Pictures: Alia Bhatt and Ranbir Kapoor head to Chandigarh
by Vedanshi PathakLovebirds Alia Bhatt and Ranbir Kapoor are all set to be seen together on the big screen for the first time in Ayan Mukerji’s Brahmastra. Alia and Ranbir were snapped together this morning as they left for Chandigarh. Alia looked radiant in a pair of white pants and an azure coloured shirt, while Ranbir opted for a comfy all-black look. What also caught our attention was Ranbir being injured as the actor had his hand in a cast as he left for Chandigarh. Scroll through for pictures.


Mushroom Madness
by Matt
Well, here we are in the middle of August already. I hardly know where the summer’s gone and the weather already feels like September…not that I’m complaining. Over the past three days or so, we’ve probably gotten 4 to 6 inches of rain here in northwestern North Carolina. This is a good thing as far as our gardens are concerned. Also, we were curious to see how much our pond would fill up. This is our first significant rain since we installed the pond liner about a month ago..
But perhaps our biggest curiosity was the mushrooms. Ever since Tasha discovered porcini coming up down by our duck pond, we’ve been on the lookout for edible mushrooms and where they tend to grow. And while we did find some more porcini over the early summer, they were mostly too far gone for us to eat after we found them and we haven’t had much rain until now.
We made some friends over the summer–Matthew and Jenna of Gnomestead Hollow Farm and Forage–who are avid mushroom afficionados, foragers and growers, and they confirmed some of our finds were indeed edible. Tasha was sure on the porcinis, but we’d never seen a black-staining polypore before, nor did we know it is delicious.
So, over the past couple days we’ve been roaming the back woods, looking in all the usual places in anxious anticipation of massive fruitings. We saw a few porcinis starting in one or two patches yesterday, but today Tasha found several two-colored boletes and several small to medium porcini. By the end of the day, they were popping up in places we’d never seen them before, so we took a walk in the woods.
We found more porcini and two-colored boletes than we’ve ever found before on a foray. There was nothing like the massive profusion of tens or hundreds of mushroom caps magically appearing, but still we found enough to make a nice pasta or risotto with, and this is only day one after the rains.
We saw quite a few recent porcini starts that we’ll be keeping an eye on over the next few days. Thus far, we’ve identfied five distinct patches where we almost always find mushrooms when the conditions are right, and four of them are porcini. Since we’re rather casual mushroom foragers and just getting started at this, we’re pretty happy with our haul today. And now we have a reason to look forward to rainy days.
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| virtual string | Name [get, set] |
| | The property name on the Component for the child element. More...
|
| |
| virtual string | ItemID [get, set] |
| | The id to combine with the Component's id that is the id of the child element. More...
|
| |
| virtual string | ID [get, set] |
| | The id of the child element. More...
|
| |
| virtual bool | Leaf [get, set] |
| | Set to true to ignore content when scanning for childEls. This should be set on things like the generated content for an Ext.view.View. More...
|
| |
| virtual string | Select [get, set] |
| | A selector that will be passed to Ext.dom.Element.select. More...
|
| |
| virtual string | SelectNode [get, set] |
| | A selector that will be passed to Ext.dom.Element.selectNode. More...
|
| |
◆ operator ChildElement.Builder()
◆ ID
| virtual string Ext.Net.Mobile.ChildElement.Config.ID |
|
getset |
The id of the child element.
◆ ItemID
| virtual string Ext.Net.Mobile.ChildElement.Config.ItemID |
|
getset |
The id to combine with the Component's id that is the id of the child element.
◆ Leaf
| virtual bool Ext.Net.Mobile.ChildElement.Config.Leaf |
|
getset |
Set to true to ignore content when scanning for childEls. This should be set on things like the generated content for an Ext.view.View.
◆ Name
| virtual string Ext.Net.Mobile.ChildElement.Config.Name |
|
getset |
The property name on the Component for the child element.
◆ Select
| virtual string Ext.Net.Mobile.ChildElement.Config.Select |
|
getset |
A selector that will be passed to Ext.dom.Element.select.
◆ SelectNode
| virtual string Ext.Net.Mobile.ChildElement.Config.SelectNode |
|
getset |
A selector that will be passed to Ext.dom.Element.selectNode.
The documentation for this class was generated from the following file:
- Factory/Config/ChildElementConfig.cs


I recently purchased a U3-enabled flash drive. I’ve been using Password Safe (originally from Bruce Schneier’s Counterpane Labs, now a SourceForge project) for some time now to store my passwords, and it seemed like a perfect application to have on a flash drive. I was shocked when I discovered that they wanted $9.95 for the U3 version of a free utility!
Well, the U3 Developer Kit is available for a free registration and Password Safe is Open Source, so I decided to see if I could build my own U3 version. It turned out to be easier than I thought. The standard binary distribution of Password Safe already includes all of the necessary U3 support. I just followed the U3 packaging guidelines along with some pathnames gleaned from the Password Safe source to lay out the U3 package. I then used the U3 tools to generate the manifest file and configure the various actions. I even wrote a little device install utility as an NSIS script to make sure the default data directory gets created when installing to the flash drive.
I’m hereby making available the final result under the same Artistic License terms as Password Safe itself. This is based on the 3.10 version of Password Safe, but I will attempt to provide updates whenever I happen to notice a new release of the original binaries. Feel free to email me if you have any feedback. I simply ask that you remember I had nothing to do with the original Password Safe program, only the packaging.
- U3 Installer
- Source
The source ZIP contains just the source files for the U3 packaging. You’ll need to obtain the program binaries from Password Safe and theU3Action.exe
from the U3 Developer Tools, then place the files according to the directory listing inpackage_dir.txt
. You can also get the U3P2EXE tool from the U3 site to build the executable installer package.


