IRA Peace Settlement Essay Example For Students

IRA Peace Settlement Essay The Irish Republican Army, otherwise called the IRA, is a parliamentary and patriot association that restricts the association of Northern Ireland to Great Britain. The IRA is likewise devoted to the formation of a solitary brought together Irish state. The name IRA got from the veterans of the Easter Battles of 1916. The fight was battled for help of Irish freedom. As needs be the IRA turned into the political division of the Sinn Fein party. The political pioneers of Britain and Ireland, arranged a settlement that fused 26 of Ireland’s provinces as the Irish Free State. The rest of Ireland, remained some portion of the United Kingdom. The Irish Republican Army started to decay after Eamon de Valera turned into a head administrator and assumed control over the Irish government. The IRA and the Irish state were in consistent clash, during the 1930s and 1940s. The IRA began to focus on Northern Ireland during the 1950s. The IRA attempted to pick up favor from Northern Ireland, however fizzled. In 1969 the IRA began new extreme social changes in Northern Ireland, and the British government couldn’t defeat them after twelve years.This emergency additionally permitted the IRA to make a radical rebound. The Irish Republican Army was part into two groups.The authorities, which advanced a Socialist Ireland by popularity based methods, and provisionals, that advanced terrorism.In 1972 the Provisional IRA’s fear based oppressor strategies prompted the destruction of the Northern Ireland government. From 1972 to 1994 the Provisional IRA kept up their battle on ending British casualties in Northern Ireland and Britain. On August 31, 1994, the Irish Republican Army declared a truce. This would influence the 25-year-old fight against British control of Northern Ireland. This truce came to fruition from quite a long while of secret gatherings between the IRA and the British government. This course of action for harmony is known as the â€Å"Downing Street Declaration.†The discussion between Northern Ireland and Britain started with Roman Catholic complaints against preference by the protestant lion's share in the nation. English soldiers were sent into Northern Ireland to watch the nation. They despite everything stayed there in 1994. The Catholic minority needed a gathering with the Republic of Ireland, which was mostly Catholic. The Protestants of Northern Ireland opposed the reunification. The IRA gave no measure of time for the span of the truce, nor did they give up their weapons. There were two prior truces in 1972 and 1975, however they neglected to last. Patriots, supporters of the Irish Republican Army and others have become worn out on the Northern Ireland strife, and commended the declaration of the truce. The IRA has directed its units to comply with a total end of military activities. In the main open gathering between Gerry Adams (the pioneer of Sinn Fein), Albert Reynolds (the Irish Republic’s PM), and John Hume (the pioneer of Northern Ireland’s Catholic patriot), the British government was not satisfied with the expressing of the truce. The British government was attentively idealistic about the meeting. A political outrage prompted the breakdown of the Irish government in Dublin. Consistently, Dublin went about as a shelter between the Irish, British and American governments. The leader Albert Reynolds was supplanted by John Bruton. A fear monger, follower and Protestant civilian army called the Ulster Defense Association shot and murdered a Catholic man. The supporters work with the thoughtful Protestant officials in the Royal Ulster Constabulary.This demonstrated that the IRA was not by any means the only mighty gathering in the Northern Ireland emergency. The Protestant volunteer army not long after the executing called a truce. This gathering was answerable for additional passings than the IRA, in the two years before the truce was called. Ian Paisley, a pioneer of the Ulster Unionist Party, fought that the IRA must acquiescence their arms before any contact between the IRA and the British government can continue. Paisley additionally kept on disliking the possibility of delegates of Sinn Fein to participate in all the gatherings managing the eventual fate of Northern Ireland. Brains Are Open Only When Hearts Are Open Argumentative EssayThe political pioneers of Britain and Ireland consented to a harmony understanding that would end savagery. It gave the Catholic minority more benefits in the north, and it affirmed that the Protestants would not be overwhelmed by the Catholic south. It tended to the biggest change in Ireland’s political structures since it was part in 1921. The consequence of the game plan occurred on June 25, 1998. This likewise made a Northern Ireland Assembly, a board for the North and the South. The individuals of Ireland casted a ballot on the side of the Good Friday harmony understandings, that guaranteed modification in the manner in which Northern Ireland will be administered. Lion's share of both Northern Ireland and the Irish Republic casted a ballot yes. To test the harmony understanding the â€Å"Real IRA† planted a bomb, which murdered 29 people groups and harmed hundreds. The â€Å"Real IRA† apologized for the assault and declared its very own ceasefire. More killings proceeded inside the Protestant and Catholic people group, and this raised the worry that the viciousness would proceed in spite of the harmony procedure. The Northern Ireland Assembly in 1998 arrived at an agreement for an all-party bureau. This gave path for the new arrangement of government. The arrangement was advanced by David Trimble, the Ulster Unionist pioneer, and his agent from the Catholic Social Democratic and Labor Party, Seamus Mallon. The arrangement was endorsed by a vote, yet it was nearly destroyed by Protestant representatives who needed the IRA to begin decommissioning its huge weapon stashes before the Assembly embraced power. On April 1, 1999, Tony Blair, British Prime Minister, and Bertie Ahern, Irish Prime Minister, anticipated they would discover an answer for the Protestant-Catholic Administration for Northern Ireland. Ahern and Blair attempted to persuade different gatherings to concur on a â€Å"national day of reconciliation.†This would begin the methods for demilitarization for the IRA and other British packs. David Trimble would not get his gathering to help Sinn Fein until they would incapacitate. Mitchel McLaughlin, Sinn Fein executive, guaranteed that the understanding doesn't require the IRA to incapacitate. McLaughlin additionally expressed that exchanges on demobilization could be achieved if Sinn Fein legislators could have power in the new government. Following four evenings of exchanges at the all-party harmony talks in Belfast no arrangement was found, and Tony Blair required a break. The Anglo-Irish highest point was reconvened on April 14, 1999. The political pioneers of Irish and British governments attempted to break the gridlock over the issue of demobilization. There was no evidence that highlighted an early advancement between Sinn Fein and the Ulster Unionists strife. The issue of demilitarization was the greatest clash since the Good Friday understanding. At Belfast on May 3, 1999, the Irish and British governments, drove by Tony Blair and Bertie Ahern, again attempted to arrange another arrangement to end the impasse. The arrangement would association a transitional official comprised of clergymen from all gatherings, and it would have half year limit for settlement on the issue of demilitarization. The proposition additionally expressed that the Sinn Fein gathering would have until May 2000 to incapacitate, and all arms must be shed before entering the official. Despite the fact that the truces are keeping up, there are periodic instances of viciousness from the adversaries of the Good Friday understanding. Likewise on May 3, 1999, Bertie Ahern denied data that the Irish and the British were considering on an arrangement to shape another official. The IRA has excused the requests to incapacitate by contrasting demobilization with corrupting acquiescence. Long periods of arranging and concocting new designs to tackle the Northern Ireland emergency has neglected to be explained. In the wake of tackling the issue of the truce, the issue of demilitarization despite everything comprises. Tony Blair and Bertie Ahern have not yet discovered an answer for the issue of demobilization. The Irish Republican Army accepts demobilization to be give up and the Ulster Unionists accepts demilitarization to be a panic strategy. Subsequently, giving each other no decision however to differ and deteriorate.

