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Figure 3 in Does silicon help to alleviate water deficit stress and in the recovery of Dipteryx alata seedlings?
Figure 3. Potential quantum efficiency of photosystem II - F V/FM (a and d), absorbed energy conversion efficiency - F V/F (b and e), basal 0 quantum production of non-photochemical processes - F 0 /FM (c), maximum chlorophyll-a fluorescence - FM (f) and initial fluorescence - F 0 (g) in D. alata seedlings produced under different water regimes (I: Irrigated; II: combined intermittent irrigation without and with 0.75 and 1.50 Si) in different evaluation periods (T0: time zero; P0: photosynthesis close to zero; REC: recovery: END: end of evaluations). Capital letters compare water regimes within each assessment period (Tukey; p <0.05); Lowercase letters compare the evaluation periods within each water regime. (Tukey; p <0.05).
Figure 2. Photosynthetic rate – A in Does silicon help to alleviate water deficit stress and in the recovery of Dipteryx alata seedlings?
Figure 2. Photosynthetic rate – A (a), intracellular CO concentration – C (b), transpiration – E (c), stomatal conductance – gs (d), intrinsic 2 i Rubisco A/C i carboxylation efficiency (e) and efficiency of water use – WUE (f) in D. alata seedlings produced under different water regimes (I: Irrigated; II: combined intermittent irrigation without and with 0.75 and 1. Si) in different evaluation periods (T0: zero time; P0: photosynthesis close to zero; REC: recovery: END: end of evaluations). Capital letters compare water regimes within each assessment period (Tukey; p <0.05); Lowercase letters compare the evaluation periods within each water regime. (Tukey; p <0.05).
Figure 1 in Antioxidant status and their enhancements strategies for water stress tolerance in chickpea
Figure 1. (a) Influence of exogenous application of osmoprotectants on crop growth rate (g m-2 day-1) of chickpea genotypes in Bahawalpur; (b) Influence of exogenous application of osmoprotectants on crop growth rate (g m-2 day-1) of chickpea genotypes in Cholistan. Whereas D1= well watered; D2= Drought at flowering+ pod formation + grain filling stage; D3= Drought at flowering stage; DAS, Days after sowing.
Figure 2 in Osmoprotection in Salvia hispanica L. seeds under water stress attenuators
Figure 2. Shoot length- SL (A), root length- RL (B) and total dry mass (C) of Salvia hispanica L. seedlings subjected to different attenuators and water potentials.
Figure 3 in Osmoprotection in Salvia hispanica L. seeds under water stress attenuators
Figure 3. Contents of amino acids (A), proline (B) and total soluble sugars (C) in Salvia hispanica L. seedlings subjected to different attenuators and water potentials.
Figure 1 in Osmoprotection in Salvia hispanica L. seeds under water stress attenuators
Figure 1. Germination (A) and germination speed index- GSI (B) of Salvia hispanica L. seeds subjected to different attenuators and water potentials.
Figure 2 in Exogenously applied nutrients can improve the chickpea productivity under water stress conditions by modulating the antioxidant enzyme system
Figure 2. Effect of foliar application of nutrients on relative growth rate (g g-1 day-1) of chickpea genotypes in Bahawalpur (a) and Cholistan (b). Whereas D1= well watered; D2= Drought at flowering+ pod formation + grain filling stage; D3= Drought at flowering stage; DAS= days after sowing.
Figure 1 in Exogenously applied nutrients can improve the chickpea productivity under water stress conditions by modulating the antioxidant enzyme system
Figure 1. Effect of foliar application of nutrients on crop growth rate (g m-2 day-1) of chickpea genotypes in Bahawalpur (a) and Cholistan (b). Whereas D1= well watered; D2=Drought at flowering+ pod formation + grain filling stage; D3= Drought at flowering stage; DAS= days after sowing.
MADFORWATER: WP1: Water and water-related vulnerabilities in Egypt, Morocco and Tunisia: Task1.2: Analysis and mapping of water stress, water vulnerability and potential for water reuse in Egypt, Morocco and Tunisia: Subtask1.2.b: Data collection on water stress and vulnerability: Souss-Massa Region Subset
<p>This folder contains the dataset that I used to write my conference paper "Groundwater Resources Scarcity in Souss-Massa Region and Alternative Solutions for Sustainable Agricultural Development"</p>
MADFORWATER: WP3: Adaptation of technologies for efficient water management and treated wastewater reuse in agriculture: Task3.1: Reduction of crop water requirement and tools for irrigation management with treated WW: Subtask 3.1.1: Plant Growth Promotion (PGP) bacteria to enhance crop resistance to water stress and salinity: Subset1
<p>This dataset contains the data underlying the following publication: Mouna Mahjoubi, Simone Cappello, Yasmine Souissi, Atef Jaouani and Ameur Cherif (February 7th 2018). Microbial Bioremediation of Petroleum Hydrocarbon– Contaminated Marine Environments, Recent Insights in Petroleum Science and Engineering Mansoor Zoveidavianpoor, IntechOpen, DOI: 10.5772/intechopen.72207</p> <p> </p>
Fig. 2 in Oxidative stress biomarkers in the African sharptooth catfish, Clarias gariepinus, associated with infections by adult digeneans and water quality
Fig. 2. Monthly variation of physico-chemical parameters during the fish collection period, October 2016–September 2017. A– pH; B– Electrical conductivity; C– Temperature; D– Dissolved oxygen; E– Salinity; F– Turbidity; G– Total dissolved solids.
Fig. 1 in Oxidative stress biomarkers in the African sharptooth catfish, Clarias gariepinus, associated with infections by adult digeneans and water quality
Fig. 1. Various maps of the Incomati River showing the position of the sampling site. A– Mozambique shaded on the African continent; B– shows position of Maputo Province in Mozambique; C– indicates the position of the Incomati River and the sampling site.
Fig. 5 in Oxidative stress biomarkers in the African sharptooth catfish, Clarias gariepinus, associated with infections by adult digeneans and water quality
Fig. 5. Principal Component Analysis (PCA) of physico-chemical variables, biomarkers and parasitism in Clarias gariepinus collected in the Incomati River in Mozambique. Two principal components (PC1 and PC2) explained 45.45% of the total variation between water variables, biomarkers and occurrence of parasites. The EC, TDS and salinity (SAL) are associated with Component 1 while LPX, CAT, SOD, turbidity (TB) and temperature (T) are negatively associated with these variables. CI = co-infection; IM = M. nkomatiensis intensity; IG = G. pedatum intensity, UN = uninfected.
Figure 4 in The role of silicon in the mitigation of water stress in Eugenia myrcianthes Nied. seedlings
Figure 4. Hierarchical groups based on the Euclidean distance of the characteristics evaluated in Eugenia myrcianthes Nied. seedlings grown under water fluctuations (deficit – 1st P0 and flooding – 2nd P0) and silicon doses (0, 2, and 4 mmol). I: continuous irrigation; S: stress; P0: photosynthesis close to zero; R: recovery.
Figure 3 in The role of silicon in the mitigation of water stress in Eugenia myrcianthes Nied. seedlings
Figure 3. Pearson's linear correlation (r) of the characteristics evaluated in Eugenia myrcianthes Nied. seedlings grown under water regimes (continuous irrigation, deficit – 1st P0, and flooding – 2nd P0) and silicon doses (0, 2, and 4 mmol).
Figure 2 in The role of silicon in the mitigation of water stress in Eugenia myrcianthes Nied. seedlings
Figure 2. Principal component analysis (PCA) of the characteristics evaluated in Eugenia myrcianthes Nied. seedlings grown under water regimes (continuous irrigation, deficit – 1st P0, and flooding – 2nd P0) and silicon doses (0, 2, and 4 mmol). I: continuous irrigation; S: stress; P0: photosynthesis close to zero; R: recovery.
Figure 1 in The role of silicon in the mitigation of water stress in Eugenia myrcianthes Nied. seedlings
Figure 1. Photosynthetic rate (A) of Eugenia myrcianthes Nied. seedlings grown under water regimes (continuous irrigation, deficit – 1st P0, and flooding – 2nd P0), with silicon doses (0, 2, and 4 mmol). I: continuous irrigation; S: stress; P0: photosynthesis close to zero; R: recovery.
Figure 1 in Alfalfa responses to drought, salinity, and herbivory by Tetranychus urticae (Acari: Tetranychidae) and performance of the pest on water-stressed plants
Figure 1. Effects of drought stress on proline content of alfalfa plants before and after Tetranychus urticae feeding. Within each column mean (± SE) followed by the same letter(s) are not significantly different. Capital letters show the effect of drought.
Figure 2 in Alfalfa responses to drought, salinity, and herbivory by Tetranychus urticae (Acari: Tetranychidae) and performance of the pest on water-stressed plants
Figure 2. Effects of salinity stress on proline content of alfalfa plants before and after Tetranychus urticae feeding. Within each column mean (± SE) followed by the same letter(s) are not significantly different. Capital letters show the effect of salinity.
Mesophyll conductance acclimation to water stress in hybrid poplar
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