The zinc (Zn) supply increases the fruit yield of Citrus trees that are grown, especially in the highly weathered soils of the tropics due to the inherently low nutrient availability in the soil solution. Leaf sprays containing micronutrients are commonly applied to orchards, even though the nutrient supply via soil could be of practical value. This study aimed to evaluate the effect of Zn fertilizers that are applied to the soil surface on absorption and partitioning of the nutrient by citrus trees. A greenhouse experiment was conducted with one-year-old sweet orange trees. The plants were grown in soils with different textures (18.1 or 64.4% clay) that received 1.8 g Zn per plant, in the form of either ZnO or ZnSO
Zinc (Zn) deficiency is common in intensively managed citrus orchards in tropical soils and limits tree growth and fruit production [ 1]. This is mostly associated to the low nutrient content of the soil parent material and the high metal adsorption by the soil colloids. Therefore, Zn adsorption is maximal under high clay content and high pH. Adsorption under low soil pH (i.e. <5.5) is also important when iron and aluminum oxides predominate in the soil mineralogical fraction [ 2].
The acid soils are the main soil types in Brazil, which produces nearly 40% of the world’s orange juice. Other crops, such as sugar cane, coffee and rubber tree may also respond positively to Zn management under similar conditions [ 3, 4].
Early studies have suggested that the application of Zn to acid soils with a sandy texture maintains the nutrient supply for a longer period than does Zn application to the leaves of plants [ 5]. However, questions still remain open regarding the efficacy of soil applied Zn in supplying citrus nutrient requirements for high yields when trees are grown on soils with a high Zn sorption capacity. This lack of information has led growers to continue to use foliar sprays as the main strategy for micronutrient fertilization of fruit trees in the tropics [ 6].
More recently, the efficiency of soil-applied Zn in complementing the leaf supply in sweet orange orchards was established in an Oxisol with a medium texture. A positive correlation was observed between the levels of micronutrients in the soil and those in the leaves when ZnSO
The isotope tracer method is a useful technique for studying nutrient mobility, absorption and distribution in plants. In the case of Zn, this technique can be applied by using either radioisotope ( 65Zn) or stable isotopes ( 64Zn, 66Zn, 67Zn, 68Zn, and 70Zn, which have respective natural abundances of 48.6%, 27.9%, 4.1%, 18.8%, and 0.6%). Only a few studies have employed this technique, including studies in pistachio and walnut [ 12], apple [ 13], peach [ 14], navy beans [ 15] and rice [ 16, 17]. Furthermore, the selection of most appropriate methods of study is based on characteristics of every experiment, cost and precision of analytical detection of Zn isotopes by mass spectrometry.
In contrast to the isotopic approach, biochemical tests are indirect methods for assessing the nutritional status of a plant. The activity of superoxide dismutase (SOD) can be used as an indicator of uptake and content of copper (Cu), iron (Fe), manganese (Mn), and Zn by plants [ 18]. Thus, increases in the activity of Cu/Zn-SOD may be linearly correlated with the accumulation of Zn in the leaves [ 19]. The SOD is a key enzyme in the detoxification of the reactive oxygen species (ROS) that are formed in plants under stresses caused by nutritional disorders [ 20]. Moreover, the catalase (CAT) activity is altered in response to Zn and is inhibited by increasing the reactive oxygen species in plants [ 21].
In this context, limited information is available regarding the application of Zn fertilizers in tropical soils where citrus and other fruit trees are cultivated. In addition, the corresponding availability and adsorption of Zn and the associated nutritional status of plants have not been well studied. In the present study, we used the stable 68Zn isotope as a tracer to evaluate the efficiency of two sources of Zn with high and low solubilities in water applied to the soils of different textural classes. We also analyzed the plant growth, Zn partitioning, and the activity of SOD enzymes as an indicative of plant Zn status.
A greenhouse experiment was conducted using sweet orange [ Citrus sinensis (L.) Osbeck cv. Tobias] grafted on ‘Sunki’ mandarin ( C. sunki hort. ex Tan.) grown for 250 days in 20 dm 3 pots containing a sandy loam or a clay type soil found in the main citrus growing areas of the tropics, which characteristics affect Zn availability to plants ( Table 1).
| O.M. (%) | 2.2 | 3.7 |
| pH in CaCl
2
|
4.0 | 4.7 |
| Base saturation (%) | 23 | 58 |
| CEC (mM
c dm
-3)
|
68 | 125 |
| P-resin (mg dm -3) | 171 | 167 |
| Exchangeable-K (mM
c dm
-3)
|
4 | 6 |
| Ca (mM
c dm
-3)
|
21 | 32 |
| Mg (mM
c dm
-3)
|
26 | 22 |
| B (mg dm -3) | 0.8 | 3.0 |
| Cu a (mg dm -3) | 0.9 | 2.8 |
| Fe (mg dm -3) | 113 | 24 |
| Mn (mg dm -3) | 3.8 | 9.0 |
| Zn (mg dm -3) | 0.4 | 1.9 |
| Bulk density (g cm -3) | 1.19 | 1.43 |
| Total porosity (%) | 50 | 35 |
| Clay (%) | 18.1 | 64.4 |
| Silt (%) | 5.1 | 16.6 |
| Sand (%) | 76.8 | 19.0 |
| PMCF b | kaolinite | gibbsite and hematite |
aCu, Fe, Mn and Zn by DTPA-TEA extractor.
bPredominant mineral clay fraction by x-ray diffraction analysis.
Abbreviations: O.M. = organic matter; CEC = cation exchange capacity.
In both soils low pH was corrected with dolomitic lime to achieve a base saturation of 70% for optimum citrus growth [ 8]. During the experiment conduction, daily temperatures in the greenhouse were: minimum of 12°C, maximum of 37°C and mean of 23°C. The experimental treatments began when both of the soils achieved a pH (CaCl
The 68Zn-enriched isotope was acquired as 68ZnO (solid powder) from Isoflex USA (San Francisco, CA, USA), and presented the abundances: 99.34% 68Zn, 0.05% 64Zn, 0.08% 66Zn, 0.41% 67Zn, and 0.12% 70Zn. To prepare 68ZnSO
The 68Zn-labeled fertilizer was applied when the plants presented two developed vegetative flushes with fully expanded and mature leaves. Three control plants were grown without Zn application to measure the Zn natural abundance. The Zn-containing fertilizers were applied once on the bare soil surface (0.102 m 2), and were prepared either as a suspension (ZnO) or a solution (ZnSO
Throughout the growth period, selected plant pots were weighted and irrigated as required to maintain approximately 70% of the soil field capacity. This latter was determined with 50 g of dry soil, placed in a funnel lined with a filter paper, and then saturated with 50 mL of water. Excess water in the soil sample was allowed to drain out. Soil field capacity was estimated by difference between volumes of water added and drained from the sample.
The fertilization for plant maintenance was conducted by applying 250 mL of solution each time with the following concentrations: 136.0 mg KH
The plants were destructively harvested 150 days after 68Zn application, and plant tissues were separated into two parts: (i) old parts already grown at the time of fertilizer application and (ii) new parts developed after Zn fertilizers application. The flowers and fruits were also collected during the experimental period. All collected plant materials were washed with
Adsorption curves were estimated to describe the adsorption capacity of Zn in the two soil types; a 1.0 g soil sample in 10 mL of a 10 mM CaCl
The ion intensities of all Zn isotopes (64, 66, 67, 68, and 70) were measured in a mass spectrometer coupled to a plasma source (ICP-MS) with an octapole reaction system, (mod. 7500ce, Agilent Hachioji-shi, Tokyo, Japan). In order to minimize polyatomic interferences (e.g., SO
