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Liliales é uma ordem de plantas monocotiledôneas que inclui como exemplo clássico os lírios. A ordem tem 11 famílias segundo o sistema APG, mas o sistema clássico inclui muitas outras, entretanto, removidas para outras ordens. As Liliales (Smilaceae, Liliaceae, Melanthiaceae e outras) são filogeneticamente muito próximas das Asparagales (Orchidaceae, Iridaceae, Amarylidaceae, Agavaceae, Alliaceae e outras). Por este motivo, a colocação das espécies nestas famílias tem sido alvo de muita discussão entre os taxonomistas.

Descrição
Como qualquer grupo herbáceo, o registro fóssil das Liliales está bastante escasso e, devido a taxonomia deste grupo ser tumultuada, os dados encontrados são difíceis de interpretar. Há muito pólen fóssil que foi nomeado ao Liliales (sobre o nome Liliacidites), mas isto pode ter que ser reinterpretado levando em conta recentes mudanças na taxonomia. Em todo caso, é bastante provável que o grupo surgiu no período Cretáceo, sendo conhecido como um dos grupos mais "primitivos" de monocotiledôneas.

Esta ordem consiste principalmente em plantas herbáceas, mas também se encontram cipós e arbustos. São plantas principalmente perenes, com órgãos de armazenamento tipicamente rizomas e bulbos. A ordem tem distribuição mundial. As famílias maiores (com mais de 100 espécies) são limitadas ao Hemisfério Norte. Por outro lado, as famílias menores (com até 10 espécies) são limitadas ao Hemisfério Sul, ou às vezes só encontradas na Austrália ou América do Sul.

Liliales é um grupo pouco representado no Brasil. Das 10 famílias que têm sido consideradas nesta ordem, apenas duas possuem espécies nativas no Brasil. Além disso, Liliaceae é encontrada em cultivo, incluindo plantas como o lírio-branco (Lilium longiflorum), o lírio-asiático (Lilium pumilum), o lírio-regalo (Lilium regale), o lírio-oriental (Lilium speciosum) e a tulipa (Tulipa hybrida). Colchicaceae além de incluir a espécie Colchicum autumnale, que produz a colchicina, um alcalóide de aplicação medicinal de largo uso em pesquisas na área de Genética, possui representantes ornamentais, como a gloriosa (Gloriosa superba), com suas curiosas folhas com gavinhas no ápice e flores "invertidas", isto é, com pedicelo voltado para baixo e estames e estiletes encurvados para cima.

Taxonomia
A ordem Liliales insere-se nas Monocots da seguinte forma:

A ordem inclui cerca de 67 gêneros e 1558 espécies. São geófitas, rizomatosas, com formas elípitas não invaginantes, tépalas grandes, anteras extrosas. Óvulos numerosos tenuinucleados. Sementes com endosperma.

Segundo o Sistema APG II:
Alstroemeriaceae
Campynemataceae
Colchicaceae
Corsiaceae
Liliaceae
Luzuriagaceae
Melanthiaceae
Petermanniaceae
Philesiaceae
Rhipogonaceae
Smilacaceae

Ligações externas

 Stevens, P. F. (2001 onwards). Angiosperm Phylogeny Website. Version 7, May 2006 [and more or less continuously updated since] Liliales - Angiosperm Phylogeny Website - acesso a 7 de Novembro de 2006
 - Acesso em 18 de Agosto de 2008
 - Acesso em 18 de Agosto de 2008
Botânica Sistemática - Vinicius Souza e Harri Lorenzi (2005)

!
Liliopsida


text:
Fun Soccer Goalkeeping Exercises
By Bobby R. Goldsmith
Official Rules for Short Version Tennis
How to Be a Good Football Kicker
Easy Basketball Drills for Beginners
Aerobic Soccer Exercise Drills
Alternating Possession Rules for Basketball
Soccer practices for youth, adult, competitive and recreational leagues feature a blend of activities that improve conditioning, improve individual skills, develop a rapport between the team and its coaches and foster a sense of teamwork and camaraderie between the players. Along with conditioning, drills and small-side games, practices include a number of drills for specific situations, but most of these drills focus on defenders and strikers, even when goalkeepers are involved. Several fun, goalkeeper-focused drills will help goalkeepers get involved with practice and receive much-needed individual attention.
Battling Keepers
Battling keepers is a fun drill that turns everyone on the team into a goalkeeper. Break up the roster into two teams. Set up two goals facing each other, set about 20 yards apart, with one team defending one goal and the second team defending the other. Place half of team's practice balls in front of one goal, the other half in front of the second goal. One keeper at a time stands in each goal, and both shoot and throw their balls at the opposite goal. When a goal is scored, the goalkeeper rotates out for a new goalkeeper. The first team to 21 goals is declared the winner.
Keeper Catch
The goalkeeper is the only position on the soccer field that regularly requires the use of the hands on the ball on the actual field of play. Catching the ball is a fundamental skill that requires repetitive practice to develop sufficient muscle memory. Pair off the goalkeepers on the roster, stand them about 5 yards apart and have them face each other. One player strong tosses the ball to the other at or above chest height to catch. The other player does the same to the first, and each goes back and forth tossing the ball at different angles. After several successful volleys, the players each take a step back away from each other and continue.
Rutgers Shooting Game
The Rutgers shooting game is a drill modeled on a small-sided game that focuses on goalkeepers' ability to react to shots, as well as direct a small defensive unit for protection. Two goals are placed about 40 yards apart, and the field of play is confined to the width of the penalty box. Each side has a team with six players and a goalkeeper, with four defenders and two strikers each. The defenders are limited to the penalty area and are tasked with breaking up passes at the goalkeeper's direction. The goalkeepers focus on defending shots and attacks from the opposing strikers. Cap the number of allowable goals to two or three to keep the pace flowing.
Wing Channel Challenge
A fun goalkeeper drill that hones tactical skill is the wing channel drill. The objective of the drill is for opposing forwards to attack along the wings, requiring the goalkeeper to play across the box to stop shots. There are a number of ways that the wing channel drill can be set up, but one effective method is to use small teams – three on three or four on four – and cap the number of times that players can touch the ball during a possession to one, forcing them to pass and shoot on goal quickly. The drill can use the entire width of the field, and the goals can be set up between 50 and 60 yards apart.
The Complete Soccer Goalkeeper; Timothy Mulqueen
Bobby R. Goldsmith is a writer and editor with over 12 years of experience in journalism, marketing and academics. His work has been published by the Santa Fe Writers Project, "DASH Literary Journal," the "Inland Valley Daily Bulletin" and WiseGEEK.
Soccer Tryout Activities
Fun Practice Games for Youth Football
How to Work on Your Handles for Basketball
Beginner Softball Rules
Volleyball Serve Receive Drills
How to Teach Badminton Drills & Skills
Volleyball Overlapping Rules
Exercise Routine for Women Basketball Players
Volleyball Front Row Rules
1 Soccer Tryout Activities
2 Fun Practice Games for Youth Football
3 How to Work on Your Handles for Basketball
4 Beginner Softball Rules

redpajama_set_name: RedPajamaCommonCrawl


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Steve Downes
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Steve Downes is an American DJ and voice actor best known for his work as the voice of the Master Chief in the Halo video game series! His first experience in voice acting for video games came in 1999 when he played the role of Gunnar in the video game Septerra Core: Legacy of the Creator by Valkyrie Studios. He also appeared as Peter Quill / Star-Lord on an episode of The Avengers: Earth's Mightiest Heroes. Steve worked as a disc jockey at Los Angeles, California, Album-oriented Rock radio stations KWST, KEZY-AM, and KLSX, but is best remembered working evening drive at KLOS from 1982 to 1991. He frequently hosted the live call-in talk show, Rockline in the early 1990s. Most recently, he worked as the morning show host for 97.1 WDRV "The Drive" in Chicago, Illinois. Downes also hosts the nationally syndicated radio show "The Classics".