What an American Is Essay example -- Papers America Character Patrioti

What an American Is Webster?s Dictionary characterizes American as or its occupants. However, is that all America and an American genuinely is? Is an individual American basically as a result of geology? As indicated by Identities, ?America is a conversion of societies.? Americans are individuals whose lives delineate people who are attempting to be as fruitful and powerful as could reasonably be expected, this mission is representative to residents of numerous different nations. This is the reason America represents the Statue of Liberty, a structure that represents opportunity all through the world. America is made out of these people groups, however the way of life and the lifestyles of these individuals. The Statue of Liberty represents a bold and amazing figure. Steinbeck concurs that Americans are dauntless when he composes, ?Americans appear to live and inhale and work by oddity.? Americans are courageous and chance taking, investing energy and cash doing things like skydiving, bungijumping, and other outrageous games. Overlooking as a rule the hazard factors engaged with such exercises, accepting that nothing will turn out badly, that it will happen superbly and impeccably. This is a quality that numerous Americans have the decline to accept that they are at serious risk. Most Americans accept that despite the fact that the appendage they are on is frail, it?s sufficient for their wellbeing needs. Americans every day schedules are can likewise be depicted as bold. A valid example for some is the drive to and from work. A great many people speed and drive forcefully in light of the fact that they generally are in a rush. Americans have being immaculate drives, for example, and nev er committing errors. The Statue of Liberty can likewise be portrayed as courageous. The Statue of Liberty is the thing that a great many people consider when asked what represents... ...s. On the off chance that America plays out a positive activity in a remote nation or locally, Americans are satisfied with the legislature. Americans additionally obtain outrage when the legislature does an activity that residents don't affirm of. Be that as it may, Americans are spoken to in their administration and have a decision, since America is a country work around the possibility of opportunity. The Statue of Liberty is the wellspring of this thought of opportunity. Taking everything into account, America is a colossal country of individuals who are to making a decent attempt to be as effective as could reasonably be expected, similarly as the ladies that the Statue of Liberty epitomizes. The Statue of Liberty truly implies Statue of Freedom, and that is the most exact definition an American can have. An American is a free individual who is given the option to carry on with his/her existence without intercession. The Statue of Liberty represents this opportunity to numerous Americans.

Cardiologist Resume Examples, Template, and Resume Tips

Cardiologist Resume Examples, Template, and Resume Tips So, you have graduated from medical school, after four years of studies. You took three years of general internal medicine training. You have also had specialized training in cardiology that lasted for at least three years.All in all, you have spent more than ten years of your life becoming a specialist and you are ready to look for a stable and permanent job in the field.The first thing you need to do before sending out your applications to all the hospitals and medical centers where you would like to work is getting down to writing a resume that will show that you are a great candidate for the job.Follow our lead throughout the following text and use our resume builder for an easier filling in of the needed pieces of information and you will be able to land your dream job in no time.Before we dive into the individual guides for each section of your resume, we would like you to take a look at two examples of good cardiologist resumes that will give you the idea of what one should lo ok like.We are sure that after taking a look at those, you will feel more confident about completing this seemingly difficult task.Cardiovascular Sonography Specialist Resume Example Right Cardiologist Resume Example Right Create your own resumeWHAT INFORMATION IS NEEDED IN THE PERSONAL INFO SECTION OF A GREAT CARDIOLOGIST RESUME IN 2020?When you start thinking about which pieces of information you will include in the Personal Info Section of your Cardiologist resume, think about what is necessary and not redundant.You only need as much data as is shown in the examples above, so that could be your lead.Also, you really do not want to write faulty information, to miss out on a letter or a number, or to spell something wrong. You should pay special attention to that.Nonetheless, let us go through it all.The first thing you will write is your name. You will surely not make mistakes there!However, we would like to point one thing out here: make sure that you write your full name, not your nickname.Patricia Maxwell RightPatty Maxwell WrongAlso, you should make sure that your name matches the names on your diplomas, certificates, social media profiles, and any places where the hiring manager may find you. The position of your name should be in a visible place. You can put it in italic, or even better, in bold and slightly bigger than the rest of the text. But only ever so slightly, you should not exaggerate.A photo is not obligatory in your resume. In some countries, it is usually included, in others it is not.If you pose this question, the traditional, or rather most expected, the answer would be NO.Why is that?Well, the answer is quite simple.As nowadays the general tendency is to avoid discrimination, conscious and otherwise, removing a photo from a resume seems the logical thing to do.If you include it, there may be some possibility of unconscious discrimination against you in the mind of the hiring manager. However, on the other hand, it may show you as a professional person who is serious in their job search.All in all, it is totally up to you whether you will insert a photo in your cardiologists resume or not.Next on the list are your home address and phone number. Well, they are certainly what your potential employer should know.Where you live may be of interest to the hospital or medical center where you might work.You may need to be paid for your daily commute. Maybe the center will provide you with an apartment in the place of work, or offer you a job in a center that is close to your home.A phone number is what you must write and make sure that all the numbers are there correctly. Phone conversations are the easiest way for the potential employer to contact you and arrange an interview. This is why you should pay much attention to this part of your resume.Your email address is as important as your phone number, as the hiring manager may contact you via this means. Similar to writing your name, you should make sure not to use an old email address with a nickname or an alias.The best practice is having an email with your name. If you do not have one like this, you are strongly advised to make it prior to sending out your cardiologist resume.patriciama xwell@gmail.com Rightpattyironheart@gmail.com WrongAll the pieces of advice apply to the social media links you decide to include here: correct information, your name without nicknames.Even if you do not write the links to some social media profiles you have, pay attention to making them presentable as well, since it is not very hard to find anyone on Facebook, Instagram, Twitter, and others.Just have in mind that you are applying for a very serious job post. If you get the job, you will have people’s lives in your hands, so everyone who can possibly be connected with you work-wise should see that you are a serious and professional individual.HOW TO WRITE A PERFECT SUMMARY FOR A CARDIOLOGIST RESUME?The summary is the part of a resume that contains only several sentences and has the purpose of presenting the candidate in a short form.Bearing this in mind, you can conclude that this is a part that should probably receive the most attention and careful thinking.The hiring manager w ho is looking over your application will use the summary to decide whether your resume is worth being read further or not.In order to make the summary the best possible, you should write it at the very end of completing your resume.In this way, you will be able to take an overall look at all the qualifications and accomplishments that you have with regard to the job you are applying for. With this view, you will be able to choose the things that show you in the best possible way and include them in the summary.When writing the Summary Section of your cardiologist resume, you should think not only about what you have achieved but also about the job