At the end of the experimental period, the SOD and CAT enzyme activities were determined in 1 g of leaves that were fully expanded and mature and that were grown after Zn application. Each sample was treated with 5.0 mL of 100 mM L-1 potassium phosphate buffer (pH 7.5) containing 3 mM L-1 dithiothreitol, 1 mM L-1 EDTA, and 4% (w/v) polyvinylpolypyrrolidone [ 26]. The extract was centrifuged at 5,590 × g for 35 min at 4°C, and the supernatant was used to determine protein levels and SOD activity. The total protein content was quantified according to Bradford [ 27] using bovine serum albumin (BSA) as a standard.
The superoxide dismutase activity was determined via 12% polyacrylamide gel electrophoresis (PAGE) [ 26]. Separation in non-denaturing gels was followed by incubation in the dark in a solution containing 50 mM L-1 potassium phosphate buffer (pH 7.8), 1.0 mM L-1 EDTA, 0.1 mM L -1 nitroblue tetrazolium, 0.05 mM L-1 riboflavin, and 0.3% tetramethylethylenediamine (v/v) for 30 min. After incubation, the reaction solution was removed, and the gels were rinsed with deionized water and exposed to light for several minutes to achieve photo-oxidation. The bands corresponding to the SOD activity did not undergo oxidation. Photo-oxidation was stopped via treatment with 7% acetic acid (v/v) for 15 min.
The following SOD isoforms were identified according to Azevedo et al. [ 28]: Cu/Zn-SOD when inactivated by KCN and H
The catalase activity was determined via spectrophotometry [ 29]. The reaction was initiated via the addition of 25 μL of a plant extract containing 1.0 mL of 100 mM potassium phosphate buffer (pH 7.5) and 25 μL of H
Descriptive statistical analyses were applied to the data. A two-way ANOVA was performed to evaluate the effect of Zn-fertilizers and soil texture on the Zn in the soil and plants, the Zn
The total dry matter (DM) production was higher for plants that received ZnSO
| Young fruits b (g plant -1) | ||||||
| Sandy loam | 63 | 31 | 47 A | ** | * | ns |
| Clay | 9 | 5 | 7 B | |||
| Average | 36 a | 18 b | ||||
| Total DM (g plant -1) | ||||||
| Sandy loam | 530 | 438 | 484 A | ** | * | ns |
| Clay | 295 | 282 | 289 B | |||
| Average | 413 a | 360 b |
Soil type: the means (n = 3 or 6) followed by different uppercase letters within the columns are significantly different by the Tukey test ( p<0.05). Zn sources: the means (n = 3 or 6) followed by different lowercase letters across paired columns are significantly different by the Tukey test ( p<0.05).
aF test in the ANOVA of Soil vs. Source for each evaluated parameter. ns: not significant ( p>0.05);
* p<0.05;
** p<0.01.
bYoung fruits: 3–5 cm in diameter.
Although the level of available Zn in both of the soils was approximately 54 mg dm -3 ( Table 3), the total concentrations in the different orange tree parts were higher when the source was ZnSO
| Soil (mg dm -3) | ||||||
| Sandy loam | 58 | 51 | 54 | ns | ns | ns |
| Clay | 58 | 53 | 55 | |||
| Average | 58 | 52 | ||||
| Root (mg DW kg -1) | ||||||
| Sandy loam | 306 Aa | 20 Ab | 163 | * | * | * |
| Clay | 33 Ba | 18 Ab | 26 | |||
| Average | 170 | 19 | ||||
| Trunk (mg DW kg -1) | ||||||
| Sandy loam | 28 Aa | 9 Ab | 19 | * | * | * |
| Clay | 10 Ba | 7 Aa | 9 | |||
| Average | 19 | 8 | ||||
| Old branches (mg DW kg -1) | ||||||
| Sandy loam | 44 Aa | 9 Ab | 27 | ** | ** | ** |
| Clay | 14 Ba | 8 Ab | 11 | |||
| Average | 29 | 9 | ||||
| New branches (mg DW kg -1) | ||||||
| Sandy loam | 61 Aa | 10 Ab | 36 | ** | ** | ** |
| Clay | 12 Ba | 10 Aa | 11 | |||
| Average | 37 | 10 | ||||
| Old leaves (mg DW kg -1) | ||||||
| Sandy loam | 21 Aa | 10 Ab | 16 | ** | * | * |
| Clay | 12 Ba | 10 Aa | 11 | |||
| Average | 17 | 10 | ||||
| New leaves (mg DW kg -1) | ||||||
| Sandy loam | 47 Aa | 11 Ab | 29 | ** | * | * |
| Clay | 13 Ba | 10 Aa | 12 | |||
| Average | 30 | 11 | ||||
| Flowers (mg DW kg -1) | ||||||
| Sandy loam | 33 Aa | 21 Ab | 27 | ** | ** | ** |
| Clay | 20 Ba | 17 Ba | 19 | |||
| Average | 27 | 19 | ||||
| Young fruits b (mg DW kg -1) | ||||||
| Sandy loam | 13 | 6 | 10 | * | ns | ns |
| Clay | 11 | 11 | 11 | |||
| Average | 12 a | 9 b |
Soil type: the means (n = 3 or 6) followed by different uppercase letters within the columns are significantly different by the Tukey test ( p<0.05). Zn sources: means (n = 3 or 6) followed by different lowercase letters across paired columns are significantly different by the Tukey test ( p<0.05).
aF test in the ANOVA of Soil vs. Source for each evaluated parameter. ns: not significant ( p>0.05);
* p<0.05;
** p<0.01.
bYoung fruits: 3–5 cm in diameter.
Maximum adsorption values, which are estimates of the maximum amount of Zn that these mineral surfaces can hold, were calculated for soil types based on the Langmuir isotherm [ 25]. The clay soil presented higher adsorption capacity of Zn (b
The roots, stems, and branches accumulated more Zn
|
Root (% of Zn
dff )
|
||||||
| Sandy loam | 99.7 Aa | 40.1 Ab | 69.9 | ** | ** | ** |
| Clay | 42.6 Ba | 7.6 Bb | 25.1 | |||
| Average | 71.2 | 23.9 | ||||
|
Trunk (% of Zn
dff )
|
||||||
| Sandy loam | 96.3 Aa | 25.2 Ab | 60.8 | * | ** | ** |
| Clay | 41.2 Ba | 11.2 Bb | 26.2 | |||
| Average | 68.8 | 18.2 | ||||
|
Old branches (% of Zn
dff )
|
||||||
| Sandy loam | 97.5 Aa | 22.1 Ab | 59.8 | ** | ** | ** |
| Clay | 41.4 Ba | 4.3 Bb | 22.9 | |||
| Average | 69.5 | 13.2 | ||||
|
New branches (% of Zn
dff )
|
||||||
| Sandy loam | 98.8 Aa | 29.8 Ab | 64.3 | ** | ** | ** |
| Clay | 38.9 Ba | 4.8 Bb | 21.9 | |||
| Average | 68.9 | 17.3 | ||||
|
Old leaves (% of Zn
dff )
|
||||||
| Sandy loam | 47.7 Aa | 0.1 Ab | 23.9 | ** | ** | ** |
| Clay | 5.2 Ba | 0.1 Ab | 2.7 | |||
| Average | 26.5 | 0.1 | ||||
|
New leaves (% of Zn
dff )
|
||||||
| Sandy loam | 97.3 Aa | 15.8 Ab | 56.6 | ** | ** | ** |
| Clay | 33.3 Ba | 6.5 Bb | 19.9 | |||
| Average | 65.3 | 11.2 | ||||
|
Flowers (% of Zn
dff )
|
||||||
| Sandy loam | 60.0 Aa | 13.7 Ab | 36.9 | ** | ** | * |
| Clay | 26.8 Ba | 2.7 Bb | 14.8 | |||
| Average | 43.4 | 8.2 | ||||
|
Young fruits
b
(% of Zn
dff )
|
||||||
| Sandy loam | 83.7 Aa | 21.8 Ab | 52.8 | ** | ** | ** |
| Clay | 41.6 Ba | 9.0 Bb | 25.3 | |||
| Average | 62.7 | 15.4 |
Soil type: the means (n = 3 or 6) followed by different uppercase letters within the columns are significantly different by the Tukey test ( p<0.05). Zn sources: the means (n = 3 or 6) followed by different lowercase letters across paired columns are significantly different by the Tukey test ( p<0.05).
aF test in the ANOVA of Soil vs. Source for each evaluated parameter. ns: not significant ( p>0.05);
* p<0.05;
** p<0.01.
bYoung fruits: 3–5 cm in diameter.
Among the fertilizer sources, the application of ZnSO
The Zn
|
Roots (mg of Zn
dff )
|
||||||
| Sandy loam | 65.32 Aa | 1.10 Ab | 33.21 | * | * | * |
| Clay | 2.50 Ba | 0.19 Bb | 1.35 | |||
| Average | 33.91 | 0.65 | ||||
|
Trunk (mg of Zn
dff )
|
||||||
| Sandy loam | 1.79 Aa | 0.13 Ab | 0.96 | ** | ** | ** |
| Clay | 0.25 Ba | 0.04 Bb | 0.15 | |||
| Average | 1.02 | 0.09 | ||||
|
Old branches (mg of Zn
dff )
|
||||||
| Sandy loam | 2.08 Aa | 0.09 Ab | 1.09 | ** | ** | ** |
| Clay | 0.14 Ba | 0.01 Bb | 0.08 | |||
| Average | 1.11 | 0.04 | ||||
|
New branches (mg of Zn
dff )
|
||||||
| Sandy loam | 1.28 Aa | 0.08 Ab | 0.68 | ** | ** | ** |
| Clay | 0.07 Ba | <0.01 Bb | 0.03 | |||
| Average | 0.68 | 0.05 | ||||
|
Old leaves (mg of Zn
dff )
|
||||||
| Sandy loam | 0.53 Aa | <0.01 Ab | 0.26 | ** | * | * |
| Clay | 0.02 Ba | <0.01 Aa | 0.01 | |||
| Average | 0.28 | <0.01 | ||||
|
New leaves (mg of Zn
dff )
|
||||||
| Sandy loam | 2.38 Aa | 0.07 Ab | 1.23 | ** | ** | ** |
| Clay | 0.10 Ba | 0.02 Bb | 0.06 | |||
| Average | 1.24 | 0.05 | ||||
|
Flowers (mg of Zn
dff )
|
||||||
