract).
Data from "Robust ENSO Teleconnection to North Pacific and Southwest Coast of North America in the Late Cretaceous Greenhouse"
<p>The El Niño-Southern Oscillation (ENSO) exerts impacts on global climate through atmosphere teleconnections. Geological records from deep-time greenhouse periods suggest possible existence of past ENSO teleconnections, but the associated mechanisms for deep-time ENSO teleconnections remain unknown. Here, we investigate the teleconnection between ENSO and the southwest coast of North America (SWNA) during the Late Cretaceous based on paleoclimate simulations and sedimentary archives. We find that under the forcing from high pCO2 levels and absence of the Bering Seaway in Late Cretaceous, ENSO teleconnection to SWNA was primarily conducted by Subtropical High, rather than Aleutian Low. Consequently, the Westerlies, sensitive to changes in Subtropical High, shifted longitudinally, leading to alterations in moisture transportation to SWNA. Our study suggests that absence of Bering Seaway in the Late Cretaceous, resulted in pressure anomalies that partially inhibited the ENSO-SWNA teleconnection, but higher pCO2 levels facilitated this process through a more sensitive mid-latitude pressure system.</p>
Desiccation tolerance of Cissus quadrangularis assessed in a greenhouse experiment
<p>Cissus quadrangularis is a succulent vine that degrades forests where it is not native by growing over trees and causing them to break or by impeding regeneration. Methods for its control have been tried but no satisfactory approach has been found yet. Thus, we carried out an experiment to analyze how much desiccation Cissus can endure before losing its ability to grow when rehydrated, using fragments of 0.5, 1, 2, and 3 internodes to test if desiccation tolerance was affected by fragment length. Additionally, we tested whether chemical treatment to break down the cuticle facilitated desiccation. We found out that Cissus remains viable after losing up to 80% of its weight, with shorter fragments losing viability at 70% weight loss. Acetone treatment did not accelerate desiccation time. Cissus has a remarkable tolerance to desiccation. Therefore, management strategies should ensure complete desiccation of Cissus fragments to prevent its regrowth. Reducing fragments to smaller sizes could amplify the effectiveness of control measures, but risks of increasing propagule numbers should be considered.</p>
Figure 4 in Parasitism rate of Plutella xylostella (Lepidoptera: Plutellidae) larvae in greenhouse by Tetrastichus howardi (Hymenoptera: Eulophidae) females at different densities
Figure 4. Sex ratio (number of females/(number of females + number of males)) of Tetrastichus howardi (Hymenoptera: Eulophidae) with different numbers of females per pupa of Plutella xylostella.
Figure 1 in Parasitism rate of Plutella xylostella (Lepidoptera: Plutellidae) larvae in greenhouse by Tetrastichus howardi (Hymenoptera: Eulophidae) females at different densities
Figure 1. Parasitism percentage of fourth instar Plutella xylostella (Lepidoptera: Plutellidae) caterpillars by Tetrastichus howardi (Hymenoptera: Eulophidae) females at different densities in semi-field conditions.
Fig. 1 in Greenhouse evaluation of neonate and adult applications of Coleomegilla maculata (Coleoptera: Coccinellidae) to control twospotted spider mite infestations
Fig. 1. Diagram of greenhouse layout. Experimental design was Latin square, non-random by design (see text for explanation). Uninfested (C, negative control) cages (tents) were placed between treated cages to minimize contamination from infested positive control cages.
Fig. 6 in Effect of Bombus terrestris L. (Hymenoptera, Apidae) pollinating on flowering and fruiting trends of greenhouse tomato (Lycopersicon esculentum)
Fig. 6: Compare external diameter in greenhouse tomato bushes with and without bumblebees pollination treatments.
Fig. 2 in Effect of Bombus terrestris L. (Hymenoptera, Apidae) pollinating on flowering and fruiting trends of greenhouse tomato (Lycopersicon esculentum)
Fig. 2: Establishment of colonies in the middle of net (A), a box of Bombus terrestris colony bought from Koppert Co., representing in Turkey (B).
Fig. 29 in Gastrotricha - not only in sediments: new epiphytic species of Chaetonotida from the Jubilee Greenhouse of the Botanical Garden in Kraków
Fig. 29. Chaetonotus (Hystricochaetonotus) inaequabilis sp. nov. Adult specimen. Bright field microphotographs. A. Dorsal body view. B. View of internal morphology. C. Ventral body view.