you are applying for.Match some of the keywords from the job description with the ones you use to present yourself in this section.Now, let us take a look at what pieces of information are to be included here.Start off with your professional title and the years of experience in the field of medicine or cardiology.If you have any certificat ion that is directly connected with your desired job, add it here.Add one or two of your greatest accomplishments that display your capabilities of getting a good job done as a specialist in cardiology.You can finish with any expert knowledge that you may have.Take a look at a good and bad practice when writing the summary section:SummaryProfessional Cardiovascular Sonography specialist experienced in performing echocardiograms and providing non-invasive tests on patients. Maintained the equipment and supervised the spending of supplies, resulting in saving on supply costs by 20%. In the near future, intending to obtain the Registered Diagnostic Cardiac Sonographer (RDCS) Certification with the Pediatric Echocardiography (PE) Specialty. RightSummaryCardiovascular Sonography specialist with 5 years of experience in a cardiology department. WrongTHE BEST WAY TO PRESENT YOUR WORK EXPERIENCE IN A CARDIOLOGIST RESUMEThis part might seem hard to write, but we assure you that it is not!T he format is simple and the only thing you need to really think about are the exact responsibilities and accomplishments you had while you were working there.Even if you do not have much experience, as a medical student you must have had some volunteer work, practice, or internship â€" you can freely add those to the experience section.Despite what (or whether) you were paid for the work, you have certainly worked and learned from that experience!Remember to use the reverse chronological order, which means that you should list the latest experience first, and go back in time, with the oldest experience listed last.Let us take a look at the technicalities regarding the precise details that need to be included.Start with the years when you started and ended working for the company in question.Next, write the name of the company and its location. Just the town/city is enough, you do not need to write the exact address.What follows is your position there.This is the most important part â€" your accomplishments and responsibilities there. You should write those in the form of a bullet list, as it is easy to read and catches the eyes of the reader. Actually, it would be best if you managed to showcase the duties and responsibilities in the form of what you accomplished in those areas. Add numbers if you can: they are easy to remember and to be used for comparison with other candidates.There are some things to avoid here, and they might be somewhat tricky as they are opposed to each other.You should avoid listing experience that is not related to your desired job and leaving big gaps in your employment history as that can make you seem like a bad worker.There is a small trick if you encounter both in your work experience: write shortly about what you have done between two relevant jobs. Do not let those jobs catch too much attention.Also, use them to list the skills that are as connected with your desired job as possible.Hopefully, you have gained some useful knowled ge doing them that can be used in your future company. Right WrongTHE EDUCATION SECTION THAT WILL SHOWCASE YOU AS THE BEST QUALIFIED CANDIDATE FOR THE JOB OF A CARDIOLOGISTWriting the education section has many similarities with writing the experience section.Of course, the hiring managers would most probably value the practical experience more, so if you have a lot of experience, this part would have less importance in your resume and should take up less space.This certainly does not mean that you should omit it altogether.On the other hand, if you do not have much work experience in the field of cardiology and medical education is your trump card, you should step up your game here and present all the benefits you have taken from the schools you have attended.The technicalities are the same â€" reverse chronological order, because the highest school is the most important. The order of information for one school is years of attending, the name of the institution, the degree obtained.If you want to emphasize some medicine-related accomplishme nts or a high GPA, use bullet points.However, avoid this if you do not have something really good to show â€" average grades or achievements will not produce the wanted impressive effect.WRITING THE SKILLS SECTION TO MAKE THE HIRING MANAGER WANT TO EMPLOY YOU AS A CARDIOLOGIST IN 2020If you have in mind that the number of people who suffer from heart-related diseases, you can conclude that the competition for a job as a cardiologist can be tough.This is the reason why you should display your best medical skills and show that you are the right candidate for the job of your dreams.The most important thing to remember here is to take a close look at the job description and to match your skills section (as well as other parts of your resume, certainly) with the requirements for the job.For example, even though you have great computer skills, this may not be of significance to the job of a cardiologist.Therefore, you do not need to include this skill in your resume and should leave that place for a skill that is directly related to what is written in the ad.The bullet format is the best choice here â€" do not write full sentences because it is very possible that the hiring manager will not read them.Bear in mind that there are two separate sets of skills, both of which should be included in this section. They are soft and hard skills.You do not need to separate them visually, but it is strongly advisable that you choose skills from both groups and incorporate them in your cardiologist resume.Soft skills are those related to any job whatsoever â€" communication, teamwork, problem-solving, leadership skills, and the like.On the other hand, hard skills are the technical and expert skills and knowledge which are specific to each field of work.In the case of a cardiologist, some of these include knowledge of internal medicine and cardiology, diagnosis and treatment of cardiovascular issues, and many others.TIPS AND TRICKS FOR MAKING A CARDIOLOGIST RESUME LOOK ATTRACTIVE Adjust the visual presentation of your resume. If it looks messy, you will seem as unprofessional to the person who is reading your resume and will probably not be called to the interview. This includes an easily readable font, bullet lists for observing important information, and general good organization of the whole text of your cardiologist resume.Tell the truth. Avoid lying in your resume, as it can be revealed and your reputation (which is yet to be built) will be ruined at the sole beginning.Do not use the same resume for every job application. You should adjust it to each job description and requirements.Stay concise. Do not write sentences that are too long, nor reveal too much personal information, as this is really unnecessary. While you write your resume, imagine yourself as a hiring manager and think about what may be important for this person to read given the aim of hiring the most qualified cardiologist.Avoid contractions and short word forms â€" this is not professi onal.Proofread several times before you sent it. Make sure that you have corrected any spelling mistakes that may have occurred and that all the data (phone number, email address, etc) are written correctly.You can also give your resume to a person whom you trust and ask them to review it for you. They may think of a better way to formulate something or notice some details that can be written in a better way.If you do not want to be bothered with the technical side of making a resume â€" the font, the spacing, etc, use a template. We have a great resume template that can help you take your mind off these technicalities and let you focus solely on the content of your cardiologist resume.CONCLUSIONSo, we have come to the end of our little guide for writing a great cardiologist resume. We hope that it is now clear how you should write it and present yourself in the best way possible.Before you dive into writing your own cardiologist resume, let us take one last look at three things tha t you should not forget in the process: be relevant, be concise, do not lie.We hope that you have learnt much from this guide and wish you the best of luck in landing the cardiologist job of your dreams! Create your own resume

AN ANALYSIS OF WILLIAM BLAKES SONGS - 2960 Words