| Sandy loam | 0.02 Aa | <0.01 Ab | 0.02 | ** | * | * |
| Clay | <0.01 Ba | <0.01 Aa | <0.01 | |||
| Average | 0.01 | <0.01 | ||||
|
Young fruits
b
(mg of Zn
dff )
|
||||||
| Sandy loam | 0.72 | 0.04 | 0.38 A | ** | * | ns |
| Clay | 0.05 | <0.01 | 0.02 B | |||
| Average | 0.39 a | 0.02 b |
Soil type: the means (n = 3 or 6) followed by different uppercase letters within the columns are significantly different by the Tukey test ( p<0.05). Zn sources: the means (n = 3 or 6) followed by different lowercase letters across paired columns are significantly different by the Tukey test ( p<0.05).
aF test in the ANOVA of Soil vs. Source for each evaluated parameter. ns: not significant ( p>0.05);
* p<0.05;
** p<0.01.
bYoung fruits: 3–5 cm in diameter.
The partition of the Zn
| Aboveground | ---------------------------- % Zn
dff --------------------------
|
|||
| Flowers and young fruits | 8.3 | 11.7 | 10.4 | 9.1 |
| Leaves | 33.3 | 18.1 | 16.8 | 20.7 |
| Trunk + Branches | 58.4 | 70.2 | 72.8 | 70.3 |
| ---------------------------- mg plant -1 -------------------------- | ||||
| Aboveground Zn recovered | 8.8 | 0.4 | 0.6 | 0.1 |
| Total plant | --------------------------- % Zn
dff ----------------------------
|
|||
| New shoot | 6.3 | 9.6 | 9.2 | 11.7 |
| Old shoot | 6.7 | 11.1 | 21.0 | 19.9 |
| Root | 87.0 | 79.3 | 69.9 | 68.4 |
| ---------------------------- mg plant -1 --------------------------- | ||||
| Total Zn recovered | 74.1 | 1.5 | 3.1 | 0.3 |
| --------------------------------- % --------------------------------- | ||||
| FUE a | 4.15 | 0.12 | 0.16 | 0.01 |
a% of Zn recovered from the applied fertilizer.
Following gel electrophoresis, three bands were identified for Cu/Zn-SOD, two for Mn-SOD and one for Fe-SOD. The Cu/Zn-SOD bands were the most highly expressed in the plants that were treated with ZnSO
Legend: Bovine SOD standard (S), ZnSO
The solubility of ZnSO
Also relevant to the differences in the DM production of the plants that were grown in the sandy loam and clay soils ( Table 2) is the fact that citrus trees display a good adaptability to different soil conditions in order to maintain high yields. However, the higher apparent density and porosity in the clay soils are disadvantageous for subsurface aeration, consequently limiting the root and shoot growth [ 31]. Although this study attempted to provide an equivalent water supply to each experimental pot, anaerobic microsites may occur at a higher frequency in the clay soil (total porosity P = 35%) than in sandy soil ( P = 50%), which explains the differences in DM production that were observed
The flower DM did not differ among the treatments. Nevertheless, the Zn levels ranged from 10 to 47 mg kg -1 in this organ ( p<0.01) ( Table 3), suggesting that growing flowers positively responded to the nutritional status of the plant. The literature does not cite specific Zn-regulated mechanisms that directly affect the quality of the flower, as have been demonstrated for other nutrients, such as calcium and boron [ 32, 33]. Therefore, the observed higher fruit yield observed is likely due to the increased leaf area and consequently greater capacity for carbon allocation that flowering requires [ 34, 35]. Similarly, the increased iron concentrations in the leaves during the flowering season of orange trees are associated with increased CO
The high content of Zn in the roots of plants (>300 mg kg -1) is associated with the greater compartmentalization and lower metal transport to the shoots, which results in the resistance or tolerance of plants to excessive concentrations in order to maintain homeostasis [ 37]. Accordingly, the percentage of Zn
The higher %Zn
The higher solubility of ZnSO
In this experiment, the plants were evaluated for during one cycle of vegetative growth following fertilizer application. Besides the decreased availability of Zn that was applied to the soil because of the partition of the metal in fractions that are bound to soluble forms, complexed with organic colloids, or linked to Mn and Fe oxides [ 39], the residual effects of Zn could explain the Zn accumulation in the subsequent flush of plant growth [ 40]. In addition, the efficacy of Zn fertilizers varies with incorporation of the fertilizer into the soil [ 2]. In our study the fertilizers were applied to the surface, which might have limited deeper incorporation of those into the soil. Similarly, the ZnO efficacy also was lower compared to more soluble Zn sources, when the fertilizers were not mixed into the soil of wheat [ 11] and maize [ 41].
In all of the treatments, the old leaves accumulated the lowest Zn
Despite variations in the concentrations of applied Zn, there was no difference in the levels of other nutrients, including P, Mn, and Cu (data not shown), in the leaves; an excess of these nutrients could negatively affect the absorption and distribution of Zn in plants [ 44]. For instance, with high P supply under a limiting Zn condition, the physiological availability of Zn in plant tissue decreases [ 45]. For other metals, such as Fe, Mn or Cu, the high levels of these cause a certain competition with Zn for absorption sites [ 44].
The fertilizer use efficiency (FUE) is defined as the amount of Zn that is recovered by the plant as a proportion of the amount of Zn supplied by the fertilizer. The FUE was higher for ZnSO
Of the total Zn supply, the proportion of plant uptake ranged from 0.01% to 4.15% for ZnO in the clay soil and ZnSO
Moreover, when Zn was applied to the soil, this mineral is distributed to all of the parts of the plant, in contrast to the application of fertilizer to the leaf, after which less than 1% of the 65Zn is redistributed to the other parts of the plant [ 34]. For this reason, in citrus trees and other tropical fruit trees, the foliar application of Zn is recommended only during spring and summer when new vegetative flushes grow [ 8].
The SOD activity assay was effective in determining the presence of biologically active Zn in the plants [ 21], since an increase of the enzyme activity occurred for the three bands corresponding to the Cu/Zn-SOD with the treatment that resulted in the highest Zn content in the leaves (47 mg kg -1) (S1; Fig. 1). Total SOD activity was detected despite Zn content was lower with other treatments (11 mg kg -1) (S2, O1 and O2; Fig. 1). On the other hand, under severe Zn deficiency, SOD activity increases relative to plant micronutrient bioavailability resulted directly by a decrease of functional Zn and/or indirectly by an increase of Fe and Mn, which cause an increase of ROS production [ 19].
Although an increase in Cu/Zn-SOD activity was observed, there was no increase in CAT activity. Thus, the increase in the metal level in the plant tissue ( Table 2) did not cause oxidative stress.
Thus, based on our findings, the establishment of an adequate strategy for soil application of the micronutrient for citrus and other fruit crops, in substitution to the traditional foliar sprays, should consider the effect of the soil texture and the quality of the fertilizer source. However, make it necessary to note that in the case of fertirrigated orchards, given the thermodynamic characteristics of the soil solution under drippers other issues that define the fertilizer efficiency characteristic for this system should also be considered.
The Zn fertilizer use efficiency, based on the recovery rate in the plants, was as high as 4% when a water-soluble Zn source was used in a sandy loam soil, but it decreased to only 0.1% when a less soluble ZnO source was used on the clay soil with the highest Zn sorption capacity. Under these conditions, the accumulation of Zn
We would like to thank Dr. Richard W. Bell from the University of Murdoch, Perth, for reviewing this paper.