text:
Submissions 2005.00827v1
SciPost Submission Page
Quasi-particle functional Renormalisation Group calculations in the two-dimensional half-filled Hubbard model at finite temperatures
by D. Rohe, C. Honerkamp
This is not the current version.
Submission summary
As Contributors: Daniel Rohe
Arxiv Link: https://arxiv.org/abs/2005.00827v1 (pdf)
Submitted by: Rohe, Daniel
Submitted to: SciPost Physics
Academic field: Physics
Condensed Matter Physics - Theory
Condensed Matter Physics - Computational
Approaches: Theoretical, Computational
We present a highly parallelisable scheme for treating functional Renormalisation Group equations which incorporates a quasi-particle-based feedback on the flow and provides direct access to real-frequency self-energy data. This allows to map out the boundaries of Fermi-liquid regimes and to study the effect of quasi-particle degradation near Fermi liquid instabilities. As a first application, selected results for the two-dimensional half-filled perfectly nested Hubbard model are shown.
Has been resubmitted
Submission & Refereeing History
Resubmission 2005.00827v2 on 20 October 2020
Report 3 submitted on 2020-11-18 18:13 by Prof. Metzner
Report 2 submitted on 2020-11-12 15:36 by Anonymous
Author Reply by Dr Rohe on 2020-11-20
You are currently on this page
Submission 2005.00827v1 on 5 May 2020
Reports on this Submission
Show/hide Reports view
Anonymous Report 3 on 2020-7-31 Invited Report
Cite as: Anonymous, Report on arXiv:2005.00827v1, delivered 2020-07-31, doi: 10.21468/SciPost.Report.1874
This article presents a method that extends the standard one-loop functional renormalization group approach by including quasiparticle-based feedback on the flow and allows the direct determination of the real frequency dependence of the single-particle self-energy.
Results are presented for the frequency dependence of the single-particle spectral function compared with second order perturbation theory, as well as the crossover scale between weak and strong correlations, compared with various other implementations of the fRG.
This work is one of the few examples which presents real frequency behavior obtained with fRG and thus will be of interest to the community. I believe that this work potentially opens a new pathway for future work in the study of correlated electron systems and therefore recommend publication, but ask the authors to address the following points:
(1) The determination of the quasiparticle weight Z factors by neglecting the change in the low frequency slope of the real part of the self-energy is concerning. Can the authors come up with a better physical justification for this approximation?
(2) The spectral function in Fig. 5 seems to indicate the opening of a pseudogap at the node, and a quasiparticle peak at the anti-node. This is contrary to the results from other numerical studies of the half-filled Hubbard model. For recent work co-authored by one of the present authors, see e.g. arXiv:2006.10769. There it is shown, within numerically exact techniques, that a pseudogap first opens at the anti-node, and then at the node.
(3) Related to (2), arXiv:2006.10769 also presents fRG results for the self-energy on the imaginary frequency axis. Down to the temperatures accessible by fRG, these results are shown to compare well with the numerically exact QMC results. To better assess the quality of the present fRG scheme, I think it would be useful to add a figure showing results for the imaginary frequency behavior of the self-energy. This should be relatively easy to obtain from the current real frequency results and could potentially resolve the issue in (2).
validity: -
significance: -
originality: -
clarity: -
formatting: -
grammar: -
Author Daniel Rohe on 2020-10-20
(in reply to Report 3 on 2020-07-31)
We thank the referee for these valuable and critical comments. Please find our replies to the individual points below. Concerning the comparison to other methods, we point to arXiv:2006.10769, as remarked by the referee, since the essential requests made here are presented in that work.
The determination of the quasiparticle weight Z factors by neglecting the change in the low frequency slope of the real part of the self-energy is concerning. Can the authors come up with a better physical justification for this approximation?
(Cf. reply to second report): We added a further statement on this in the main text. The approach is pragmatic, not rigorous. The physical justification, as stated in the text, consists in the observation that the spectral functions - albeit stemming from a non-Fermi-liquid-like self-energy in the strict sense - can well be approximated by a Fermi-liquid-like parametrisation in a certain range of T and U.
The spectral function in Fig. 5 seems to indicate the opening of a pseudogap at the node, and a quasiparticle peak at the anti-node. This is contrary to the results from other numerical studies of the half-filled Hubbard model. For recent work co-authored by one of the present authors, see e.g. arXiv:2006.10769. There it is shown, within numerically exact techniques, that a pseudogap first opens at the anti-node, and then at the node.
As stated in the text, we do not observe any kind of pseudogap in the resulting quantities, neither at the node nor at the anti-node. The thermal dip is unrelated to pseudogap features induced by strong correlations, as in the sense of arXiv:2006.10769. Concerning the angular dependence of the thermal dip, we added a figure for Im(Sigma) as well as a discussion on the angular dependence of correlation effects and the thermal dip in the spectral function.
Related to (2), arXiv:2006.10769 also presents fRG results for the self-energy on the imaginary frequency axis. Down to the temperatures accessible by fRG, these results are shown to compare well with the numerically exact QMC results. To better assess the quality of the present fRG scheme, I think it would be useful to add a figure showing results for the imaginary frequency behavior of the self-energy. This should be relatively easy to obtain from the current real frequency results and could potentially resolve the issue in (2).
See also reply to remark 2. SOPT results and fRG results from this method do not differ substantially on the real axis. Thus, they will not even more so on the imaginary axis. Data for SOPT on the imaginary axis are presented with higher accuracy and resolution in arXiv:2006.10769.
The manuscript addresses properties of the 2D Hubbard model, e.g. phase diagram, self-energy and spectral functions, which are still actively discussed. The authors propose new fRG approach, which yield reasonable results despite considering static vertices and one-loop approximation.
Some parts of the text (Introduction, discussion of the results) need to be extended (see Report).
The paper analyses phase diagram of 2D Hubbard model. The method and the results are certainly interesting, but some points require clarification.
Requested changes
- The Introduction looks a bit too technical to me. It would be more preferable if the authors overview previous results on 2D Hubbard model, describe open problems, possible applications, etc.
- Is there physical justification for the determination of Z-factors from the energy region |w|>2T as shown in Fig. 2? What is accounted and what is neglected by this approximation ? (see also next two points).
- In Fig. 4 it would be interesting to see the comparison of the obtained critical scale to the results of DDMC approach of Phys. Rev. Lett. 124, 017003 (2020), together with the discussion of the nodal/antinodal dichotomy (see also the next point).
- In Fig. 5 the authors show spectral functions, which are split (pseudoagp-like) in the nodal direction, but more quasiparticle like in the antinodal direction. Naively, I would expect the opposite (see DDMC results). The authors assign splitting in the nodal direction to thermal effects, which are similar to SOPT. However, since the considered (U,T) point is close to the crossover line, it is not clear why the nodal spectral function is not affected by correlations. Does that mean that the considered approach underestimates the effect of correlations on the spectral functions in the nodal direction (especially in view of agreement of the obtained crossover line to other approaches, including DDMC, where nodal and antinodal pseudogap appear at close values of T, U)?
- In Fig. 6 the authors plot Z factors as a function of the angle around the Fermi surface. Is the Z factor determined in the way shown in Fig. 2? How the true quasiparticle residue (or, better, dReSigma/d\omega if it is positive) determined from small energy range |w|<<T, looks as a function of the angle around the Fermi surface?
- What are the U, T parameters in Fig. 7? Where does the estimate U\approx 1.6 on the top of p. 9 come from?
validity: good
significance: high
originality: high
clarity: ok
formatting: good
grammar: excellent
We thank the referee for these valuable and critical comments. Please find our replies to the individual points below.
The Introduction looks a bit too technical to me. It would be more preferable if the authors overview previous results on 2D Hubbard model, describe open problems, possible applications, etc.
We have extended the introduction in this area. Yet, this work is intentionally on the technical side and a comprehensive overview over open problems and possible applications is beyond of what we can offer here.
Is there physical justification for the determination of Z-factors from the energy region |w|>2T as shown in Fig. 2? What is accounted and what is neglected by this approximation ? (see also next two points).
We added a further statement on this in the main text. The approach is pragmatic, not rigorous. The physical justification, as stated in the text, consists in the observation that the spectral functions - albeit stemming from a non-Fermi-liquid-like self-energy in the strict sense - can well be approximated by a Fermi-liquid-like parametrisation in a certain range of T and U.
In Fig. 4 it would be interesting to see the comparison of the obtained critical scale to the results of DDMC approach of Phys. Rev. Lett. 124, 017003 (2020), together with the discussion of the nodal/antinodal dichotomy (see also the next point).
We have included the fit at the anti-node from Phys. Rev. Lett. 124, 017003 (2020) in figure and citation in caption of Uc_T
(Issue nodal/anti-nodal see reply to next point)
In Fig. 5 the authors show spectral functions, which are split (pseudoagp-like) in the nodal direction, but more quasiparticle like in the antinodal direction. Naively, I would expect the opposite (see DDMC results). The authors assign splitting in the nodal direction to thermal effects, which are similar to SOPT. However, since the considered (U,T) point is close to the crossover line, it is not clear why the nodal spectral function is not affected by correlations. Does that mean that the considered approach underestimates the effect of correlations on the spectral functions in the nodal direction (especially in view of agreement of the obtained crossover line to other approaches, including DDMC, where nodal and antinodal pseudogap appear at close values of T, U)?
We repaired the symbols in Fig. 4, added a Figure for Im(Sigma) and also a discussion of the angular dependence.
In Fig. 6 the authors plot Z factors as a function of the angle around the Fermi surface. Is the Z factor determined in the way shown in Fig. 2?
Yes. We added this in the caption
How the true quasiparticle residue (or, better, dReSigma/d\omega if it is positive) determined from small energy range |w|<<T, looks as a function of the angle around the Fermi surface?
There is no "true quasi-particle residue" at omega=0 since there is no quasi-particle when the slope is positive. We could analyse the slope of Re(Sigma) in this region, but we feel it does not add information beyond what is seen in Figure 3 and Figure 5.
What are the U, T parameters in Fig. 7? Where does the estimate U\approx 1.6 on the top of p. 9 come from?
The x-label ist wrong: The x-axis shows U, not \omega. Temperature is T=0.1 throughout the whole paper, unless indicated otherwise. In turn, the estimate U \approx 1.6 comes from the fact that on the x-axis (which should display U) the flow of the derivative of the self energy along the Fermi surface starts to deviate. That is when numerical criteria for the quality of the approximation begin to worsen, as outlined in the appendix.
We have corrected the x-axis label and added T=0.1 in the caption.
Report 1 by Walter Metzner on 2020-5-27 Invited Report
Cite as: Walter Metzner, Report on arXiv:2005.00827v1, delivered 2020-05-27, doi: 10.21468/SciPost.Report.1716
The authors present a one-loop functional renormalization group (fRG) study of the two-dimensional half-filled Hubbard model at finite temperature, with a focus on the frequency-dependence of the self-energy. Using a static approximation for the two-particle vertex, the flow of the self-energy can be computed directly on the real frequency axis. While numerous fRG studies of the Hubbard model have already been published, there are only few results for the real-frequency self-energy.
The authors observe an unconventional dip of the imaginary part of the self-energy around zero frequency, which is present only at finite temperature.This feature was discovered previously within plain second order perturbation theory (as the authors correctly point out), but it didn't receive the attention it deserves. They thoroughly discuss the consequences of the dip for the spectral function and Fermi liquid behavior. Signatures of pseudogap behavior are also discussed.
I recommend publication after the points under ''Requested changes'' have been taken into account.
I see several points that should or could be improved, which I divide in ''mandatory'' and ''optional''.
1) The thermal dip in the self-energy was observed already by Katanin and Kampf in their fRG study (Refs. 31 and 32). Their work and a comparison to their results should be discussed more thoroughly.
2) In 1.2 it is claimed that Ref. 16 is the only fRG implementation where the self-energy is computed directly on the real axis. This may be true for studies of the 2D Hubbard model, but certainly not in general. Hence, the authors should restrict the statement to the two-dimensional Hubbard model.
3) In the introduction the authors write that ''qualitatively there are hardly any issues'' (for the 2D Hubbard model). This is not true and should therefore be removed. In particular, none of the existing fRG versions is able to capture the pseudogap, and no method at all is able to deal with strange metal transport behavior.
4) The authors should not try to sell a one-loop truncation with a static vertex as a step toward ''quantitative maturity'' (in introduction), as it is clear that higher loops and frequency dependencies of the vertex change results a lot already at moderate interaction strength. The partial agreement with results from more accurate methods might be just accidental.
1) I strongly encourage the authors to include results away from half-filling in the present paper, instead of postponing this to a future publication. This would allow one to assess to what extent the unusual self-energy dip is associated with nesting and the van Hove singularity. It shouldn't be hard to produce the data and add a few figures. The method remains the same, so that the paper would not become much longer.
Minor points and typos:
1) There are words missing in the last sentence of the first paragraph on page 3.
2) Why do the authors refer to their results in Fig. 1 as ``raw data''? What does it mean?
3) There is something missing in the condition ''omega = ...'' in line 11 on page 6. As written, the equation doesn't make sense.
4) ''FEA'' is an unusual acronym for the fluctuation-exchange approximation. Why not ''FLEX'', which is the standard one?
5) I don't see the QMC data points from Rost 2012 in Fig. 4. Were they forgotten?
validity: high
originality: good
clarity: good
(in reply to Report 1 by Walter Metzner on 2020-05-27)
We thank the referee for his comments and suggestions. We agree with most of them, while for some of them we are not sure whether we fully understand the background. Please find our answers below.
We believe there is a misunderstanding. What we termed "thermal dip" and what is e.g. shown in our Fig. 1 is not present in our view in [31,32] (we also note that these references do not address the nested half-filled case of the Hubbard model). In SOPT, there is this thermal break-down path, which however fades away at lower temperatures. What may be more relevant is the breakdown of the Fermi liquid due to correlation effects, that is advocated in Refs 31, 32 and also seen near the anti-nodal point in our data. In the revised manuscript we discuss and discriminate these two effects more clearly.
We agree. We have softened our statement in the manuscript. Further, we added two works by Förchinger on general fRG formalism and by Enss with a real-frequency self-energy analysis in other systems. Beyond this, we would also be grateful to get hints on concrete references where this has been done since we are not aware of these works and have not been able to find them.
We were imprecise and will improve on this section. We now write 'Qualitatively, the method has been able to provide relevant insights, but after more than 20 years the goal now is to also reach a better definition of its quantitative character.' What we meant to say was that the methods qualitatively agree amongst each other in most respects. Of course there are effects that are captured by none of them. Yet, some fRG-works do capture pseudogap-like features or the onset thereof, e.g. references [31,32] and [16].
Again, we were imprecise and changed the wording, no longer using 'maturity', see answer to 3) above. The line of thinking in our motivation was to include aspects which have shown to improve fRG results quantitatively, in particular the feedback of the self-energy in the Katanin-corrected version (reference [14]). Of course there are effects that remain out of scope such as higher-loop corrections, and also the fact that we use a static vertex together with a frequency-dependent self-energy violates the general line of though in reference [14]. That is the reason why we did calculations for both cases, with and without Katanin-correction, to compare them to results from other methods. Whether agreement is accidental or not is a matter of discussion, of course. Here, we present data, no more no less.
The computation does require substantial compute time. We can include a few results for these cases, but a comprehensive study is out of scope for this work. We would prefer to disentangle the peculiar case of the half-filled perfectly nested case from the general, non-half filled non-nested cases to avoid a loss in oversight.
Confirmed. We repaired this in the revised manuscript.
2) Why do the authors refer to their results in Fig. 1 as raw data''? What does it mean?
We were incomplete here: "Raw" means these are the frequencies at which the self-energy is actually computed. To calculate the real part, the Z-factor and the spectral function we need to compute a Kramers-Kronig-transform. This requires a much finer resolution of the data, which is at the numerical level achieved by an Akima-spline interpolation. The result of the latter is the "post-processed" data as contrasted to the "raw" data. We make this clearer now in the revised version.
Confirmed. '\Sigma' is missing. Has been fixed.
The authors of that very reference used this acronym. We are happy to use FLEX.
It is present but lies on top of the point for Vekic 1993. That makes it hard to tell them apart. We will try if using different symbols helps.
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Calymmaria suprema är en spindelart som beskrevs av Chamberlin och Ivie 1937. Calymmaria suprema ingår i släktet Calymmaria och familjen panflöjtsspindlar. Inga underarter finns listade.