Fig. 26 in Gastrotricha - not only in sediments: new epiphytic species of Chaetonotida from the Jubilee Greenhouse of the Botanical Garden in Kraków
Fig. 26. Chaetonotus (Hystricochaetonotus) inaequabilis sp. nov. Schematic drawings. A. Dorsal body view. B. View of internal morphology. C. Ventral body view. Light grey areas indicate the areas of insertion of ciliary bands.
Fig. 24 in Gastrotricha - not only in sediments: new epiphytic species of Chaetonotida from the Jubilee Greenhouse of the Botanical Garden in Kraków
Fig. 24. Chaetonotus (Hystricochaetonotus) horridus sp. nov. Adult specimen. Bright field microphotographs. A. Detail of pharynx. B. Crescent-like formation inside body integument.
Fig. 20 in Gastrotricha - not only in sediments: new epiphytic species of Chaetonotida from the Jubilee Greenhouse of the Botanical Garden in Kraków
Fig. 20. Chaetonotus (Hystricochaetonotus) horridus sp. nov. Adult specimen. Bright field microphotographs. A. Scales, dorsal view. B. Scales, ventral view.
Fig. 12 in Gastrotricha - not only in sediments: new epiphytic species of Chaetonotida from the Jubilee Greenhouse of the Botanical Garden in Kraków
Fig. 12. Chaetonotus (Chaetonotus) paucisquamatus Kisielewski, 1991. Adult specimen. Phase contrast microphotographs. A. Dorsal body view. B. View of internal morphology. C. Ventral body view.
Fig. 30 in Gastrotricha - not only in sediments: new epiphytic species of Chaetonotida from the Jubilee Greenhouse of the Botanical Garden in Kraków
Fig. 30. Chaetonotus (Hystricochaetonotus) inaequabilis sp. nov. Adult specimen. Bright field microphotographs. A. Scales, dorsal view. B. Posterior trunk region, furca base and furcal appendage scales, dorsal view. C. Posterior trunk region, furca base and furcal appendage scales, ventral view.
Fig. 4 in Gastrotricha - not only in sediments: new epiphytic species of Chaetonotida from the Jubilee Greenhouse of the Botanical Garden in Kraków
Fig. 4. Chaetonotus (Chaetonotus) invitatus sp. nov. Schematic drawings of the spine types. A. Dorsal and dorsolateral spine type. B. Lateral and ventrolateral spine type. C. Ventral spine type. D. Scale 18 spine type. E. Dorsolateral furcal appendage spine type. F. Parafurcal spine type.
Fig. 1. Study area. A in Gastrotricha - not only in sediments: new epiphytic species of Chaetonotida from the Jubilee Greenhouse of the Botanical Garden in Kraków
Fig. 1. Study area. A. The inside of Jubilee Greenhouse at the Botanical Garden in Kraków. B. Sampling site.
Data from: Substrate composition impacts long-term vegetation development on blue-green roofs: Insights from an experimental roof and greenhouse study
<p>Data from: van der Kolk et al. (2022). Substrate composition impacts long-term vegetation development on blue-green roofs: Insights from an experimental roof and greenhouse study. Ecological Engineering.</p> <p> </p> <p>See the main article on how data was collected.</p> <p> </p> <p>The dataset contains three tables:</p> <p>greenhouse_biomass.csv: The biomass (in g dry weight) harvested from each container in the greenhouse experiment.</p> <p>greenhouse_percentage_share.csv: The estimated percentage that each species contributes to the total harvested biomass in the greenhouse experiment.</p> <p>roof_cover.csv: The cover (in %) of all species per plot for all surveys.</p>
From greenhouse to coolhouse: timing and magnitude of the first Cretaceous cooling event
<p>LA-ICP-MS U-Pb dating results</p> <p>trace elements, stable isotope, and clumped isotope results</p>
Figure 4 in A small slug from a tropical greenhouse reveals a new rathouisiid lineage with triaulic tritrematic genitalia (Gastropoda: Systellommatophora)
Figure 4. Distal male genitalia of Barkeriella museensis gen. et sp. nov. from the tropical greenhouse of the Science Museum (MUSE) of Trento, Italy, Debora Barbato leg. 4.5.2019 (FGC 51191). See Morphological study for explanation of abbreviations.
Increasing global precipitation whiplash due to anthropogenic greenhouse gas emissions
<p>Supporting processed data for 'Increasing global precipitation whiplash due to anthropogenic greenhouse gas emissions' <br> </p>
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International Brain Laboratory public data
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OpenNeuro
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