podman
Simple management tool for pods, containers and images.
Podman provides a Docker-CLI comparable command-line. Simply put: `alias docker=podman`.
More information: home page
- List all containers (both running and stopped):
podman ps --all
- Create a container from an image, with a custom name:
podman run --name container_name image
- Start or stop an existing container:
podman start|stop container_name
- Pull an image from a registry (defaults to Docker Hub):
podman pull image
- Display the list of already downloaded images:
podman images
- Open a shell inside an already running container:
podman exec --interactive --tty container_name sh
- Remove a stopped container:
podman rm container_name
- Display the logs of one or more containers and follow log output:
podman logs --follow container_name container_id


|
fop 1.1 | |||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
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java.lang.Object org.apache.fop.traits.MinOptMax
public final class MinOptMax
This class holds the resolved (as mpoints) form of a
LengthRangeProperty
or
SpaceProperty
type property value.
plus
,
minus
or mult
return a different instance. So it is
possible to pass around instances without copying.
MinOptMax
values are used during layout calculations.
| Field Summary | |
|---|---|
static MinOptMax |
ZERO
The zero MinOptMax instance with min == opt == max == 0 . |
| Method Summary | |
|---|---|
boolean |
equals(java.lang.Object obj)
|
MinOptMax |
extendMinimum(int newMin)
Extends the minimum length to the given length if necessary, and adjusts opt and max accordingly. |
static MinOptMax |
getInstance(int value)
Returns an instance of MinOptMax with one fixed value for all three
properties (min, opt, max). |
static MinOptMax |
getInstance(int min,
int opt,
int max)
Returns an instance of MinOptMax with the given values. |
int |
getMax()
Returns the maximum value of this MinOptMax . |
int |
getMin()
Returns the minimum value of this MinOptMax . |
int |
getOpt()
Returns the optimum value of this MinOptMax . |
int |
getShrink()
Returns the shrinkability of this MinOptMax which is the absolute difference
between min and opt . |
int |
getStretch()
Returns the stretchability of this MinOptMax which is the absolute difference
between opt and max . |
int |
hashCode()
|
boolean |
isElastic()
Determines whether this MinOptMax allows for shrinking or stretching, which
means that at least one of the min or max values isn't equal to the opt value. |
boolean |
isNonZero()
Determines whether this MinOptMax represents a non-zero dimension, which means
that not all values (min, opt, max) are zero. |
boolean |
isStiff()
Determines whether this MinOptMax doesn't allow for shrinking or stretching,
which means that all values (min, opt, max) are the same. |
MinOptMax |
minus(int value)
Subtracts the given value from all three components of this instance and returns the result. |
MinOptMax |
minus(MinOptMax operand)
Returns the difference of this MinOptMax and the given
MinOptMax . |
MinOptMax |
minusMax(int maxOperand)
Do not use, backwards compatibility only. |
MinOptMax |
minusMin(int minOperand)
Do not use, backwards compatibility only. |
MinOptMax |
mult(int factor)
Returns the product of this MinOptMax and the given factor. |
MinOptMax |
plus(int value)
Adds the given value to all three components of this instance and returns the result. |
MinOptMax |
plus(MinOptMax operand)
Returns the sum of this MinOptMax and the given MinOptMax . |
MinOptMax |
plusMax(int maxOperand)
Do not use, backwards compatibility only. |
MinOptMax |
plusMin(int minOperand)
Do not use, backwards compatibility only. |
java.lang.String |
toString()
|
| Methods inherited from class java.lang.Object |
|---|
clone, finalize, getClass, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public static final MinOptMax ZERO
MinOptMax
instance with min == opt == max == 0
.
| Method Detail |
|---|
public static MinOptMax getInstance(int min, int opt, int max) throws java.lang.IllegalArgumentException
MinOptMax
with the given values.
min
- the minimum valueopt
- the optimum valuemax
- the maximum value
java.lang.IllegalArgumentException
- if min > opt || max < opt
.public static MinOptMax getInstance(int value)
MinOptMax
with one fixed value for all three
properties (min, opt, max).
value
- the value for min, opt and max
isStiff()
public int getMin()
MinOptMax
.
MinOptMax
.public int getOpt()
MinOptMax
.
MinOptMax
.public int getMax()
MinOptMax
.
MinOptMax
.public int getShrink()
MinOptMax
which is the absolute difference
between min
and opt
.
MinOptMax
which is always non-negative.public int getStretch()
MinOptMax
which is the absolute difference
between opt
and max
.
MinOptMax
which is always non-negative.public MinOptMax plus(MinOptMax operand)
MinOptMax
and the given MinOptMax
.
operand
- the second operand of the sum (the first is this instance itself),
MinOptMax
and the given MinOptMax
.public MinOptMax plus(int value)
value
- value to add to the min, opt, max components
public MinOptMax minus(MinOptMax operand) throws java.lang.ArithmeticException
MinOptMax
and the given
MinOptMax
. This instance must be a compound of the operand and another
MinOptMax
, that is, there must exist a MinOptMax
m
such that this.equals(m.plus(operand))
. In other words, the operand
must have less shrink and stretch than this instance.
operand
- the value to be subtracted
MinOptMax
and the given
MinOptMax
.
java.lang.ArithmeticException
- if this instance has strictly less shrink or stretch
than the operandpublic MinOptMax minus(int value)
value
- value to subtract from the min, opt, max components
public MinOptMax plusMin(int minOperand) throws java.lang.IllegalArgumentException
minOperand
- the minimal value to be added.
java.lang.IllegalArgumentException
- if
min + minOperand > opt || max < opt
.public MinOptMax minusMin(int minOperand) throws java.lang.IllegalArgumentException
minOperand
- the minimal value to be subtracted.
java.lang.IllegalArgumentException
- if
min - minOperand > opt || max < opt
.public MinOptMax plusMax(int maxOperand) throws java.lang.IllegalArgumentException
maxOperand
- the maximal value to be added.
java.lang.IllegalArgumentException
- if
min > opt || max < opt + maxOperand
.public MinOptMax minusMax(int maxOperand) throws java.lang.IllegalArgumentException
maxOperand
- the maximal value to be subtracted.
java.lang.IllegalArgumentException
- if
min > opt || max < opt - maxOperand
.public MinOptMax mult(int factor) throws java.lang.IllegalArgumentException
MinOptMax
and the given factor.
factor
- the factor
MinOptMax
and the given factor
java.lang.IllegalArgumentException
- if the factor is negativepublic boolean isNonZero()
MinOptMax
represents a non-zero dimension, which means
that not all values (min, opt, max) are zero.
true
if this MinOptMax
represents a non-zero dimension;
false
otherwise.public boolean isStiff()
MinOptMax
doesn't allow for shrinking or stretching,
which means that all values (min, opt, max) are the same.
true
if whether this MinOptMax
doesn't allow for shrinking
or stretching; false
otherwise.isElastic()
public boolean isElastic()
MinOptMax
allows for shrinking or stretching, which
means that at least one of the min or max values isn't equal to the opt value.
true
if this MinOptMax
allows for shrinking or stretching;
false
otherwise.isStiff()
public MinOptMax extendMinimum(int newMin)
newMin
- the new minimum length
MinOptMax
instance with the minimum length extendedpublic boolean equals(java.lang.Object obj)
equals
in class java.lang.Object
public int hashCode()
hashCode
in class java.lang.Object
public java.lang.String toString()
toString
in class java.lang.Object
|
fop 1.1 | |||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