AN ANALYSIS OF WILLIAM BLAKE’S SONGS OF INNOCENCE AND OF EXPERIENCE AS A RESPONSE TO THE COLLAPSE OF VALUES TIMOTHY VINESâˆâ€" Blake’s Songs of Innocence and of Experience are a much studied part of the English canon, and for good reason. Blake’s work depicts a quandary that continues to haunt humanity today: the struggle of high-order humanity against the ‘real’ rationality and morals of institutionalised society. This essay seeks to explore both Blake’s literary reaction to the Enlightenment and the response of early readers to his work. Showing more than ‘the Two Contrary States of the Human Soul’,1 Blake’s Songs of Innocence and Experience reveals a symbolic development which existed in opposition to conventional concepts of modernity and†¦show more content†¦Experience was born out of the political troubles – both in England and abroad – which, to Blake, exemplified the struggle of spirit against oppression. A Malcolmson (ed.), William Blake: an introduction, Constable Young Books Ltd, London, 1967. His enemies and critics equated Blake ‘with religious fanatics like Joanna Southcote and lunatics like Richard Brothers.’ D Dorfman, Blake in the nineteenth century: His reputation as a poet from Gilchrist to Yeats, Yale University Press, New Haven, 1969, p. 16. 5 Blake’s method of engraving was as ingenious and novel as his style of writing. According to Blake, his brother Robert, who died in early 1787, visited him in a dream and told him the correct method to engrave his poems. See Malcolmson. 6 See Blake’s colour plates in Keynes’ reproduction. 7 To avoid repetition the individual volumes of Songs of Innocence and of Experience will be cited as Innocence and Experience respectively. 8 G Keynes, in Blake, p. xiv. 3 4 An Analysis of William Blake’s Songs of Innocence and of Experience – Timothy Vines 117 Nonetheless it would be inappropriate to read the two collections in isolation. Blake published both Songs in one volume and the thematic development and harmony between the volumes and individual poems supports an interpretation which treats both Songs as contrasting elements of a single discourse. SimilaritiesShow MoreRelatedAnalysis Of The Songs Of Innocence By William Blake1787 Words   |  8 PagesWilliam Blake, an unconventional writer and artist in Romantic England, was known best for his unique printing method and claim to supernatural visions. In 1789, Blake published the â€Å"Songs of Innocence,† a collection of poems attributed with an innocent, romantic viewpoint, as the title indicates. One of the poems, â€Å"The Divine Image,† was used to identify the nature of God in man. â€Å"The Divine Image† speaker identifies the Mercy, Love, Peace, and Pity found in humans to be truly divine and of GodRead MoreSongs Of Innocence And Of Experience By William Blake Analysis868 Words   |  4 PagesSongs of Innocence and of Experience i s the foundation of the work of one of the greatest. English poets and artists. The two sets of poems reveal what William Blake calls â€Å"the two contrary states of the human soul.† In both series, he offers clues to deeper meanings and suggests ways out of the apparent trap of selfhood, so that each reading provides greater insight and understanding, not only to the poems but also to human life. 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Essay about Exploring Women’s Role in the Bible - 2400 Words

The stories about women in the bible illustrate the importance of their role and contribution to society. Women were slaves, concubines, and child bearers; they were also wives, matriarchs, and prophets. Although, some women had less important titles than others each served a purpose. Even if the Bible does not explain God’s relationship with women as with Moses and other prophets, it illustrates the love and dedication women had for Him. The scriptures describe brave, nurturing, and God fearing women whose decisions impacted the existence of the Israelites. Women and men shared similar roles; however, men had more rights while women had limitations. For instance, male slaves were freed after six years of service while female slaves (Ex.†¦show more content†¦49). Consequently, the following review emphasizes on the women whose stories contributed to the bible. Beginning with (Gen. 2:18) the creation of Adam, God decides to create a mate for Adam. He says: â€Å"It is not good for man to be alone; I will make a fitting helper for him† (p. 5). Using Adam’s rib, God creates the mate. Adam names his mate â€Å"woman,† because â€Å"from man was she taken† (p. 5). The bible explains that women were created from men, even though women give birth. Later, God discovers that Adam and Eve ate fruit from the forbidden tree (Gen. 3:6) and punishes them. However, because Eve enticed Adam to eat the fruit, her punishment is worse than Adam’s. God tells Eve: â€Å"In pain shall you bear children. Yet your urge shall be for your husband, and he shall rule over you† (p. 7). For Eve’s negligence, women will always endure the consequences. In conclusion, God establishes that men will be head of the household over women. It is suggested by Ramon (2005) there are four prominent women of the bible that lead a matriarchal society, two in particular will be discussed: Sarah and Rebekah. 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Petit and fernando Free Essays

There were two young souls with a dedicated passion in the novel † Let The Great World Spin† by Colum McCann expressed themselves through different inspiration. Philippe Petit, the French acrobat who in 1974 walked across a tightrope between the Twin Towers. Petit a man with out a fear, well that’s what you would say if you would watch him pursue what he felt like was destiny. We will write a custom essay sample on Petit and fernando or any similar topic only for you Order Now He had a passion most would call crazy, insane, or even fatal. Fernando Yunque Marcano was Just young Hispanic fourteen year old boy still experiencing life, and adventure through a camera in the treets of New York. Fernando was blown away by the creativity that these artists would express and how they would show their thoughts through art. Philippe and Fernando are two different people in two different settings living in their own journey. Petit was passionate about â€Å"walking on wire. † He didn’t want to think of the consequences he could face while performing such walk. He was a calm person Just focused on his dream to walk further and higher, to call it history I suppose. His motivation was the rush he received. He puts himself to the test and it was even said that â€Å"His favorite moment was running along the wire without a balancing pole- it was the purest bodyflow he could get† (McCann 158). When he finally arrived to walk on the wire and went through the rush â€Å"he felt for a moment uncreated. Another kind of awake† (McCann164). A person feels like it was a different of kind of living says a lot on how he felt for this passion someone would call insane, he felt alive. He felt something he couldn’t compare it to. Petit had a talent that humanity could not deny. Fernando Yunque Marcano was a humble quiet boy with not much money. He is an adolescent but definitely knew where his passion lied. He hid his face through a camera. Fanatical in his work, the only image that he had in his mine was captivating the moment through photography. Fernando would surf the trains of New York putting himself in danger one hand on his camera trying to take pictures of what he saw such beauty in, tags â€Å"loves the way the letters curl, the arcs, the swerves, the flames, their clouds. (McCann 168), it shows that he saw creativity and enjoyment to omething that we see everyday and probably show not much interest in. His talent to express himself in photographs is another way of speech. Philippe Petite was a man with an obsession of the wire. Fernando Yunque Marcano had an obsession of the camera. They were two legendry men in their own unique way. No matter their motive or their reason they did what they loved to do. Their dedication to what they felt was the ir purpose overcame their â€Å"fear† to reality. There dedication to there obsession is another world for his passion. How to cite Petit and fernando, Papers

Ch 4 Insurance Effects Of Tree Diversity In Tropical Forest Restoration Essay Example

Ch 4: Insurance Effects Of Tree Diversity In Tropical Forest Restoration Paper Insurance Effects Of Tree Diversity In Tropical Forest Restoration: Survival And Growth During The First Decade Of The Sabah Biodiversity Experiment Context In chapters 2 and 3, I dealt with the biological mechanisms that may explain the effects of plant diversity on ecosystem functioning observed thus far. But the experiments and modelling in the previous chapters are still at a level of abstraction that makes them difficult to relate directly to real-world ecosystems. Field-scale experiments will help to elucidate which mechanisms may operate at the landscape level. Efforts to capture greater realism in biodiversity-function research should aim to capture the biological and environmental complexity that characterises most ecosystems in nature. Such complexity makes study more challenging, but it may also provide the conditions necessary to describe the functional role of biodiversity in realworld ecosystems. Here, I present results from a field-scale experiment that studies the mechanisms and applications of biodiversity-functioning in selectively logged tropical forests. I propose a mechanism by which plant diversity might enhance ecosystem functioning throughout this complex landscape. I also show how this mechanism can inform the management and restoration of these human-altered forest ecosystems. Chapter Summary Swathes of tropical forest were degraded by selective logging before we could understand how they would be affected and whether they can recover. In SE Asia, enrichment planting with dipterocarp tree seedlings may help restore the forest’s structure and functioning if enough survive to aid canopy closure. We will write a custom essay sample on Ch 4: Insurance Effects Of Tree Diversity In Tropical Forest Restoration specifically for you for only $16.38 $13.9/page Order now We will write a custom essay sample on Ch 4: Insurance Effects Of Tree Diversity In Tropical Forest Restoration specifically for you FOR ONLY $16.38 $13.9/page Hire Writer We will write a custom essay sample on Ch 4: Insurance Effects Of Tree Diversity In Tropical Forest Restoration specifically for you FOR ONLY $16.38 $13.9/page Hire Writer The role of tree diversity in tropical forest restoration is poorly known but planting more species-rich mixtures of dipterocarps into the forest may help ensure the seedlings avoid recruitment failure on one hand and potentially wasteful self-thinning on the other. We 4.80 analyse seedling mortality and growth over the first decade of the Sabah Biodiversity Experiment, to understand whether planting more diverse mixtures may provide such an insurance effect. Mortality was high overall but varied widely among species; their differences in survival were consistent over time. Those with high survival had slow growth and vice versa. Slow-growing species with high survival had more dense wood. Mortality and growth varied spatially across our 500 ha experiment but species responded to changing conditions in independent ways, a key ingredient for an insurance effect. As expected, given the wide spacing between seedlings, species performance did not differ between monocultures and mixtures. But their independent preferences for site conditions may provide an insurance effect of diversity: sites planted as monocultures of poorly surviving species may fail to restore stem basal area and canopy closure—planting mixtures may ensure there is always a species that can perform. Long-term monitoring is needed to determine whether mixing species with different vital rates can insure against this recruitment failure while avoiding potentially wasteful self-thinning in the best performing monocultures. Introduction After twenty years of debate there is now broad consensus that biodiversity has a positive effect on the functioning and stability of ecosystems (Cardinale et al. 2012; Tilman et al. 2014). However, this consensus is founded on a first generation of research from grasslands and other easily manipulated systems, which are often shortterm, small-scale and highly controlled experiments. We need a next generation of experiments to quantify how biodiversity affects ecosystem functioning in more natural and applied situations, including habitat restoration (e.g. Bruelheide et al. 2014). Study of the relationship between biodiversity and the functioning of tropical systems has begun (Ewel Bigelow 1996; Haggar Ewel 1997; Lovelock Ewel 2005; Potvin Gotelli 2008), but the rich diversity of these systems plus their provision of important ecosystem services means further study is required. To help fill this knowledge gap for SE Asian forests we established the Sabah Biodiversity Experiment in Malaysian Borneo (Hector et al. 2011b). The project—a collaboration between ecologists, tropical foresters and a carbon offsetting scheme—tests the effects of tree diversity on the restoration of selectively logged forests which were enrichment planted with once-harvested species to return fully functioning ecosystems. There are over 400 million hectares of logging estates in the tropics, and at least 20% of existing tropical forests were selectively logged between 2000 and 2005 (Edwards et al. 2014). These recently logged forests now cover larger areas of land than primary forest in most regions (Edwards et al. 2014; Laurance et al. 2014). In SE Asia primary forest exists in inaccessible uplands but little remains in lowlands due to unprecedented rates of deforestation (Sodhi et al. 2010; Gaveau et al. 2014). In Sabah Malaysia, conversion to oil palm agriculture has driven forest extent from 86% in 1953 to below 50% (McMorrow Talip 2001). Premature harvesting of previously logged areas has also been common (Reynolds et al. 2011). This forest loss and degradation is threatening many SE Asian plants (Sodhi et al. 2010), including members of the Dipterocarpaceae who dominate these forests and are a valuable timber source (Maycock et al. 2012). But a growing body of evidence is showing that selectively logged forest harbours greater ecosystem value than agricultural land, and even fragmented primary forest within an agricultural landscape, so long as they are not too degraded (Berry et al. 2010; Putz et al. 2012; Edwards et al. 2014). Some are calling to protect these vast areas from further land conversion, and maximise their conservation value by replanting with dipterocarps (Kettle 2010). Enrichment planting is the practice of replanting seedlings into residual stands of selectively logged forest that are poorly stocked with the harvested species. The primary aims are to restock target species, either permanently or for future harvests, while rehabilitating the degraded ecosystem. Tropical tree species are often naturally found at low density so replanting logged species may help to supplement natural regeneration and overcome recruitment limitation. This might be particularly necessary for dipterocarps whose reproductive biology (irregular masting reproduction, low dispersal, no seedbank, and vulnerable seedling banks) may jeopardise regeneration. Enrichment planting aims to overcome dispersal and recruitment limitation, speeding the return to tall, complex canopies. However, evidence for the effectiveness of enrichment planting is incomplete despite its widespread implementation since the 1960s (Chan et al. 2008). Success will depend on how many natural seedlings remain and whether enough planted seedlings survive to recreate the pre-logging canopy structure. Improvements in enrichment planting techniques have helped to boost success, but progress is far from complete (Chan et al. 2008). The effectiveness of enrichment planting can only be assessed once key evidence gaps have been filled. One key issue is whether effectiveness is hampered by planting at low diversity; single species, or mixtures of a few species, are typically enrichment planted over large areas. The vital rates (survival and growth) of commonly planted species and their environmental preferences are not well known, limiting the ability to match species with favourable planting sites. Whether speciessite matching is at all feasible is unclear since survival may vary over such fine spatial scales that its implementation is unrealistic. The role of tree diversity and how species combine in mixed-species plantings has received even less study. The dipterocarp forests of SE Asia therefore provide a unique situation where enrichment planting schemes can be used to investigate the role of tree diversity for forest functioning and restoration. The Sabah Biodiversity Experiment, part of a network of tree diversity experiments (Verheyen et al. 2015), addresses these questions by manipulating the identity, composition and diversity of enrichment-planted dipterocarps to assess how effectively this practice can restore the functioning and stability of these selectively logged lowland rainforests (Hector et al. 2011b). Because of the wide spacing of planted seedlings (3 seedlings per 10 m of planting line) and the background vegetation left after logging, we did not expect to see biodiversity effects based on complementary species interactions this early in the experiment. Even so, enrichment planting does provide the potential for an insurance effect based on intrinsic differences in seedling mortality and growth. The usual practice in enrichment planting schemes is to stock large areas with low-diversity mixtures, often monocultures of seedlings available from nurseries. Monocultures run the risk of recruitment failure if the planted species turns out to be a poor survivor under the given circumstances; tree density may become so depleted that the planting does nothing to supplement natural regeneration (Hector et al. 2011b; Saner et al. 2012). Planting more diverse mixtures might provide a simple insurance against such recruitment failure. Diverse mixtures might also provide a more efficient use of seedlings by avoiding wasteful levels of selfthinning of species with high survival rates. Here, we present the mortality and growth of the first cohort of seedlings during the first decade of the project. We propose and test a potential insurance effect of tree diversity in replanting schemes, in which mixtures avoid the potential two-fold cost of monoculture planting: recruitment failure of the worst surviving species and wasteful self-thinning of the best. Methods Data collection The Sabah Biodiversity Experiment (Hector et al. 2011b) covers 500 ha in the Malua Forest Reserve, a region of selectively logged forest bordering primary forest at Danum Valley Conservation Area located in the Malaysian state of Sabah, Borneo. Malua Forest Reserve, part of the Yayasan Sabah Forest Management Area forest concession, was logged in the late 1980s. Malua was first logged between 1984 and 1986 and, except our experiment site, again in 2007. The anticipated harvest cycle is 50–60 years, the estimated time needed to achieve a species composition similar to unlogged forest (Yamada et al. 2013). The Yayasan Sabah (Sabah Foundation) concession also includes the 30,000 ha Innoprise-FACE Foundation Rainforest Rehabilitation Project (INFAPRO). The Sabah Biodiversity Experiment replicates INFAPRO’s enrichment-planting techniques where possible to maximise the potential for practical recommendations. The experiment contains 124 four-hectare (200 x 200 m) plots, split between two blocks that are north and south of a logging road (see figure 1 in Hector et al. 2011b or Supplementary Material SA1). There are 60 plots in the north block and 64 in the south block. Seedlings were planted 3 m apart along parallel planting lines in a stratified randomised design. Each plot contains 20 planting lines spaced 10 m apart. Ninety-six of these plots comprise a diversity gradient treatment. The remainder are comprised of 12 unplanted controls, and another 16 sixteen-species mixtures that were given enhanced climber cutting (explained below). Only the 96 diversity gradient plots are analysed here. The diversity gradient manipulates species richness using a factorial design, including replicated species compositions within species richness levels (1, 4 and 16 species). Species compositions within the four-species mixtures provide a gradient of generic richness and are designed to produce a range of canopy structures once the planted seedlings mature. Each species richness level has 32 plots. In the enhanced climber-cutting treatment, climbers are cut throughout the whole plot, not just along the lines as in standard enrichment line planting—this is said to improve recovery time during restoration. As with standard enrichment-planting practice, following early mortality, the initial planting cohort of seedlings (cohort 1 planted 2002–2003) were supplemented with a second replanting cohort (cohort 2 planted 2009–2011). Across both cohorts, a total of 96,369 seedlings have been surveyed. Due to the scale of the experiment each full survey took two years to conduct (see Supplementary Material for histograms of seedling age). Although, to complement this large-scale but time-consuming monitoring, a subset of plots have been more intensively sampled—six extra surveys to date (Philipson et al. 2014). Therefore in 12 years there have been two full surveys of all seedlings. The first survey (Nov 2003–May 2005) included only the first cohort of seedlings whilst the second survey included both cohorts (Nov 2011–Sep 2013). Here we analyse survival and growth of the first cohort using both full surveys (survival of the second cohort can only be assessed after the next survey). We recorded survival and size for every seedling each time they were visited. We measured basal diameter (2 cm) and, when they were tall enough, diameter at breast height (1.3 m). During early surveys we took ancillary measurements, such as descriptions of each seedling’s local environment. Study species The 267 species of dipterocarp known to occur in Malaysian Borneo belong to nine diverse genera—and roughly half of these species belong to one genus, Shorea (Ashton 2004). The sixteen species we planted are Dipterocarpus conformis Slooten, Dryobalanops lanceolata Burck, Hopea ferruginea Parij, Hopea sangal Korth., Parashorea malaanonan (Blanco) Merr., Parashorea tomentella (Blanco) Merr., Shorea argentifolia Sym., Shorea beccariana Bruck, Shorea faguetiana Heim., Shorea gibbosa Brandis., Shorea johorensis Foxw., Shorea leprosula Miq., Shorea macrophylla Ashton, Shorea macroptera King, Shorea ovalis Korth., and Shorea parvifolia Dyer (Supplementary Material ST1). All species except D. conformis are members of the Shoreae tribe—though Dipterocarpus is sister to Shoreae and there is mixed support for the monophyly of Shoreae within this clade (Kajita et al. 1998). Shorea, Parashorea and Hopea form a polyphyletic group. Several sections within Shorea, covering multiple commercial timber types, are represented within our species (Ashton 1982). Our species were selected because they (i) represented those found in the surrounding forest, (ii) cover a range of traits and ecological strategies, and (iii) were sufficiently available as seedlings when we planted. The seedlings initially planted were sourced from INFAPRO; a dedicated project nursery was later set up to cultivate newly collected seedlings for the second cohort. Other species that were too scarce for the main experiment have been studied in smaller associated experiments manipulating light and water (Saner et al. 2010; Paine et al. 2012; Philipson et al. 2012; O’Brien et al. 2013, 2014, 2015), producing data on a total of 28 species. SE Asian dipterocarps are emergent, shade-tolerant trees concentrated in aseasonally wet evergreen lowland forest on well-drained soils. They are mostly found below 800 m altitude, and their abundance and diversity declines above 400 m. They produce seeds during mast fruiting events. If these seeds do not germinate quickly they die due to heavy browsing (Hautier et al. 2010) or recalcitrance (O’Brien et al. 2013). Surviving seeds produce a seedling bank. Although dipterocarps are one latesuccessional functional group there is evidence for a trade-off, particularly at the juvenile stage, between growth and survival (Philipson et al. 2014). Dipterocarps reach peak biomass, density and species richness on yellow or red lowland soils, where they comprise >50% aboveground tree biomass and >70% of emergent individuals (Ashton 2004). It is the dipterocarps that give these forests their exceptionally high biomass (Banin et al. 2014). In the 1980s, dipterocarps provided 25% of tropical hardwood supply worldwide, and 80% of this share came just from Shorea (Ashton 1982). Juveniles are easily disturbed during logging, undermining their regeneration; they may not return for centuries in heavily degraded soils (Ashton 2004). Palaeoecological work has shown that SE Asian tropical forests often take centuries to fully recover from disturbance—longer than any other tropical region (Cole et al. 2014). Data analysis Every seedling had its survival and size recorded in each survey (1 = alive, 0 = dead). For cohort 1 there are two surveys of all seedlings, with median age of 752 days at survey 1 and 3691 days at survey 2. Growth and survival of seedling cohort 2 cannot be analysed here as they require a second measurement, which we will have once we conduct a third full census (one of the programme’s next priorities). We could not analyse growth and survival at the seedling level because there was spatial correlation within 200 m that would undermine our inference. We aggregated data to the specieswithin-plot level to remove within-plot spatial correlation (see Supplementary Material SA2). On average, these species-within-plot aggregations were based on 80 survival observations. This left us with 1336 plot-level observations and a minimum of three replicates for any species within a species composition. Survival and growth were modelled by fitting two linear mixed-effects models. Survival was assessed as the proportion of planted seedlings remaining in a plot in a given survey. Growth was assessed as change in average log-transformed basal diameter of those surviving seedlings. We kept explanatory variables as consistent as possible to help compare survival and growth: species-within-plot was fitted as a random effect (one variance for a factor with 672 levels), and the fixed effects were a three-way interaction between species identity (16 levels), species composition (33 levels), plus a representation of survey time that differed between models (as species do not occur in every composition, there are 96 species-within-composition levels). For survival, survey time was a factor with two levels, giving the average proportional survival since planting for each survey (survey 1: 0–2 years since planting; survey 2: 0–10 years since planting). For growth, instead of treating surveys as a factor, survey time was continuous (number of days since planting). The slopes of change in log size between the two surveys gave our estimated growth. Growth was therefore analysed using a subset of the survival data, using only seedlings alive at both surveys (1122 plot-level observations). Both models estimated 193 parameters: one additional variance component and 192 fixed effects. For each of the 96 species-withincomposition levels, the survival model estimated two intercepts, whereas the growth estimated one intercept and one slope. These models were fitted using lme4 v1.1-7 (Bates et al. 2014) in R v3.2.1 (R Core Team 2014). Their model formulas were, meanSurvival ~ species*spComposition*surveyNumber + (1|plot:species) meanLogBasalDiameter ~ species*spComposition*meanSeedlingAge + (1|plot:species) To quantify the overall performance of each species, among species compositions, we took the average of their population-level predicted values. These species-level estimates of growth and survival in each survey were used to assess how strongly species differ, whether their ranking in survival remains consistent over time, and whether they trade off survival against growth. We correlated survival and growth with wood density and specific leaf area, which were estimated from previous experiments within our site using the same seedling cohort (Philipson 2009; Philipson et al. 2012; O’Brien et al. 2013, 2014). Spatial variation in species survival was quantified using predictions from the random effect—plot-level deviations from the overall survival for each species. By tracking the relative effect of every 16-species mixture plot upon each species we could show whether species were responding differently to the same conditions. We tested whether species were truly responding differently to plot conditions by fitting two non-nested models: one allowing species-specific responses to plot conditions and another assuming species respond equally (species-specific responses, (1|plot:species), were compared with (1|plot)). We compared these models by seeing how much AIC improved when species-specific responses were allowed (Pinheiro Bates 2000). Finally, we summarised overall plot-level performance, averaging across species, as the density of surviving seedlings; this was plotted against species richness, and then broken down into specific compositions, to assess whether a spatial insurance effect might confer an advantage to planting more diverse tree mixtures. Results Seedling survival and growth varied widely among species, after two and ten 4.91 years since they were planted (Figure 4.1 top panel; for estimates see Supplementary Material SA2). The proportion of first-cohort seedlings that survived overall was low (0.36 after two years and 0.12 after ten years). Species ranking in survival was consistent over the two surveys (Figure 4.1 bottom panel; Pearson’s r = 0.79). After ten years the seedlings had grown to an average apex height of 1.25 m (max. = 12 m) and average basal diameter of 1.6 cm (max. = 28 cm). There was a trade-off between survival and growth among species—though this fades over time as mortality mounts and proportional survival shrinks (0–2 years, r = -0.63; 2–10 years, r = -0.43). Figure 4.1. Growth trades off with survival. Growth and survival during the two survey intervals (2002–3; 2008–11). Above: Proportional survival (at 2 and 10 years since planting) versus growth rate (change in log basal diameter between survey 1 and 2) for the 16 species, showing a negative trade-off. Below: The proportion of seedlings that survived 0–2 years versus 2–10 years since planting are positively correlated, showing consistent ranking in survival over time. Species codes are shown in Supplementary Material ST1. Grey regression lines show overall trends. Figure 4.2. Survival spatially varies and species respond to environmental variation in different ways. The species identity by environment interaction for seedling survival in the 16-species mixtures. Points represent the average survival of a species in a plot relative to the average of that species over the whole experiment (taken from the plot:species random factor)—so positive values show plots with better-than-average survival. Grey lines join particular plots, illustrating the varying performance of different species in the same conditions. The red line gives one example: while this plot shows above-average survival for some species (e.g. D. conformis shows its highest survival) other species experience below-average survival. We correlated survival and growth after ten years with traits that may link to ecological strategies or insights for planting practice. Wood densities for all species (excluding H. ferruginea whose high mortality prevented trait estimation) positively correlated with survival after ten years (r = 0.78) and negatively correlated with growth (r = -0.50). Specific leaf area weakly correlated with survival (r = 0.06) and growth (r = -0.14). A buffering effect of increased tree diversity may occur if species show varied responses to spatial variation and respond independently or asynchronously to one another. All species showed substantial spatial variation in survival and growth across the 500 ha experiment, though some more than others (Figure 4.2). The species that showed the most variable survival across the experiment were not necessarily those that showed the most variable growth (see Supplementary Material SA2 to compare growth with the survival in Figure 4.2). Species survival also responded to plot-level conditions in different ways, so the most favourable location for one species could be one of the least favourable for another (follow the red line in Figure 4.2). When speciesspecific responses to plot conditions were allowed, AIC and BIC both reduced by ~19, suggesting species truly respond differently to plot conditions. Figure 4.3. Seedling density is less variable in more diverse mixtures. Density of surviving firstcohort seedlings as a function of plot species richness. The data, showing the number of seedlings per ha within each plot, are summarised with box and whiskers: boxes show the 25th, 50th and 75th percentile density, and whiskers extend to the most extreme density values within 1.5 times the inter-quartile range. While the median density remains constant, variation among plots decreases as species richness increases, particularly after two years (survey 1). Figure 4.4. Mixtures avoid detrimentally low and wastefully high densities. Density of surviving first-cohort seedlings after ten years, in 16-species mixtures and monocultures. Small points show densities in each plot and large points are the means. The grey band shows the 95% confidence interval of the 16-species mixture mean. The confidence interval for the probability of survival, p, was obtained using the Wilson method (Held Sabanà ©s Bovà © 2014), then expressed as the number of surviving trees per ha, (p∙n)/4. Many monocultures show extreme densities compared to mixture mean. We cannot assess this insurance effect conclusively due to the early stage of the experiment and the lack of data for the second seedling cohort. However, at the first survey the highest and lowest densities of surviving seedlings were seen in monocultures (Figure 4.3 and Figure 4.4). The species mixtures are no different from the monocultures on average, just as we expected, because interactions between 4.95 seedlings are not yet strong. The variability in density, however, does decrease as species richness increases, particularly after two years (Figure 4.3). And the replicated monocultures of a given species were often more variable than what we saw among the 16-species mixtures (Figure 4.4). Planting more diverse mixtures did initially buffer the density of surviving seedlings after two years, but mortality continued over the following eight years and average density decreased within all species richness treatments. Whether there is a long-term insurance effect of diversity on forest restoration will depend on the immediate and long-term survival of both seedling cohorts. Discussion Despite the early stage of the Sabah Biodiversity Experiment, several clear results emerge from our analysis of survival and growth during its initial decade. Firstly, we found a clear life-history trade-off between survival versus growth and consistent differences amongst our sixteen dipterocarps in their positions along this trade-off (Figure 4.1). Secondly, not only did species differ on average but they also responded differently to spatial variation, suggesting they specialise on different conditions (Figure 4.2). Thirdly, as