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redpajama_set_name: RedPajamaWikipedia


text:
Homepage > Panview
Looking China: Craftsmanship, spirit we will remember
Full coverage: '看中国'外国青年影像计划专题
By CCTV.com Panview
Editor's foreword: "Looking China" International Youth Film Project is co-organized by the Academy for International Communication of Chinese Culture (AICCC), Beijing Normal University and Huilin Foundation. The program focuses on the young participants' personal experiences of Chinese culture and encourages them to discover and tell Chinese stories from their own perspectives.
As of the year 2017, students from all over the world were invited to participate in the project. They were stationed in 12 municipality, provinces and autonomous regions here in China. Every filmmaker has worked out a 10-minute short film about Chinese culture around the topic of "Craftsmanship·Inheritance·Innovation."
The ten-minute movie "Craftsmen" develops around the museum, Yuhua Intangible Cultural Heritage Museum, which is located in Hunan, China. There are more than 300 heritage projects including 10 world class heritage items, 55 national heritage items and some provincial and municipal heritage items.
The museum is founded by Guo Cunyong, a carpenter who has been working in the art industry for decades. Although the museum is not profitable, he keeps it running, hoping to develop traditional cultural and to get more young people involved.
He believes that with the fast pace of modern life, people should slow down and find peace in these crafts. Besides, by gathering varieties of heritage projects in one museum, more children can participate in learning traditional Chinese cultural and they are the future of cultural inheritance and protection.
The movie is directed by Milos Krasulja and produced by Wu Jialing, which presents different crafts-in-making. The movie has a clear logic and realistic style. After watching it, you might want to grab your tool and make some artwork on your own.
(The opinions expressed here do not necessarily reflect the opinions of Panview or CCTV.com. )
Panview offers a new window of understanding the world as well as China through the views, opinions, and analysis of experts. We also welcome outside submissions, so feel free to send in your own editorials to "globalopinion@vip.cntv.cn" for consideration.
Please scan the QR code to download CCTV.com Global app


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Catherine Zeta-Jones enjoys an 'adventure' in China while Michael Douglas holidays in the Caribbean
March 24, 2017 - 16:36 GMT Chloe Best Catherine Zeta-Jones and Michael Douglas have both jetted away on separate holidays to China and the Dominican Republic
Catherine Zeta-Jones has become the envy of fans after sharing photos from her trip to China. The 47-year-old is enjoying an "adventure" during her getaway, exploring landmarks including the Great Wall of China and Beijing. After her arrival on Thursday, Catherine got over any jetlag with some traditional Chinese tea, and told fans: "My first shot from China. Ready for some adventure."
STORY: Catherine Zeta-Jones shares romantic photo of herself and Michael Douglas on the beach
The actress has already seen her lot during her first 24 hours in the country and took to Instagram to share a photo of herself posing next to the Great Wall of China, describing the iconic landmark as "breathtaking". The photo was well received by fans, many of whom commented on how envious they were of Catherine's trip. "You are so lucky," one wrote. Another commented: "One fine day, I'll be there."
Catherine Zeta-Jones visited the Great Wall of China
Catherine has already paid a visit to a "gorgeous" traditional Chinese temple, and also shared a snap of the breakfast she had ordered to fuel her for a busy day of touring Beijing on Friday. As well as tucking into continental treats including fruit and pain au chocolat, Catherine revealed she intended to sample some local delicacies too. "My Beijing breakfast. Just to start…" she wrote. "Have now ordered an omelette, pain-au-chocolate and some noodles. Fuel for a fun day."
Michael Douglas is on holiday in the Dominican Republic
MORE: Get travel inspiration from celebrity holidays
It appears that while Catherine is exploring China, her husband Michael Douglas has taken their son Dylan, 16, on holiday to the Dominican Republic. The Basic Instinct star shared photos from the holiday on his Facebook page, revealing that he and Dylan had been playing golf at the luxurious Playa Grande resort during their "'boys' spring break holiday". Michael also shared a photo of Dylan sitting on the stunning sandy beach as he waited for a surfing lesson. Meanwhile Catherine and Michael's daughter Carys, 13, is enjoying a tropical getaway of her own as she has joined friends in Turks & Caicos. The teenager certainly seems enamoured with the holiday destination; sharing a photo from the beach on Instagram, Carys wrote: "Hey New York, I think we should see other people…"
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Catherine Zeta-Jones enjoys ski trip with Michael Douglas