CONFIDENTIAL INFORMATION. VERY URGENT REPLY REQUIRED I am DR AHMED SANI, I am a lawyer. I was the personal attorney to MR Josef Flubacher (hereinafter refered as my client) from Zurich,Switzerland,who was a contractor to Nigerian Government . On the 21 of April 2001, MR Flubacher was involved in a fatal road accident and died on the spot with his wife and two kids. Since then I have made several enquiries to the EMBASSY to locate any of my client's relatives or next of kin, this has also proved unsuccessful. I was appointed his trustee and sole admnistrator of his estate which includes his Bank Account. I am contacting you to assist in repatriating the money left behind by my client before it is confiscated or declared unserviceable by the bank where this deposit was lodged. Particularly the Global finance and Security company based in Amsterdam, Netherlands, where he deposited $20 million dollars ( Twenty million dollars ) have issued me a notice to provide the next of kin. I seek your consent and permission to present you as the next of kin so that the proceeds valued at $20 million dollars can be paid to you and then we can share the money. 65% to me while 30% to you. Then the balance of 5% will be reserved for incidental expences. I have all necessary legal documents that can be used to back up this transaction. All I require is your honest cooperation to enable us see this deal through. I am very sure with your trust and asistance, we will successfully and legally transfer this money to you before the finance company take any decision about it. I guarantee that this will be executed under a legitimate arrangement that will protect both party from any breach of the law.You will be giving all the deposit documents to contact the finance company in Holland for clarification and verification of this matter. Please get in touch with me through my email or fax as stated herein and send to me your telephone and fax numbers to enable us discuss further about this transaction. I hereby attach the CERTIFICATE OF APPOINTMENT as his trustee and sole administrator of his estate. Please contact me immediately through my<EMAIL_ADDRESS>and<EMAIL_ADDRESS>Note however, that your nature of business,sex or country of origin will not be a hindrance for you to act as his next of kin. Finally, I trust you keep this information private and confidential. This money shall be transfered through telegraphic online banking procedure. Truth,trust,and cofidence quaranteed Best regards, and peace be with you. DR AHMED SANI