expected given the wide spacing of the planted seedlings, there is no evidence of complementary species interactions in mixtures yet (Figure 4.3). Finally, the most extreme high and low seedling densities are found in particular monocultures (Figure 4.4). We discuss each of these points in turn before considering their relevance for enrichment planting schemes and the potential insurance effect of tree diversity in forest restoration. The trade-off between survival and growth The results of our more general analysis here support the conclusions of an earlier, more detailed analysis that identified a trade-off between growth and survival (Philipson et al. 2014). Our earlier work showed that these dipterocarps trade off survival against growth generally, irrespective of the light conditions they are exposed to: all species were affected by light, but their ability to grow or survive relative to others remained unchanged. This follows work in other tree communities showing that the growth-survival trade-off is a major axis of life-history variation (e.g. Grubb 1977; Pacala et al. 1996; Wright et al. 2010). While species differences in survival rates were consistent over time in our study, species estimates of survival are not completely consistent with other studies. When comparing our survival estimates with those at the nearby INFAPRO enrichment-planting sites, the same species observed over a similar timescale experienced unrelated levels of mortality (Godoong et al., unpublished data). Among the species found in both our experiment and the INFAPRO site, those that have shown the best survival so far in our experiment have not been the best survivors at INFAPRO. For example, D. lanceolata was clearly the best survivor at INFAPRO after 13 years, with approximately 30% survival—twice the survival rate shown by any other species at the time. However in our experiment, S. ovalis, also planted at INFAPRO, attained higher survival than D. lanceolata. These differences between our experiment and INFAPRO could be due to numerous factors, including age of seedlings and site-spe cific conditions (see below). Trait-mediated trade-offs Various authors have hypothesized links between demographic rates and plant traits, in particular wood density and specific leaf area (King et al. 2006; Sterck et al. 2006; Kraft et al. 2010), although some are more cautious (Anten Schieving 2010; Larjavaara Muller-Landau 2010; Paine et al. 2015). Both the results of this analysis and of our earlier work support the link of the survival versus growth trade-off with wood density, such that species with denser wood have higher survival but lower growth rates. On the other hand, both our current analysis and earlier work found no association with specific leaf area. We did find that average survival of species were positively correlated with both total biomass and root mass ratio of the initial sample of harvested seedlings, as is often found (Chan et al. 2008). Related experiments at the same site (with 8 dipterocarps including 7 of the species used here) have shown that indivi duals and species with higher levels of non-structural (soluble) carbohydrates survive longer under extreme drought—a major cause of tropical tree mortality that may be exacerbated by climate change (O’Brien et al. 2014, 2015). Extending this work on non-structural carbohydrates and drought survival to the Sabah Biodiversity Experiment is a next priority for the project. Spatial heterogeneity and species-by-environment interactions One strategy to improve enrichment planting survival rates may be to plant species in sites that will optimise their growth and survival based on their known ecology (Kettle 2010). If species respond to large-scale differences amongst sites in differing ways then there may be potential. However, if site conditions are fine-grained they may be at too small a scale to make species-site matching practical. Spatial variation in mortality over the 500 ha Sabah Biodiversity Experiment site was 4.98 substantial. Elevation is generally highest in th e most northerly and southerly areas, decreasing towards the road separating the north and south blocks. There were no discernible effects of the road, nor the river (Supplementary Material SA2). Within distances of 200 m or less (within plots), percentage survival commonly varied  ±10% from average and more extreme fluctuations were twice this in magnitude. Within plots, seedlings were planted with 3-m spacing along parallel lines 10 m apart. Survival tends to be more similar within lines than among them as would be expected given the shared conditions along lines (e.g. conditions when the line was planted; damage by elephants that use lines to move through the forest; canopy openness and light levels). So, while our results do show that species respond to site conditions differently, the most relevant conditions may vary at too fine a scale for species-site matching to be practical. This is supported by studies relating seedling survival to micro-topography and associated differ ences in soil moisture (Born et al. 2015). Lack of interactions between species in mixtures As we expected, we found no evidence for an effect of plot species richness (or composition) on growth or survival. This is because there is limited scope for interactions between trees during the early stages of the experiment given their size relative to the planting density (pre-mortality) of 3 x 10 m. However, while the average seedling height to apical meristem in 2013 was only about 1 m (including the younger second seedling cohort, see Supplementary Material SA2) some of the larger survivors from the first cohort were already approaching sizes (12 m) where they may interact with neighbours, especially along planting lines. Regular measurement of survival and growth will allow us to detect when enrichment-planted seedlings start to strongly interact. Enrichment planting We found high mortality for the first seedling cohort, with only 35% remaining after two years and 12% after a decade. Rapid mortality is typical for enrichment planting—hence the replanting—but levels in our experiment are higher than some rates reported elsewhere (Chan et al. 2008) and for the nearby INFAPRO (~50% at 3 years; MS and SWY) and INIKEA projects (~30-60% at 10 years). Intensive maintenance after planting improves survival rates (Ã…djers et al. 1995) so it is possible that some enrichment planting schemes may achieve better survival through this route. The state of the planted seedling stock also impacts survival and growth, so it will be interesting to compare the mortality reported here with the second cohort, which came from different stock. A new survey that includes measurement of the second cohort is therefore a priority for the project. One caveat when comparing our results with the wider literature is that our seedling densities are based strictly on the enrichment-planted seedlings, whereas other projects may inadvertently or deliberately also include naturall y-occurring seedlings. Potential insurance effect of tree diversity in forest restoration Due to the small seedling size relative to the planting density we knew there would be limited scope for interactions between species in mixtures during the initial stage of the experiment. However, we did anticipate that species differences in survival rates could provide the basis for an insurance effect of tree diversity, in which species mixtures avoid the potential recruitment failure of monocultures with low survival and the potentially wasteful self-thinning in stands of species with the highest survival. Our results show how the survival rates of these species are variable and susceptible to spatial variation, which could generate such an insurance effect. However, it is too early to predict the eventual densities of different monocultures and mixtures, or what levels of self-thinning and recruitment failure will result. In comparison, the INFAPRO project’s original goal was to r each a density of 15–30 mature harvestable (>60 cm dbh) dipterocarps per ha to replace the trees that logging operations removed (the INFAPRO area has since been protected from commercial logging). The trade-off between survival and growth means that these two contributions to stem area tend to cancel out, producing some plots with a higher density of smaller trees and others with a lower density of larger trees. However, in the long term we expect fast-growing species (lower survival and wood density) to be replaced by slow-growing species (higher survival and denser wood). Regular long-term monitoring will be essential to identify the role of tree diversity in the functioning of these ecosystems and its underlying biological mechanisms. Next Page – Ch 5: The Effects Of Organic Farming On Biodiversity Previous Page – Ch 3: How Do More Diverse Plant Communities Increase Ecosystem Functions