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In order to maintain our market-leading position we need to stay extremely flexible and constantly adjust to changes in the competitive landscape, and Telerivet helps us do that by providing a powerful tool where we can reach out to over half a million drivers across the region in a matter of minutes.
Telerivet succeeds brilliantly in aiding communication in low-infrastructure environments, which has made it one of the core implements in our international development tech toolbox.
During the Ebola outbreak in West Africa, we needed to rapidly develop solutions to logistical challenges that had never previously been encountered. Telerivet allowed us to do this with a minimum of code, in a manner that was both reliable and scalable.
The platform is user-friendly and the capabilities of the filters to create segments are the most advanced/comprehensive we have seen so far. Telerivet has been a very reliable platform and support is prompt in their responses.
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Since establishing Global Spiritual Studies in 2011 I've worked with people who have expertise in all sorts of areas. My role is to help them produce their classes or products in ways which take advantage of this wonderful medium of online learning. From my perspective, the birth and growth of Global Spiritual Studies is a story about having an idea, about taking a leap of faith, about embarking on the Fool's journey full of exciting ideas, challenges, friendships and joy at watching the seedling I planted grow and flourish. So many beautiful flowers have already bloomed – how many more are below the surface, just waiting for the right moment to burst forth?
I've documented aspects of the development of Global Spiritual Studies in the Behind the Scenes blog.
In this post I put myself in your shoes and ask some of the questions you might have about how I came to embark on this venture.
I share some of my soul journeys to show how travel can be a valuable learning experience.
My broad definition of the word 'learning' and my own education and learning journey, full of twists and turns that finally brought me here.
In 2014 I had the pleasure of attending Readers Studio in New York. It was a great opportunity to meet people who have become regular customers of Global Spiritual Studies and to meet tarot enthusiasts from all over the world. The online environment has brought us all closer together, but, in the end, nothing beats meeting people in the real world!
Kooch Daniels who runs a weekly program on LifeScape Radio was there and we decided it would be fun to have me as a guest on her show. So, a couple of weeks later, we met again in cyberspace to talk about Global Spiritual Studies and the challenge of converting face-to-face master classes and courses into engaging online experiences. I was fresh from a Gothic Image tour of Ireland, so you'll hear a little about that as well!
Click this 'Play' arrow to listen to the interview.
Key presenters at the Tarot Guild of Australia's International Tarot Conference in 2013 included familiar faces from some of the most popular online classes offered through Global Spiritual Studies. From left above, Rachel Pollack, Evelynne Joffe, Linda Marson, Caitlin Matthews and Mary K. Greer.
Jenne Perlstein (left) wasn't around when the group photo was taken, but I made sure she didn't miss out on being in the photo gallery!


I'm the creator of Chamber One, and in a development group working on Portal-Access All Areas. I am also the sole admin of Minecraft's ModDB page, which is a side-hobby to me.
I'm an MSPaintAdventures enthusiast, and have various roleplay profiles. I also love playing minecraft, as is evident.
Generally, I'm at my laptop, playing games, mapping or moderating over wikis and moddb pages. I also create some art now and then, professional logo stuff and general MSPA-styled stuff. That's pretty much all I do.
I generally like organisation. I helped run the Minecraft wiki to make it better, and I ran the ModDB cake campaign, which at time of typing, has ended. I am usually very optimistic, as often shown in IRC, online and in emails. Sometimes, I do go overboard, leading to mod scuffles or threats of banning, but that's just who I am. I often use smilies to help convey in what tones I am speaking. I generally get misunderstood in how I say/type things, so they just help. I try to ensure anyone trying to contact me has an answer, so I'll more than likely reply to any questions and help!
This page was last modified on 30 April 2011, at 08:52.


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8663 Davidjohnston eller 1991 DJ1 är en asteroid i huvudbältet som upptäcktes 18 februari 1991 av den amerikanske astronomen Eleanor F. Helin vid Palomar-observatoriet. Den är uppkallad efter den amerikanske geologen David A. Johnston.

Asteroiden har en diameter på ungefär 5 kilometer.

Referenser

Huvudbältesasteroider
Småplaneter namngivna efter personer
Astronomiska upptäckter av EF Helin
Astronomiska upptäckter 1991


Nestled in a secluded wooded area, Spacious colonial with Open floor plan featuring gourmet kitchen, breakfast area and family room. Sliders off breakfast area to deck. Choose your own kitchen cabinets, granite stainless steel appliances and island. pantry and extra closets, formal dining room and half bath off the two car oversized garage. 4 bedrooms including a spacious master suite with vaulted ceilings , huge walk in closet and master bath with all of the amenities.Walk up attic that offers additional living space for future and a gas fired fireplace in the first floor. Attached is a 2 car garage. There are options that you can choose to fit your lifestyle. You can use our plan or yours. Let's see the lot and go over the details..


Rikalanmäki was one of the most remarkable Bronze and Iron Age towns in Finland. According legends, It was a very wealthy trading centre. The heyday of Rikalanmäki was in 11th and 12th centuries when Vikings and foreign merchants exchanged metals and weapons to fur from inner Finland. There are evidences of indirect trade connections even to the Arabic countries. According the legend Birger Jarl landed to the Rikala harbor to start the second crusade to Finland.
Archeologists have found several remarkable treasures from the ancient cemetery in Rikalanmäki including swords, personal equipments, money and remains of clothes. Most valuable artifacts are so-called Sword of Gicelin and silver jewels named as "Halikon käädyt". Both findings are from the 12th century and situated to National Museum in Helsinki.
Rikalanmäki hill is one of the most significant archaeological sites in Finland as well as one of the most important cultural landscapes protected by the National Board of Antiquities in South-west Finland. A signposted archaeological trail sheds light on the rich past of the hill. Exhibitions and an open-air theatre in summer, as well as a summertime restaurant.
Kaunis paikka palvelu asiantuntevaa ja laadukasta.


text:
package ajia.service.impl;

import java.util.List;

import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.stereotype.Service;
import org.springframework.transaction.annotation.Transactional;

import ajia.domain.Product;
import ajia.repository.ProductRepository;
import ajia.service.ProductService;

@Service(value="productService")
public class ProductServiceImpl implements ProductService {

	@Autowired ProductRepository productRepository;

	@Transactional(readOnly=true)
	public Product findProduct(long id) {
		return productRepository.find(id);
	}

	@Transactional(readOnly=true)
	public List<Product> findProducts() {
		return productRepository.findAll();
	}

	public void deleteProduct(Long productId) {
		productRepository.delete(productRepository.find(productId));
	}

	public void updateProduct(Product product) {
		productRepository.update(product);
	}
}

redpajama_set_name: RedPajamaGithub


text:
HomeNewsIn The MediaMDI Biological Laboratory to Sponsor 'Resetting the Aging Clock' Lecture Series
MDI Biological Laboratory to Sponsor 'Resetting the Aging Clock' Lecture Series
Bangor Daily News · July 10, 2019
Pathways That Extend Lifespan by 500 Percent Identified
Researchers Identify Cellular Pathways that Extend Lifespan by 500%
Want to Live 400 Years? These Simple Nematode Worms Might Show Humans How
BAR HARBOR — The interface between regeneration and aging will be the subject of a "Resetting the Aging Clock" lecture series July 22 – Aug. 1 at the MDI Biological Laboratory,159 Old Bar Harbor Road.
While aging was once viewed as a "wearing out" process — occurring in the same way that a car or appliance wears out — scientists are increasingly viewing aging as a failure to regenerate, an idea that will be familiar to those who remember how quickly they healed when they were young.
The lecture series will be held in conjunction with a two-week biomedical innovation research training course, "Immersion in Comparative Aging and Regenerative Biology (iCARB)," whose goal is to understand the determinants of regenerative capacity in diverse animal species and their link to biological aging.
"The young heal wounds, mend bones and regrow tissues with ease, but these abilities are lost over time, leading to frailty, decay and age-related degenerative diseases," said Voot Yin, Ph.D., iCARB course director. "By gaining an understanding of why we lose regenerative ability, we will be able to develop therapies to reset the aging clock."
The guest faculty will include some of the most provocative thinkers in the fields of regenerative biology and aging. As part of the institution's mission to promote scientific literacy and increase public engagement with science, the iCARB program will include lectures for the public by guest faculty and speakers.
The lectures, which will be followed by receptions, will be as follows:
Vera Gorbunova, Ph.D.: "Mechanisms of Longevity in Long-Lived Mammals" (Cserr Lecture, Monday, July 22)
Vera Gorbunova, Ph.D., studies the naked mole rat, which is known for its exceptional longevity. Unlike the mouse, which lives for about two years, the naked mole rat lives for decades and shows no signs of aging — a phenomenon called negligible senescence. Studies of negligibly senescent animals can lead to a better understanding of human aging. The naked mole rat is the only mammal that has been found to demonstrate negligible senescence. Because aging is associated with mutations and genomic instability, Gorbunova also studies how the repair of DNA breaks changes with age in human cells and mice. Finally, she studies anti-cancer mechanisms in short- and long-lived rodents in order to better understand the increased incidence of cancer that occurs with age. Gorbunova is the Doris Johns Cherry Professor of Biology and co-director of the Rochester Aging Research Center at the University of Rochester, Rochester, N.Y.
Alejandro Sánchez Alvarado, Ph.D.: "Past, Present and Possible Futures of Regeneration Research" (Kinter lecture, Wednesday, July 24)
Alejandro Sánchez Alvarado, Ph.D., is known for his research on the planarian, a flatworm that can regenerate an entire organism from a tiny piece of tissue. A Howard Hughes Medical Institute and Stowers Institute for Medical Researchinvestigator in Kansas City, Missouri., and a member of the National Academy of Sciences, Sánchez Alvarado seeks to understand the molecular mechanisms underlying regeneration. He is a frequent guest faculty member at the MDI Biological Laboratory and a member of its Board of Scientific Counselors. "We all have a bit of planaria in our genomes," he said. "You and I are turning over a number of cells equivalent to our body weight every year. I lost billions of cells yesterday, but this morning I still recognized myself in the mirror. That's because basic mechanisms are in place to retain our original form and function."
Malcolm Maden, Ph.D.: "Discovering the Secrets of Scar-free Healing and Tissue Regeneration" (Orkand Lecture, Monday, July 29)
Malcolm Maden, Ph.D., a biology professor at the University of Florida and a faculty member at the University of Florida Genetics Institute, studies the relationship between development and regeneration in various organ systems including limb, lung, skin and nervous system. He is studying the role of signaling molecules in the processes of development and regeneration with the goal of determining if regeneration is a process of redevelopment that can be induced by reawakening developmental pathways. He studies the axolotl, a Mexican salamander that is a champion of regeneration, and the African spiny mouse, a mammal that, unlike other mammals, can regenerate skin, skeletal muscle, cartilage and heart tissue. His research on the mechanisms governing regeneration could contribute to therapies to improve healing in humans.
Nadia Rosenthal, Ph.D., F.Med.Sci.: "Regenerative Medicine and the End of Aging" (Thursday, Aug. 1)
Nadia Rosenthal, Ph.D., F.Med.Sci., is the scientific director of The Jackson Laboratory and holds a chair in cardiovascular science at Imperial College London. Her research focuses on muscle and cardiac developmental genetics and the role of growth factors, stem cells and the immune system in regeneration. She has received many honorary doctorates and prizes, participates on international advisory boards and committees and is a founding editor of Disease Models and Mechanisms and editor-in-chief of Differentiation and of npj Regenerative Medicine. She holds a doctorate from Harvard Medical School, where she directed a biomedical research laboratory. She also established and headed the European Molecular Biology Laboratory (EMBL) campus in Rome and is founding director of the Australian Regenerative Medicine Institute at Monash University and founder of EMBL Australia.
About the MDI Biological Laboratory
We are pioneering new approaches to regenerative medicine focused on developing drugs that slow age-related degenerative diseases and activate our natural ability to heal. Our unique approach has identified potential therapies that could revolutionize the treatment of heart disease, muscular dystrophy and more. Through the Maine Center for Biomedical Innovation, we are preparing students for 21st century careers and equipping entrepreneurs with the knowledge, skills and resources needed to turn discoveries into applications that improve human health and well-being. For more information, please visit mdibl.org.
Aging, Regenerative Biology


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TUA premieres on Fox Saturday, September 12th!
No. 13 on the field, but forever No. 1 in our heart.
By Erik Evans Sep 10, 2020, 10:27am CDT
Share All sharing options for: TUA premieres on Fox Saturday, September 12th!
GUMP GUMP GUMP
We are still a few weeks off from Alabama's Sept. 29th opener, but that doesn't mean you can't get more Gumpin' in your life.
Saturday, Sept. 12th on Fox, "Tua: A Prophecy in the Making" will premiere on national television. Additionally, his series, "Tua Talks" is already available to stream online. Details below.
From FOXSportsPR:
TUA, the newest documentary from FOX Sports Films' Emmy®-nominated MAGNIFY series, premieres Saturday, Sept. 12, following the Louisiana Tech at Baylor college football game on FOX.
TUA delivers an exclusive look at Tua Tagovailoa's past year as the former University of Alabama and current Miami Dolphins quarterback works to overcome a career-threatening injury ahead of the 2020 NFL Draft. The film explores the star lefty's journey from childhood prophecy to the biggest stage in football and includes interviews with his parents and other influential figures in his life including Alabama coach Nick Saban.
All eight episodes of the digital series "Tua Talks" are available now on the new FOX Sports app and FOXSports.com. Fans can also explore the family, food, music and training that have influenced Tua's journey through a new, interactive digital experience. Find it here.
Originally slated to premiere Sunday, Sept. 6, TUA was rescheduled due to weather delays at the NHRA U.S. Nationals race in Indianapolis.
You excited yet? If not, then check out this awesome poster the MAGNIFY folks did for the Tua Tagovailoa documentary.


Playing on the beach? Been there, snapped that. Monkeying around at the playground? Yep, took that pic a billion times. If you need fresh photo ideas — and some new fodder for your Instagram feed — get a change of scenery and check out Chicago's awesome street art. We think outdoor murals are the new photo studios and, whether you hire a pro or do the snapping yourself, you'll love the color and urban edge. We took to the streets (and peeped some very amazing Instagram feeds) to bring you this list. Click through and get those smiles ready!
Late Chicago artist Ed Paschke is known for vibrant artworks with trippy patterns and colors. That in itself makes them appealing to kids. The biggest piece of eye candy is an image of Paschke's "Luna Negra" painting that's on the outside wall of the Ed Paschke Art Center, a three-story Jefferson Park museum that has opened in his honor. The painting was transferred to a film wrap and was installed as a mural. Snap pics and go across the street to play in Jefferson Park.
Located at 5415 W. Higgins Ave. in Jefferson Park.
Do you have a favorite outdoor mural? Share it in the Comments!


I am so excited to see you today and glad you could stop by during this busy season of the year. This is one of my favorite times of the year, getting to see and spend time with old friends and family. Everywhere we go it is so festive and the homes are filled with the spirit of Christmas. We have a cookie buffet for you today with lots of wonderful Christmas Cookies with Hot Chocolate. Lets see what you have brought to share with us today, I just know it will be yummy!
Thank you for another lovely party, Miz Helen. :) Thank you for the Christmas cookies and hot chocolate!
Thank you for the weekly party! Merry Christmas!
Merry Christmas Miz Helen. I hope your holidays are wonderful, and surrounded with loved ones. Thank you for hosting! I hope you like my roast pork. It was yummy and the sauce is healthy.
Helen, I am delighted you chose my crêpes. I hope you enjoy them as much as my family did. Thanks as always for hosting.
Thanks for hosting, Miz Helen! I hope you have a very Merry Christmas!
Thank you for the feature and the party, Miz Helen :-) Merry Christmas to you and your family !
Thanks so much for hosting, Miz Helen. I hope it's warmed up down there for you! Merry Christmas.
It is such a fun time of the year… Merry Christmas and Happy New Year to you Miz Helen. Thank as always for the party.
Miz Helen, I owe you an apology. I inadvertently linked up a non-food item and am unable to delete it. If you would delete it, I would appreciate it:) Thanks so much for this lovely party each week and Merry Christmas!!
Merry Christmas Miz Helen and thank you for hosting such a fabulous link up each week.
Thanks for hosting each week. I've made a note of the date changes. I hope you & your family have a very Merry Christmas.
Thank you for "sipping" our hot chocolate last week! Happy Thursday to you!
I brought some Peanut Butter Buckeyes to share this morning Miz Helen. Hope you enjoy them. Have a Merry Christmas!
Thanks for hosting Miz Helen. Wishing you a very Merry Christmas!
Thanks so much for hosting, Miz Helen. Wishing you and yours a very Merry Christmas!!
Thanks for hosting! Have a great Christmas!
Thanks for hosting, Miz Helen! Happy Holidays!
Merry Christmas to you and your family, Miz Helen. As always, thank you for a lovely party!
Merry Christmas Miz Helen! Thanks for the party.
Hi Miz Helen, thanks again for hosting. I hope your holiday will be warm and tasty. I shared my new favorite Carrot Cake Muffins. My naughty basset hound thought he'd help himself, but luckily he only got one during the photo shoot. Merry Christmas to your family and hugs to little Max.
Thanks so much for hosting, Miz Helen. Hope you have a very Merry Christmas!
I'm glad you liked my homemade panettonne. Thank you for choosing it for the red plate!
Your parties are so good that I couldn't resist coming back. Merry Christmas!
Thanks so much for featuring my Crock Pot Cranberry Chicken. Have a great Christmas!
Thankd for featuring my Hashbrown and Egg Casserole! I have been without a computer all week or I would have been over sooner! Happy holidays!!


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OccupationalResumes.com
Home Occupations Resume Services
Finding a Qualified Resume Writer for a...
Civil Engineer Resume
If you're a Civil Engineer, you know what your job entails. You provide critical planning, project review and control, and design of major infrastructure projects. These construction activities can include the fabrication of bridges, hydroelectric dams, roads, industrial water irrigation and canals, and utility plants. Jobs can also include complex projects like the creation of an airport or facility complex.
Is it rocket science? Well, close. It does require -- at a minimum -- a bachelor's degree in engineer and state licensing. Not to mention a good working knowledge of CAD software, a mathematical mindset, and the ability to think critically and solve complex problems.
The question is, now that you're looking for a position, can you find a resume writer who understands your occupation? A writer who talks your language? A writer who can craft a Civil Engineer resume that puts your best foot forward and scores the interview in a highly competitive marketplace? Former recruiter David Alan Carter recommends the following resume services for Civil Engineering... each with a Better Business Bureau score of "A" or better.
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www.greatresumesfast.com | Pricey, yes. But writing is "top shelf" from a team of HR Execs, Hiring Managers and former Recruiters, each detailed on the company's website. Expect an hour-long consultative phone session with your writer. Guaranteed interviews. The BBB gives them an A+.
Considering a Career Move into Civil Engineering?
If you're considering a move into Civil Engineering from either a closely related field or from a totally unrelated profession, you'll be looking for a transitional resume -- and a talented resume writer to handle the assignment. Transitional resumes are some of the most difficult resume projects as they require a writer knowledgeable in at least two professions -- and the ability to identify transferable skills from one to the other.
Before you hand off that resume assignment, make sure you know enough about the job of a Civil Engineer to... a) really want it, and b) be able to step up to the plate. Here's a quick overview:
What You'll Do: Civil engineering involves the licensed oversight and approval of design, management and cost control of major construction projects. Because a civil engineer needs to check all the critical points of data involve in such projects, he provides a professional review of a project before its allowed to go ahead with actual work. Day-to-day tasks can range from providing technical advice regarding design and construction, to the inspection of project sites to preparing reports and supervising a staff.
In the same vein, the engineer also makes sure the project stays on track both in terms of cost as well as implementation. Frequently, the engineer has to apply both his name and licensing stamp to such designs and projects to certify they have been check for all necessary building requirements. If the project goes wrong, the engineer can be held responsible for missing the critical details.
As a result, civil engineers command a high salary for the professional risk they take on doing their jobs.
Education and Training: The education requirements for a civil engineering career requires adequate passing of college-level engineering Bachelor of Science degree. The student then needs to take his state's licensing exam to be allowed to work as an engineer.
Different states have different rules and licensing requirements, so it's important to understand ahead of time what's involved in a given state before planning a career in the field.
The Future: The Civil Engineering profession is expected to grow at about 19% through 2020, which is a growth rate a bit higher than the average for all occupations.
The Pay: As per Salary.com, annual salaries for the position title of Civil Engineer 1 in the U.S. range from $46,000 to $65,500 (with a median salary of $56,500), while the U.S. Bureau of Labor Statistics reports a median annual wage of $77,500 for 2010.
Still good? Got those occupational ducks in a row? Great. The next step is to prepare for a consultative telephone interview with your resume writer. Treat the coming job search like the business it is, and you'll do fine.
David Alan Carter, OccupationalResumes.com
P.S. More information at the Bureau of Labor Statistics - Civil Engineer
Tag or bookmark under:
Civil Engineer Resume | Civil Engineering Resume | Resume Writing Services for Civil Engineer
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The 13-day Botswana Explorer Safari Holiday takes you through some of the most popular game viewing regions of Botswana.
Namibia & Botswana Wanderer from Dragoman is an exhilarating holiday in Botswana, Namibia, South Africa, Zimbabwe. Available from 5 Jul 2019 to 6 Apr 2022 this 24 day trip costs from £1,430 and has a maximum group size of 22 persons.
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Carmelo Mazza, CEO at OIA Services, brings an Italian flavour to this latest edition, delving into the history of the four time world champions who are sorely missing from proceedings this year. Which World Cup final goal has Italians remembering exactly where they were? Did Brazil have a side of such quality that we will never see it eclipsed? And which country's 2018 kit is an overwhelming standout?
13 June – 7 July 1974 (World Cup, West Germany). 7 years old, so proud of the Italian team, only beaten by Brazil in the final four years earlier, more mature now and proceeding to Germany with a long list of victories. First match, no risk at all against Haiti. On 46 min, Sanon, a very very fast unknown footballer most people had never heard of before, scored against the unbeatable Dino Zoff: Haiti 1 – Italy 0. The match ended 3-1 for Italy, but I perceived that goal as the end of the dream. In fact, a draw against Argentina and a 2-1 defeat against a great Poland and our World Cup was over. Time to enjoy the wonderful Netherlands and Kaiser Beckenbauer.
Marco Tardelli (Italy vs Germany, 1982). Well that's easy. The image of Marco Tardelli shouting "GOOOOOOOL" running through the field after scoring the second goal in the World Cup final will be always in the eye of my generation. All of us remember exactly where we were in that moment. I was in my parents' house in Palermo, on an awfully hot and humid night waiting for the miracle to happen. And at the end, the miracle of Italy beating Germany did happen once again….
Pavel Yakovenko. The Soviet Union team in 1986 was just unbelievable. The 6-0 against Hungary was an astonishing show of speed and control. And at the centre of the field Pavel Yakovenko was a real master even though not as visible as the fellows Zavarov, Belanov and Rats. The defeat against Belgium in a very crazy match made me understood how football and aesthetics do not go together well.
Spain v Germany, 2010. Spain was a very good team and Germany was building the team that won the World Cup four years later. The match was very tense and the goal scored by Puyol was likely the most important in the tournament. Spain deserved that World Cup so much!
Croatia 2018. Well the Croatian checkered shirt is always a must. This year even better than in 1998. It is at the top of my all time list along with Celtic's white-green horizontal stripes.


text:
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Transfer to rental depot
31 days car hire (Nissan X-Trail or similar)
31 days caravan hire (4 berth) including:
Tools and first aid kit
All bed linen, towels, hand towels, bath mat, flannels, tea towels, buckets, pegs, broom and basic cleaning materials
Upgrade?
Ask us if you wish to upgrade to Silver or Gold packs which include BBQ, outdoor chairs, beach towels and TV
Days 1 - 4: Christchurch
Choose from a range of flights from the UK to New Zealand, arriving in Christchurch on Day 3 (due to crossing international time zones). You'll be transferred to your Christchurch hotel for two nights so you can experience the city and acclimatise.
This is the largest city on the South Island and you'll be able to stroll through the delightful Botanic Gardens, take a historic tram ride or a leisurely punt on the leafy river Avon.
Despite the challenges of earthquakes, it is a peaceful city with plenty of old world charm and picturesque architecture. Enjoy the familiar yet very different shopping, the intriguing galleries and the stylish restaurants that are a constant temptation.
Day 5: Christchurch to Lake Tekapo
Distance: 225km (140miles)
Leaving Christchurch you'll head across the Canterbury plains towards Mt Cook. Be sure to stop at Lake Tekapo where the tiny Church of the Good Shepherd is a photographer's dream, with sweeping lake views and surrounded by swathes of lupins in season.
The turquoise blue waters of Lake Pukaki are an eye catching sight as you approach Mt Cook village. Surrounded by stunning mountain scenery, all part of the UNESCO World Heritage site, there are sublime sunrises and sunsets over the snowy peaks. Explore the glacial lakes, hike the trails of Hooker Valley (mostly easy going with loose surfaces).
Days 6 - 9: Wanaka & Queenstown
Take a momentous drive along the edge of the Southern Alps to delightful Lake Wanaka. Lord of the Rings fans will recognise some areas as the Misty Mountains. Stay here 4 nights, allowing plenty of time to enjoy the laid back town and its fabulous views.
Hike and bike in the surrounding hills, take a canoe or stroll along the lakeside at sunset and look out for the famous 'Wanaka tree' protruding from the water.
Heading to Queenstown, the popular but more challenging route is over the Crown Range. This is steep and very twisting but offers extraordinary views – not surprising as it is the highest public road in New Zealand. Be sure to stop for a coffee, and photo opportunity, at the Cardrona Hotel mid-way.
Queenstown is billed as the Adventure Capital of the World, with all manner of bungee jumps, zip wires and jet boats on offer. The Shotover jet boat rides are fantastic.
Take the cable car gondola up to Bob's Peak for a really enjoyable dinner with amazing views across the lake to the Remarkables mountain range. Stroll in the Queenstown Gardens by the Bowls Club, take a trip on the elegant 1912 steam ship TSS Earnslaw or visit the picturesque old gold mining town of Arrowtown.
Whilst in Queenstown a day trip to Milford Sound is always possible (ask us to arrange this). Set in Fjordland National Park, Milford Sound offers some of New Zealand's most breath taking scenery, and a chance to see dolphins, penguins and seals up close.
Queenstown, Wanaka and Central Otago
Days 10 - 11: Fox Glacier
A day of truly dramatic scenery. You'll drive up Lake Hawea with the white-tipped mountains in the distance. Passing waterfalls and the gorgeous Blue Pools, you eventually reach the Haast Pass, a fifty mile stretch running through Mt Aspiring National Park. The terrain is rugged and dramatic, giving way to rainforest until finally you reach the surf of the Tasman Sea and enter glacier country on the coast.
Stay at Fox where there is a well located campsite. Follow the walking trail up to Fox and Franz Josef glaciers as far as possible (it will vary day to day according to weather) to get a sense of their sheer scale. There are professional, guided tours and you can even take a helicopter ride and walk on the glacier itself.
Then head to Lake Matheson for incredible mirror views of the Southern Alps – the finest is known locally as the Reflection of Reflections. Here you can walk around the lake, following trails through the rain forest and perhaps finishing in the excellent café here.
An alternative option is to enjoy a soak in the Glacier Hot Pools, situated among the lush rain forest in the centre of Fox town.
Fox and Franz Josef Glaciers
Day 12: Fox Glacier to Greymouth
Leaving the glaciers behind, continue up the west coast, perhaps pausing at Hokitika for provisions. Take the time to visit the Hokitika Gorge for memorable views from the swing bridge over the blue waters and to the ancient forest beyond.
Not far away lies West Coast Treetops Walk where you can explore the tree canopy on aerial boardwalks. And further north is Shantytown, near Greymouth, a replica gold rush town where you can wander the streets and buildings.
Days 13 - 15: Abel Tasman
The landscape gradually becomes softer and gentler as you leave the rugged west coast and mountains behind. The rolling hills and forested slopes give way to orchards and fertile fields as you approach Nelson and the north coast.
Abel Tasman National Park enjoys New Zealand's highest levels of sunshine and the beaches here can have a distinctly Mediterranean feel about them. Enjoy some superb walking trails or take a leisurely water taxi to see the coast from a different perspective.
Kaiteriteri, west of Nelson, is a great place for picking up kayaks and taking a paddle around the headland. Why not join a guided excursion to the incredible Split Apple Rock – it looks just like an enormous split apple and has been there in the shallows for 120 million years.
With fine, white sand beaches, palm trees, jauntily painted houses Nelson appears almost subtropical. And with seaside promenades, a bustling marina with bobbing yachts and enticing eateries, you could imagine yourself on the Côte d'Azur. There are friendly cafés, galleries and lots of arts and crafts, not to mention a selection of rather decent small breweries.
Nelson and Abel Tasman
Days 16 - 17: Picton
It's a really pleasant, interesting drive to Picton. Skirting round Nelson on the coast road, with sublime seascapes and bobbing yachts, you climb up into forested hills and twisting mountain passes.
Build in some time to explore the bays between Anakiwa and Picton, each with its own unique perspective over the gorgeous Marlborough Sounds. The Queen Charlotte Walkway is a great way to stretch your legs and enjoy some amazing scenery.
Just south of Picton lie the world famous Marlborough vineyards, famous for their Sauvignon Blanc, Chardonnay and Pinot Noir. Maybe you'll pick up a bottle or two?
Days 18 - 19: Whanganui
The three hour Interislander ferry crossing passes through Queen Charlotte Sound, so enjoy the wonderful scenery as you leave the South Island, hopefully interspersed with sightings of dolphins playing in the calmer waters.
Across the Cook Strait lies the capital city of Wellington. It's a bright and breezy city with a vibrant waterfront and superb Te Papa museum – the national museum which brings to life so much of what you'll see in the country. Alternatively take the jaunty red cable car up from Lambton Quay to Mt Victoria for magnificent views.
On the road to Wanganui you'll see the offshore island of Kapiti, a nature reserve where you can book tours and see rare birds.
In Wanganui take a river cruise on the Steamer Waimarie, visit the interesting museums and the River Market.
Days 20 - 21: Whanganui to New Plymouth
Heading north you'll pass through idyllic lush countryside dotted with dairy farms, picturesque little towns and views over to Mt Taranaki.
You'll be faced with a choice when you reach Hawera: for seascapes and beaches follow the Surf Highway around Cape Egmont, for verdant countryside follow the inland route via Stratford. To get closer to Mt Taranaki take a hike along one of the walking trails on its lower slopes.
New Plymouth is an interesting place with the well known Govett-Brewster Art Gallery/Len Lye Centre. It's an impressive contemporary gallery housing one of the artist's most famous kinetic sculptures.
Days 22 - 23: New Plymouth to Waitomo Caves
Driving up the coast beside the Tasman Sea you'll discover plenty of little villages and places to stop for a picnic and a stroll. At Awakino there's always a chance of sighting the shy and elusive kiwi.
Waitomo is best known for its labyrinth of limestone caves where you can walk or take a boat ride to see the incredible natural spectacle of the glow worms which illuminate the caves in their thousands. The delicate canopy of light above your head is truly magical.
The Otorohanga Kiwi House shelters several rare species of the native kiwi.
Days 24 - 26: Auckland (Orewa)
From Waitomo you'll head up into the Waikato, real farming country and the dairy heartland of New Zealand. In Hamilton you can see the university, the elegant public gardens and river, while further north you begin to approach Auckland.
This is the country's largest city by far, with a wealth of attractions. The war memorial is moving and fascinating, the botanic gardens are a delight and the waterfront is a great place to stroll. Head to the top of Sky Tower for amazing wraparound views or take a ferry over to quaint Devonport, or cruise over to Waiheke Island for lunch at Mudbrick Vineyard – where great food comes with great views.
Days 27 - 28: Hobbiton & Rotorua
South of Auckland, tucked away in the Waikato countryside in a rural idyll, lies Hobbiton, the movie set used in the Lord of the Rings and Hobbit movies.
Pose outside Bilbo Baggins's front door and sample a hobbit ale in the Green Dragon. You don't have to be a big fan to appreciate the charm, and ingenuity, creating a hobbit village known around the world.
Driving on, you come to the geothermal region of Rotorua. A highlight is the Wai-o-Tapu Thermal Reserve, featuring all things boiling and sulphurous: bubbling mud pools, colourful mineral pools, the 62 metre deep Champagne Pool, and the famous Lady Knox geyser.
Take the cable car 'gondola' up Mount Ngongotaha and in return you'll get amazing views. Rotorua is a key part of the Maori heartland so there's always the chance to learn about Maori culture and traditions. Go along to an evening feast or hangi for a traditional banquet with dancing and Maori culture. You may even find yourself performing the haka!
Days 29 - 30: Taupo
Distance: 150km (93miles)
Continuing on to Taupo, the geothermal landscape remains mysterious and volcanic.
Near Lake Taupo are the Huka Falls, a relentless torrent that is one of New Zealand's most visited natural sights. Marvel at the power of nature as the mighty Waikato river is forced through a gorge just 15 metres wide.
Nearby at the Craters of the Moon a meandering trail leads you through a slightly surreal and steaming heathland of bubbling pools and crevices. Further on lies Lake Taupo, a vast volcanic crater, now the largest lake in the country. If you have time head out to see the spectacular Maori rock carvings at Mine Bay, only accessible from the water. Beyond Taupo is the volcanic Tongariro National Park and the unmistakable sight of its three active volcanic mountains.
Taupo and Tongariro
Days 31 - 32: Wellington
A long stretch south towards Wellington takes you through Tongariro National Park, a dramatic area with three volcanoes (Ruapehu, Tongariro and Ngauruhoe). There's a great variety of terrain with ski slopes, nature trails, the Desert Road and some of New Zealand's finest outdoor activities. It was even used as the setting for Mordor in Lord of the Rings.
Wellington is a busy, international city with a great waterfront, full of busy restaurants and lively bars and popular with visitors and students from the university alike.
The Te Papa is unmissable and will provide such depth to your understanding of this amazing country. Fans of Lord of the Rings and The Hobbit will love the Weta Cave Workshops where the creation of the other-worldy, and often grotesque, creatures from the blockbuster films is explained and demonstrated.
Days 33 - 34: Kaikoura
Taking the Interislander ferry back to Picton, you'll pick up the road south to Kaikoura.
At Kaikoura you'll find a natural playground of aquatic mammals, feeding in the rich coastal waters. There are whales and dolphins passing close to the shore and often clearly visible from the coastal walkway. A popular option is to join a whale watching cruise where you have a better chance of getting up close.
Day 35: Kaikoura to Christchurch
Today is your final day on an epic adventure. Head back to the depot in Christchurch where you will be able to hand back your motorhome and transfer to the airport. Time to head for home with the memories from a real trip of a lifetime.
Price per person is based on two people sharing, prices for solo travellers are available on request.
Tour Enquiry
Nissan X-Trail - 4WD
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Price from: £5,299 pp
+44 (0)1580 214 089 or
Similar Holidays
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Speak to a New Zealand specialist on +44 (0)1580 214 089 or Contact Us
Worldwide Caravan and Motorhome Holidays is a trading name of Alan Rogers Travel Ltd, a subsidiary of the Caravan and Motorhome Club.
ABTA No: P7119, Y6434 - ATOL No: 11309
© 2020 Alan Rogers Travel Ltd. Registered in England 3676532. East Grinstead House, RH19 1UA


text:
Q: Gatsby node api not giving value "fileAbsolutePath" I am working on my personal website i created "blogpost" on that folder i created "markdown" files. so i can grab using graphql
i used gatsby node api "onCreateNode".you can check out here https://www.gatsbyjs.org/docs/node-apis/#onCreateNode
so, here i want to create slug from "fileAbsolutePath" but i am not getting this value
I tried so many things whatever i found on internet i done that but i don't know why i am not getting this value
gatsby-node.js
module.exports.onCreateNode = ({ node, getNode, actions }) => {
  const { createNodeField } = actions
  if (node.internal.type === "MarkdownRemark") {
    console.log(node)
  }
}

gatsby-config.js
plugins: [
    {
      resolve: "gatsby-source-contentful",
      options: {
        spaceId: process.env.CONTENTFUL_SPACE_ID,
        accessToken: process.env.CONTENTFUL_ACCESS_TOKEN,
      },
    },
    `gatsby-plugin-sass`,
    {
      resolve: `gatsby-source-filesystem`,
      options: {
        name: "src",
        path: `${__dirname}/src/`,
      },
    },

here is output:
{ id: '6b90d4a1-db96-5809-8900-60c21083d9ff',
  children: [],
  parent: '1ab34b1c-85e4-5f4c-a66e-561a4a95a886',
  internal:
   { content:
      'component is reusable by code which import anywhere and we can render anywhere in reactjs\r\n\r\nprops is just values which is passed from
parents\r\n\r\n',
     type: 'MarkdownRemark',
     contentDigest: '30b988e32ce51560a54006c3ec1829d0',
     owner: 'gatsby-transformer-remark' },
  frontmatter: { title: 'what is component and props', date: '19-02-2019' },
  excerpt: '',
  rawMarkdownBody:
   'component is reusable by code which import anywhere and we can render anywhere in reactjs\r\n\r\nprops is just values which is passed from
parents\r\n\r\n',
{ id: '5c79b3ff-4bcb-5a8b-bfa6-875f8c07a2b2',
  children: [],
  parent: 'c8cbb364-5455-5edc-bb73-5ffd0db1e9e7',
  internal:
   { content: '![DECENTROS](./decentros.jpg)',
     type: 'MarkdownRemark',
     contentDigest: '63c70587a28430a2df8b1ab1788863a6',
     owner: 'gatsby-transformer-remark' },
  frontmatter:
   { title: 'Decentros',
     description:
      'Decentros is the simple react web application.in which you can see the price of any cryptocurrency.in this web app i used api which is called
coinmarket which is really awesome.this is app is deployed on heroku.',
     link: 'http://decentros.herokuapp.com/',
     github: 'https://github.com/yashrajb/Decentros',
     download: '' },
  excerpt: '',
  rawMarkdownBody: '![DECENTROS](./decentros.jpg)',
  fileAbsolutePath:
{ id: '0f0f273f-3fae-51ae-9870-cafa98ec236b',
  children: [],
  parent: 'b5162009-6b12-5356-81e6-9cf9cd422c5e',
  internal:
   { content: '![DECENTROS](./devblog.jpg)',
     type: 'MarkdownRemark',
     contentDigest: '36579d03cdc3aae5e0e6ce2c4ba7e96c',
     owner: 'gatsby-transformer-remark' },
  frontmatter:
   { title: 'DevBlog',
     description:
      'Devblog is fullstack javascript web application.this is a multiuser blogging system.i created using node.js and mongodb.i also used Google Oauth
API and tinymce editor.',
     link: 'https://floating-everglades-10580.herokuapp.com/',
     github: 'https://github.com/yashrajb/DevBlog',
     download: '' },
  excerpt: '',
  rawMarkdownBody: '![DECENTROS](./devblog.jpg)',
  fileAbsolutePath:

i expect to get fileAbsolutePath value so i can make slug and i can use onCreatePages node api

redpajama_set_name: RedPajamaStackExchange


text:
Mind Meld With Chuck Suffel!
From his humble beginnings as a Reviewer of Comics to Creating Comics, this is Chuck Suffel. Join us as he enters the Mind Meld!
1. Hello there! And welcome to the Mind Meld here at IndieComiX! For those who may not be familiar with you and what it is you do, could you tell us about yourself?
Its Chuck!
Hello Rob! Flattered to be asked! I'm Chuck Suffel, a writer from NYC. Until about 2 years ago I ran a review site called WhatchaReading, which I loved doing, and I was published in several comic anthologies. In 2020 I realized that I wanted to do something a bit different. Sherlock Holmes and The Wonderland Conundrum is a part of that.
2. You've got a title coming out soon called Sherlock Holmes and The Wonderland Conundrum, what can you tell us about it?
In a nutshell Holmes finds himself hunting the streets of London for a missing girl named Alice. And he runs across some very strange characters along the way.
How it came to be is another story. Several years ago I was putting together a few pitch ideas for yet another submission to an indie anthology, this one wanted mashups of public domain characters. I played with a few different ideas but I kept coming back to Holmes and Alice. Holmes was entering the Public Domain at just that time so I thought he'd be a safe bet. The problem was that 8 to 10 pages just felt too tight. I've written 4, 8, 10 page shorts for anthologies and yes you can tell almost any story under those limitations and sometimes shorter is better but I had too many situations I wanted Holmes in, too many character interactions I thought would be fun to explore. I was right I had a blast unleashing the utter weirdness of the Wonderland characters on Holmes' logical and seemingly unflappable personality.
3. If my understanding is right, you chose to entirely Self-Publish the book instead of going through something like Kickstarter or a Publisher, what made you decide to go this route?
To prove that I could. I have been reading comics all my life, reviewing comics for around 12 years, I've been in a number of anthologies, I helped to run social media for a small press publisher, I've interviewed writers, artists, publishers you name it. But I have never taken a comic from concept to finished project. As for self-funding, we've all seen how messy it gets when a crowdfunding campaign funds but doesn't deliver. I knew I was probably going to make some mistakes along the way and I wasn't prepared to disappoint backers if it all went off the rails. So I went through that list of names we reviewers have, you know the ones, the people you can actually just reach out to and ask questions of, and I wasn't disappointed. The Indie Comics Community is amazingly supportive, I'm lucky to count so many creators among my friends.
4. You have J. Schiek and Cardinal Rae on board as part of the Creative Team for SHTWC, how'd that line up come to be?
Both came recommended by those very friends I mentioned. Early on I contacted Mike Perkins (of Invader Comics) and he did an editing pass on the script and helped me get Jeremiah Schiek onboard. That was a total win! J is not only an amazing artist but he's a very cool person to work with, and to know. You will be seeing his name A LOT in this industry.
When it dawned on me that I had, in fact, hired an artist and we were ready to get started I realized I had no clue how to proceed. So I reached out to another friend and amazing creator Erica Schultz, she was kind enough to let me hire her as a production editor. She helped me with so many things, I cannot tell you how indispensable she was to this project. She's brilliant and unbelievably talented. She was also responsible for Cardinal Rae doing the lettering, another win. Everything was moving along nicely until I saw the email from Erica asking when the cover art would be ready. I hadn't lined up a cover artist, I hadn't even thought about it. I realized I was going to have to get some names. Again I reached out to the community. Every Indie Creator I know got an email asking for cover artist recommendations.
When I reached out to Roberta Ingranata I was sure she would pass. Come on she does Doctor Who for Titan, she's going to do my cover? But she was so cool and actually excited to do it! She then put me in touch with Warnia K Sahadewa for colors and just like that, I had an amazing cover, it was honestly kind of surreal.
I'm sure reading all that made this project sound like a breeze. Am I glossing over the bumps in the road? The delays? The imposter syndrome? When I clicked submit on the order to the printer I damn near threw up! The reality is I felt like a neophyte every step of the way and I probably will next time as well.
5. As a reviewer yourself, what's the transition from comic book reviewer to creator been like? What was the defining moment that led to the change?
I love to write. I loved writing reviews and I wrote them for one reason, to make sure comic fans saw how much really really cool stuff is out there. The reality is I've wanted to write comics since I read them, and I even got to do a script rewrite (unpaid, credited as a "story consultant") for a book a friend was working on way back in the 90's, but taking the plunge and creating a book was something I never thought I'd be able to do. So I guess now I'm a creator. Cool. There are definitely things I'll do differently next time. But there will definitely be a next time.
6. Aside from the potential fun of flipping Sherlock Holmes' logical world upside down, was there anything else about Sherlock Holmes and Alice that kept bringing you back to them?
Honestly, just a love of Sherlock Holmes. I enjoy that character on so many levels, the straightforward short stories that Doyle wrote, the myriad of tv shows and movies, the adaptations and reinterpretations in comics there is something about Holmes that is just fascinating as a character, he is such a strong personality that he is perfect to play with in any genre. As for Alice? I'm 52 years old, Alice's Adventures in Wonderland & Through the Looking-Glass, and What Alice Found There are perennial favorites, I read them as a child and to my children. The use of language, the "literary nonsense" of the world made it a perfect place to frustrate Holmes. We know Holmes does not suffer fools lightly, and what better fools are there?
7. After having read SHTWC, I have to ask, how much of what Holmes experienced is real and how much of it isn't? As this, for me at least, is a story that leaves you with questions by the end of it.
That is intentional. The role the hookah and the tobacco play in the story is definitely meant to leave that question unanswered. I considered giving the whole book a more dream-like visual style but I like the ambiguity, I hope the reader does too!
8. Are you planning to return to this crossover in a future story is this one-shot just that, a one-shot? And what can we expect to see from you next after SHTWC?
I truly don't know. I've considered bringing Holmes into contact with other literary universes of the same era, there are a few in the Public Domain that could be interesting or revisiting these characters there is definitely more story here. The one thing I have resisted is having Holmes go to Wonderland. I prefer the uncertainty, was it real, could have possibly been? So, maybe? I do have 2 projects I'm currently working on that are not Holmes related
Make comics. I know it sounds stupid but I have wasted so many years wondering if I could, if I should. If you love to draw, draw. If you love to write, write. The information is out there. There are resources on every aspect of creating comics and I have found that the people in the community love to talk about making them.
10. For your own personal preference, Print or Digital?
I love print comics. Digital is a necessity but print is just the greatest. (If anyone needs to be convinced they should go find any issue of Mind MGMT by Matt Kindt, the paper, the messages and doodles in the margins, the use of negative space. Yes you can do it digitally but the physical presence of a book like that is just wonderful.)
11. What helped get you into Comics originally?
Like so many of us old guys, the spinner rack at the candy store was my gateway. Garage sales, used book stores, when I was a kid I would buy any comic I saw. Then comic shops became a thing and I was truly hooked.
12. As for my final question, what advice would you give to not only new Reviewers but those looking to get into the Industry to make Comics as well?
In both cases I would suggest you ask yourself a serious question. Why? I wrote reviews because I wanted to introduce people to the comics I was enjoying and I make comics because I love to make comics. Write/draw for the Big Two? Make multi-billion dollar superhero movies? Launch the next fandom dot com? Those things I can't even begin to comment on.
Editor's Note: HUGE thanks to Chuck for agreeing to take part in this interview! Sherlock Holmes and The Wonderland Conundrum will be available October 19th in both Print and Digital formats! And be sure to ask your LCS about copies as well!
And if you enjoyed this interview and generally enjoy what it is IndieComix does, why not consider dropping us a nickel over at our Ko-Fi Page?
Interview by: Rob Wrecks
Updated: October 10, 2022 — 5:59 pm
Tags: Alice In Wonderland, Ambiguity to be found here!, Cardinal Rae, Chuck Suffel, Erica Schultz, From Reviewer to Creator, Indies, Interviews, J. Schiek, Mentions of Doctor Who and Publisher Titan, Mentions of Matt Kindt's Mind MGMT, Mike Perkins (Invader Comics), Mind Meld With Chuck Suffel!, Public Domain Fun, Roberta Ingranata, Self-Publishing Fun!, Sherlock Holmes, Sherlock Holmes and The Wonderland Conundrum, Small Press Love, Warnia K. Sahadewa, When The Logical Meets The Illogical


text:
Off-duty RPD officer accused in road rage incident
The alleged incident occurred in Brighton in April.
Off-duty RPD officer accused in road rage incident The alleged incident occurred in Brighton in April. Check out this story on DemocratandChronicle.com: https://www.democratandchronicle.com/story/news/2019/05/10/michael-cantu-rpd-off-duty-police-officer-road-rage-brighton-ny/1162502001/
Victoria E. Freile, Rochester Democrat and Chronicle Published 9:58 a.m. ET May 10, 2019 | Updated 11:13 a.m. ET May 10, 2019
Here's a breakdown of the stories right now at www.democratandchronicle.com. Wochit
An off-duty Rochester police officer has been charged in connection with a road rage incident in Brighton last month.
Brighton Police Chief Mark Henderson said the off-duty officer, Michael Cantu, was charged with second-degree menacing, a misdemeanor, in April.
Siren (Photo: File photo)
Court documents allege that Cantu pulled a gun on a 35-year-old Rochester woman in a parking lot on Glen Ellyn Way, off Monroe Avenue in Brighton, on April 6.
In a statement issued to Brighton police, the woman said a motorist was tailgating her in a Jeep on Interstate 390. After moving in front of her vehicle, she said the motorist slammed on the brakes, nearly causing a rear-end accident.
The woman told police that the motorist followed her on Interstate 590 then onto Monroe Avenue past the Twelve Corners intersection. After the Jeep turned onto a side street, the woman said she turned around to confront the driver.
That's when the man, a Rochester resident, allegedly drew his weapon, while still seated in the Jeep, and pointed it at the woman, court records allege.
The woman said she "feared for her life when he pointed the gun at me " and fled the lot.
Rochester police on Friday issued this statement:
"The Rochester Police Department is aware of the allegation by a citizen which prompted the Brighton Police Department to conduct an investigation into the incident. The alleged incident occurred while the officer was off-duty.
The Rochester Police Department's Professional Standards Section did initiate an internal investigation at the direction of the chief.
The involved officer has been placed on administrative assignment until further notice.
According to department records, Cantu is 29 years old and has worked for the Rochester Police Department since March 2016.
Cantu is scheduled to answer the charge in Brighton Town Court on June 3.
VFREILE@Gannett.com
Read or Share this story: https://www.democratandchronicle.com/story/news/2019/05/10/michael-cantu-rpd-off-duty-police-officer-road-rage-brighton-ny/1162502001/