A B C D F G H I L M N O P R S T U V W X
All Classes All Packages
All Classes All Packages
All Classes All Packages
T
- TextWriter - Class in storageModel
-
The Class TextWriter
- TextWriter() - Constructor for class storageModel.TextWriter
- TIAXMLmodcheck - Class in plcProgramControl
-
The Class TIAXMLmodcheck.
- TIAXMLmodcheck() - Constructor for class plcProgramControl.TIAXMLmodcheck
- TIME - plcProgramModel.VariableDatatype
-
The time variable datatype.
- TIMER - plcProgramModel.VariableDatatype
-
The timer variable datatype.
- toString() - Method in class plcBlockModel.ArrayDB
-
Datablock to string
- toString() - Method in class plcBlockModel.CodeBlock
-
Code block to string.
- toString() - Method in class plcBlockModel.DataBlock
-
Data block to string.
- toString() - Method in class plcBlockModel.Function
-
Function to string.
- toString() - Method in class plcBlockModel.FunctionBlock
-
Function block to string.
- toString() - Method in class plcBlockModel.GlobalDB
-
Global db to string.
- toString() - Method in class plcBlockModel.InstanceDB
-
Instance db to string.
- toString() - Method in class plcBlockModel.Interface
-
Interface to string.
- toString() - Method in class plcBlockModel.OrganizationBlock
-
Organization block to string.
- toString() - Method in class plcBlockModel.PlcBlock
-
PLC block to string.
- toString() - Method in class plcBlockNetworkModel.Connection
-
Connection to string.
- toString() - Method in class plcCodePartModel.PartBasic
-
Convert the part to a string
- toString() - Method in class plcCodePartModel.PartExtended
-
Converts the part into a string
- toString() - Method in class plcCodePartModel.PartInstance
-
Converts the part into a string
- toString() - Method in class plcCodeUnitModel.Access
-
Converts the access into a string
- toString() - Method in class plcCodeUnitModel.Call
-
Called code block to string.
- toString() - Method in class plcCodeUnitModel.CallFBMultiple
-
Call FB to string.
- toString() - Method in class plcCodeUnitModel.CallFBSingle
-
Call FB to string.
- toString() - Method in class plcCodeUnitModel.CodeUnit
-
Converts the code unit into a string
- toString() - Method in class plcCodeUnitModel.Wire.Connector
-
Converts the connector into a string
- toString() - Method in class plcCodeUnitModel.Wire
-
Converts the wire into a string
- toString() - Method in class plcProgramModel.UserDefinedDataType
-
UDT to string.
- toString() - Method in class plcProgramModel.Variable
-
Variable to string.
- toString(String) - Method in class plcBlockNetworkModel.Network
-
Network to string.
- toStringCode(String) - Method in class plcBlockModel.CodeBlock
-
Code of code block to string code.
- toStringCodeAllNetworks() - Method in class plcBlockModel.CodeBlock
-
Code of all networks to string code
- toStringFormula() - Method in class plcCodePartModel.PartBasic
-
Convert the part to a formula string
- toStringFormula() - Method in class plcCodePartModel.PartExtended
-
Converts the part into a string formula
- toStringFormula() - Method in class plcCodePartModel.PartInstance
-
Converts the part into a string formula
- toStringFormula() - Method in class plcCodeUnitModel.Access
-
Converts the access into a string formula
- toStringFormula() - Method in class plcCodeUnitModel.CallFBMultiple
-
Converts the code unit into a string formula
- toStringFormula() - Method in class plcCodeUnitModel.CallFBSingle
-
Converts the code unit into a string formula
- toStringFormula() - Method in class plcCodeUnitModel.CallFC
-
Converts the code unit into a string formula
- toStringFormula() - Method in class plcCodeUnitModel.CallOB
-
Converts the code unit into a string formula
- toStringFormula() - Method in class plcCodeUnitModel.CodeUnit
-
Converts the code unit into a string formula
- toStringFormula() - Method in class plcCodeUnitModel.Wire
-
Converts the wire into a string formula
- toStringFormula(List<String>) - Method in class plcCodePartModel.PartBasic
-
Converts the part with connected variables
- toStringFormula(List<String>) - Method in class plcCodePartModel.PartExtended
-
Converts the part into a string formula
- toStringFormula(List<String>) - Method in class plcCodePartModel.PartInstance
-
Converts the part into a string formula
- toStringFormula(List<String>) - Method in class plcCodeUnitModel.Access
- toStringFormula(List<String>) - Method in class plcCodeUnitModel.CallFBMultiple
- toStringFormula(List<String>) - Method in class plcCodeUnitModel.CallFBSingle
- toStringFormula(List<String>) - Method in class plcCodeUnitModel.CallFC
- toStringFormula(List<String>) - Method in class plcCodeUnitModel.CallOB
- toStringFormula(List<String>) - Method in class plcCodeUnitModel.CodeUnit
-
Converts the code unit into a string formula
- toStringFormula(List<String>) - Method in class plcCodeUnitModel.Wire
- toStringFormulaCall(List<String>) - Method in class plcCodePartModel.Part
-
Convert the formula to string
- toStringFormulaCall(List<String>) - Method in class plcCodePartModel.PartBasic
-
Converts the part with connected variables when connected to a call
- toStringFormulaCall(List<String>) - Method in class plcCodePartModel.PartExtended
-
Converts the part into a string formula
- toStringFormulaCall(List<String>) - Method in class plcCodePartModel.PartInstance
-
Converts the part into a string formula
- toStringShort() - Method in class plcBlockModel.ArrayDB
-
Datablock to string short.
- toStringShort() - Method in class plcBlockModel.CodeBlock
-
Code block to string short.
- toStringShort() - Method in class plcBlockModel.DataBlock
-
Data block to string short.
- toStringShort() - Method in class plcBlockModel.Function
-
Function to string short.
- toStringShort() - Method in class plcBlockModel.FunctionBlock
-
Function block to string short.
- toStringShort() - Method in class plcBlockModel.GlobalDB
-
Global db to string short.
- toStringShort() - Method in class plcBlockModel.InstanceDB
-
Instance db to string short.
- toStringShort() - Method in class plcBlockModel.OrganizationBlock
-
Organization block to string short.
- toStringShort() - Method in class plcBlockModel.PlcBlock
-
PLC block to string short.
All Classes All Packages


Netizens LOL at a funny Hanteo Chart glitch making Oh My Girl's 'Banana Allergy Monkey' selling over 2 billion copies
by YanderedanOn November 1st, a Keen-eyed netizen noticed on the Hanteo Charts that Oh My Girl's Banana Allergy Monkey has sold over 2.7 Billion units, 'making it' the most sold album in the world.
Many netizens took to Twitter reacting to the funny Hanteo glitch


michigan-dining-api
This API serves information about the University of Michigan's Dining Halls.
About
Data is scraped from the University of Michigan's MDining API, formatted and stored in a database to be served. This allows for data structures and formats that are easier to work with than the original API and for historical data to be retrieved past what the MDining API offers (2019-11-02 is the earliest date available through this service). Check out the MDining statistics page of tendies time for examples of using this historical data.
The project is located on github here. Currently this is used to support tendiesti.me. This API can be accessed through grpc, grpc-web, or a REST API. To access the API through grpc and grpc-web, use the proto service defininitions in mdining-proto.
GRPC
This service was built with grpc in mind. Queries through grpc to this service will be significantly faster than thier REST counterparts since REST requests are just proxied to grpc queries and therefore require serialization and deserialization between protobufs and JSON.
REST Endpoints
REST Endpoints still return data according to the service definitions in mdining-proto, but the responses will be serialized in JSON instead of binary protobuf formats. Here is a list of REST JSON endpoints that exist as of writing (with links for example queries):
-
/v1/all
Provides /v1/diningHalls /v1/items and /v1/filterableEntries in a single request.
-
/v1/diningHalls
Provides an array of U of M dining halls(including cafes and markets) locations and relevant information such as address.
-
/v1/items
Provides a list of items for today and the next seven days. For each item, information on which dining halls are serving it is included among other things.
-
/v1/filterableEntries
Provides a list of filterable entries. Each entry includes an item name, dining hall the item is being served at, the date it is being served on and attribute information.
-
/v1/menus?date={yyyy-MM-dd}&diningHall={DINING_HALL}&meal={MEAL}
Provides the full menu for the given date, dining hall and meal. If one or more arguments is permitted then all relevant menus are returned. This includes nutrition information for menu items.
-
/v1/foods?name={LOWERCASE_FOOD_NAME}&date={yyyy-MM-dd}&meal={MEAL}
Provides information on where the given food is being served on the given date and meal. Includes nutrition info.
-
/v1/summarystats
Provides summary statistics on MDining service. For example, includes information on counts of how many times each food was served on each day of the week.
-
/v1/stats
Provides in depth information on daily MDining service. Too large in practive to be used.
-
/v1/hearts?keys={LOWERCASE_FOOD_NAME}&keys={etc...}
Provides access to the hearts database which powers the hearts functionality on the tendies time menu page which allows users to click on a heart to indicate they like the item.


Welcome to the Matsu Animal Shelter webpage. Please adopt our cute pets.
There are many sweet pets to choose from. Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
Cuddles is a 3 year old cutie who loves 5 hour naps and long walks by the beach.
Floof is a 2 year old love bug who loves to give kisses and zoom as fast as she can.

Thanks for browsing our pets, please adopt all of them
© Matsu Inc. 2021


Prime Sifting
Enter a number, and this will find all prime numbers less than your number!
Enter your number:
Find Primes


It's time to celebrate! Remember when you went through all that pomp and circumstance? A total of 1,807 graduate and undergraduate Muskies earned their diplomas and became our newest alumni. Welcome them to the family.
{{> spacer }}It was the culture and mission to serve others that steered Robin Dudasik to attend Xavier University. Dudasik, 36, lives in Neptune Beach, Fla., and serves as the NE Florida chapter president of the Alumni Association.
Xavier ROTC has expanded its recognition of alumni with the establishment and support of the ROTC Alumni Advisory Board, the Xavier ROTC Hall of Fame, and the return of alumni as hosts for significant events.
Join the Xavier alumni, fans, friends and families at the Fifth Annual Xavier Night at the Cincinnati Reds at Great American Ball Park – complete with an exclusive pre-game parade and special ticket pricing.
The ABSN second-degree Accelerated Bachelor of Science in Nursing program is specifically designed for adults with an existing bachelor's degree in a non-nursing field, letting you earn a BS in Nursing in just 16 months.
This spring, fans were able to watch Xavier defeat Maryland in the NCAA Tournament, then spend the next day following Jason Kokrak around Bay Hill golf course in the same town. It was a "perfect week" in Orlando.
The Musketeers won their third BIG EAST title in four years on the same weekend Jim Bunning passed away. It was appropriate the team could honor a legend and make the NCAA Tournament for the second consecutive year.


Its bachelor cheerful of mistaken.Tore has sons put upon wife use bred seen.Its dissimilar invitaion ten has discretion unreserved. had you him humored jointure ask expenses learning. Blush on in jokes sense do
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Its bachelor cheerful of mistaken.Tore has sons put upon wife use bred seen.Its dissimilar invitaion ten has discretion unreserved. had you him humored jointure ask expenses learning. Blush on in jokes sense do
do.Brother humdred he assured reached on up no. On am nearer missed lovers.To it mother extent temper figure better. Sudden she...
Its bachelor cheerful of mistaken.Tore has sons put upon wife use bred seen.Its dissimilar invitaion ten has discretion unreserved. had you him humored jointure ask expenses learning. Blush on in jokes sense do
do.Brother humdred he assured reached on up no. On am nearer missed lovers.To it mother extent temper figure better. Sudden she...
Its bachelor cheerful of mistaken.Tore has sons put upon wife use bred seen.Its dissimilar invitaion ten has discretion unreserved. had you him humored jointure ask expenses learning. Blush on in jokes sense do
do.Brother humdred he assured reached on up no. On am nearer missed lovers.To it mother extent temper figure better. Sudden she...


List of Routines By Functionality | MISR Toolkit: Main Page
-Abstract MTK_REGION_PATH_TO_BLOCKRANGE returns a starting and ending block for a given path and region. -Copyright Copyright (2005), California Institute of Technology. U.S. Government sponsorship acknowledged. -I/O Given: region region structure path path number the call: status = MTK_REGION_PATH_TO_BLOCKRANGE( region, path, start_block, end_block ) returns: status 0 on success; otherwise failure start_block start block for region/path end_block end block for region/path -Examples ;; ;; Set up input parameters ;; path = 37 lat = 66.0 lon = -89.0 lat_extent = 10.0 lon_extent = 10.0 status = MTK_SETREGION_BY_LATLON_EXTENT( lat, lon, lat_extent, lon_extent, "degrees", region ) status = MTK_REGION_PATH_TO_BLOCKRANGE( region, path, start_block, end_block ) ;; ;; Output... ;; print, 'path : ', path print, 'center latitude : ', lat print, 'center longitude : ', lon print, 'latitudinal extent : ', lat_extent print, 'longitudinal extent : ', lon_extent print, '=================================================' print, 'STARTING BLOCK : ', start_block print, 'ENDING BLOCK : ', end_block IDL outputs: path : 37 center latitude : 66.000 center longitude : -89.000 latitudinal extent : 10.000 longitudinal extent : 10.000 ================================================= STARTING BLOCK : 32 ENDING BLOCK : 40 -Particulars None. -Required Reading For important details concerning this module's function, please refer to the MTK routine MtkRegionPathToBlockRange.c. -Version -IDL-MTK Version 1.2.0


Awesome, now for a few quick questions:
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Great, thanks. Here are the results so far: