String output = firstPart + lastTwoChar;
return output;
}
+
+ public static String normalized(String x) {
+ String result;
+
+ result=CdmUtilsBelen.replaceSpecialCharacters(x);
+ result=CdmUtilsBelen.soundalike(result);
+ result=CdmUtilsBelen.replacerGenderEnding(result);
+// tempGenus =NameServiceImplementBelen.replaceInitialCharacter(tempGenus);
+ result=CdmUtilsBelen.removeDuplicate(result);
+
+ return result;
+ }
}
*/
public DeleteResult isDeletable(UUID nameUuid, DeleteConfiguratorBase config, UUID taxonUuid);
- public List<DoubleResult<TaxonNameParts, Integer>> findMatchingNames(String taxonName, int maxDistanceGenus, int maxDisEpith, int limit);
+ public List<DoubleResult<TaxonNameParts, Integer>> findMatchingNames(String taxonName, Integer maxDistanceGenus, Integer maxDisEpith);
}
import eu.etaxonomy.cdm.api.service.search.SearchResultBuilder;
import eu.etaxonomy.cdm.api.util.TaxonNamePartsFilter;
import eu.etaxonomy.cdm.common.CdmUtils;
+import eu.etaxonomy.cdm.common.CdmUtilsBelen;
import eu.etaxonomy.cdm.common.DoubleResult;
import eu.etaxonomy.cdm.common.URI;
import eu.etaxonomy.cdm.common.monitor.IProgressMonitor;
*/
//TODO work in progress
@Override
- public List<DoubleResult<TaxonNameParts, Integer>> findMatchingNames(String taxonName, int maxDistanceGenus, int maxDisEpith, int limit) {
+ public List<DoubleResult<TaxonNameParts, Integer>> findMatchingNames(String taxonName, Integer maxDistanceGenus, Integer maxDisEpith) {
//0. Normalizing and parsing
-// TODO Remove all qualifiers such as cf., aff., ?, <i>, x, etc.
+// TODO? Remove all qualifiers such as cf., aff., ?, <i>, x, etc.
TaxonName name = (TaxonName) NonViralNameParserImpl.NewInstance().parseFullName(taxonName);
- String genusQuery = name.getGenusOrUninomial();
+
+ String genusQuery = name.getGenusOrUninomial();
String epithetQuery = name.getSpecificEpithet();
+ int distance=0;
+ int epithetDistance=0;
+ // phonetic normalization of query (genus)
- //1. Genus pre-filter
+ String tempGenusPhon= NameServiceImplementBelen.replaceInitialCharacter(genusQuery);
+ String tempGenus = CdmUtilsBelen.normalized(tempGenusPhon);
- String initial= genusQuery.substring(0,1) + "*";
- List<String> tempGenusList = dao.distinctGenusOrUninomial(initial, null, null); //list of all genera in the database starting with the initial letter of the query
- List<String> genusList= new ArrayList <>(); // compare the length of query and the length of the database name. When the difference is less than the variable "limit", add the genus into the list
+ String tempEpithPhon= NameServiceImplementBelen.replaceInitialCharacter(epithetQuery);
+ String tempEpith= CdmUtilsBelen.normalized(tempEpithPhon);
- for (String x:tempGenusList) {
- if (Math.abs(x.length()-genusQuery.length())<=limit) {
- genusList.add(x);
+ //1. Genus pre-filter
+
+ // set a list with all names in DB starting with the first character of query
+
+ String initial= tempGenus.substring(0,1).toUpperCase() + "*";
+ List<String> tempGenusListNormal = dao.distinctGenusOrUninomial(initial, null, null);
+
+ //set a list with all genera in the database starting with the initial letter of the PHONETIC TRANSFORMATION query
+ String initialPho = tempGenusPhon.substring(0,1).toUpperCase()+"*";
+ List <String> tempGenusListPhon=new ArrayList<>();
+ if (!initial.equals(initialPho)) {
+ tempGenusListPhon = dao.distinctGenusOrUninomial(initialPho, null, null);
+ }
+
+ //add genera that have a phonetic match
+ List<String> genusList= new ArrayList <>();
+ genusList.addAll(tempGenusListPhon);
+
+ // see word file Step 1. Rule 3.
+
+ for (String x:tempGenusListNormal) {
+
+ if (Math.abs(x.length()-genusQuery.length())<=2) {
+
+ if(genusQuery.length()<5) {
+
+ if (genusQuery.substring(0,1).equals(x.substring(0,1)) ||
+ genusQuery.substring((genusQuery.length()-1),genusQuery.length()).equals(x.substring((x.length()-1),x.length()))) {
+ genusList.add(x);
+ }
+ } else if (genusQuery.length()==5) {
+ if (genusQuery.substring(0,2).equals(x.substring(0,2)) ||
+ genusQuery.substring((genusQuery.length()-3),genusQuery.length()).equals(x.substring((x.length()-3),x.length()))){
+ genusList.add(x);
+ }
+ } else if (genusQuery.length()>5){
+ if (genusQuery.substring(0,3).equals(x.substring(0,3)) ||
+ genusQuery.substring((genusQuery.length()-3),genusQuery.length()).equals(x.substring((x.length()-3),x.length()))){
+ genusList.add(x);
+ }
+ }
}
}
+
+ //deduplicate list
+
+ Set<String> noDuplicate = new HashSet<>(genusList);
+ genusList.clear();
+ genusList.addAll(noDuplicate);
+
+ //2. comparison of genus
+
+ if (maxDistanceGenus==null) {
+ maxDistanceGenus=4;
+ }
+
+// List<String>tempListGenus = new ArrayList<>();
+ String queryDocu;
List<DoubleResult<TaxonNameParts,Integer>> fullTaxonNamePartsList = new ArrayList<>();
- //2. comparison of:
+ for (String genusNameInDB:genusList) {
+ String genusNameInDBNor=NameServiceImplementBelen.replaceInitialCharacter(genusNameInDB);
+ genusNameInDBNor=CdmUtilsBelen.normalized(genusNameInDBNor);
+ if (NameServiceImplementBelen.trimCommonChar(tempGenus, genusNameInDBNor).trim().isEmpty()) {
+ queryDocu="";
+ } else {
+ queryDocu=NameServiceImplementBelen.trimCommonChar(tempGenus, genusNameInDBNor);
+ }
- //genus
- for (String genusNameInDB : genusList) {
- int distance = CdmUtils.modifiedDamerauLevenshteinDistance(genusQuery, genusNameInDB);
- if (distance <= maxDistanceGenus) {
- List<TaxonNameParts> tempParts = dao.findTaxonNameParts(Optional.of(genusNameInDB),null, null, null, null, null, null, null, null);
- for (TaxonNameParts namePart: tempParts) {
- fullTaxonNamePartsList.add(new DoubleResult<TaxonNameParts, Integer>(namePart, distance));
+ if (queryDocu=="") {
+ distance = 0;
+ } else {
+ String inputShort= queryDocu.split(" ")[0];
+ String DbShort=queryDocu.split(" ")[1];
+ distance = CdmUtils.modifiedDamerauLevenshteinDistance(inputShort,DbShort);
+ }
+
+ //3. genus post-filter
+ int lengthTemp = genusQuery.length();
+ int lengthDB=genusNameInDB.length();
+ int half=Math.max(lengthTemp,lengthDB)/2;
+//Genera that match in at least 50% are kept. i.e., if genus length = 6(or7) then at least 3 characters must match AND the initial character must match in all cases where ED >1
+ if (distance <=maxDistanceGenus) {
+ List<TaxonNameParts> tempParts1 = dao.findTaxonNameParts(Optional.of(genusNameInDB),null, null, null, null, null, null, null, null);
+ for (TaxonNameParts namePart1: tempParts1) {
+ fullTaxonNamePartsList.add(new DoubleResult<TaxonNameParts, Integer>(namePart1, distance));
}
- }
+ } else if(half<maxDistanceGenus && tempGenus.substring(0,1).equals(genusNameInDBNor.substring(0,1))) {
+ List<TaxonNameParts> tempParts2 = dao.findTaxonNameParts(Optional.of(genusNameInDB),null, null, null, null, null, null, null, null);
+ for (TaxonNameParts namePart2: tempParts2) {
+ fullTaxonNamePartsList.add(new DoubleResult<TaxonNameParts, Integer>(namePart2, distance));
+ }
+ }
+ }
+
+ // 4. epithet pre-filter
+ List<DoubleResult<TaxonNameParts,Integer>> fullTaxonNamePartsList2 = new ArrayList<>();
+
+ for (DoubleResult<TaxonNameParts, Integer> nameX: fullTaxonNamePartsList) {
+ if (nameX.getFirstResult().getSpecificEpithet().length()-tempEpith.length()>4) {
+ fullTaxonNamePartsList2.add(nameX);
+ fullTaxonNamePartsList=fullTaxonNamePartsList2;
+ }
+
+
+ }
+ // 5. comparison of epithet
+ if (maxDisEpith==null) {
+ maxDisEpith=4;
}
- //epithet
- //add epithet distance
+
List <DoubleResult<TaxonNameParts, Integer>> epithetList = new ArrayList<>();
+ String queryDocu2;
for (DoubleResult<TaxonNameParts, Integer> part: fullTaxonNamePartsList) {
- int epithetDistance = CdmUtils.modifiedDamerauLevenshteinDistance(epithetQuery, part.getFirstResult().getSpecificEpithet());
- if (epithetDistance <= maxDisEpith) {
+
+ String epithetInDB = part.getFirstResult().getSpecificEpithet();
+ int lengthEpithetInDB=epithetInDB.length();
+ int lengthEpithetQuery=epithetQuery.length();
+ int half=Math.max(lengthEpithetInDB,lengthEpithetQuery)/2;
+
+ String epithetinDBNorm=NameServiceImplementBelen.replaceInitialCharacter(epithetInDB);
+ epithetinDBNorm=CdmUtilsBelen.normalized(epithetinDBNorm);
+ if (NameServiceImplementBelen.trimCommonChar(tempEpith, epithetinDBNorm).trim().isEmpty()) {
+ queryDocu2="";
+ } else {
+ queryDocu2=NameServiceImplementBelen.trimCommonChar(tempEpith, epithetinDBNorm);
+ }
+
+ if (queryDocu2=="") {
+ epithetDistance=0;
+ } else {
+ String inputShort= queryDocu2.split(" ")[0];
+ String DbShort=queryDocu2.split(" ")[1];
+ epithetDistance= CdmUtils.modifiedDamerauLevenshteinDistance(inputShort,DbShort);
+ }
+
+ int totalDist = part.getSecondResult() + epithetDistance;
+ part.setSecondResult(totalDist) ;
+
+ // 6. species post-filter
+
+ if (totalDist <= maxDisEpith) {
epithetList.add(part);
- part.setSecondResult(part.getSecondResult() + epithetDistance) ;
-// tempMap.add(part, fullTaxonNamePartsList.get(part) + epithetDistance); // need to check how the final distance is calculated
- }else {
- //do nothing
- //tempMap.remove(part);
- }
+ }else if (half<maxDisEpith) {
+ if ((tempEpith.substring(0,1).equals(epithetInDB.substring(0,1))
+ && epithetDistance==2||epithetDistance==3)||
+ (tempEpith.substring(0,3).equals(epithetInDB.substring(0,3))
+ && epithetDistance==4)) {
+ epithetList.add(part);
+ }
+ }
}
Collections.sort(epithetList, (o1,o2)->o1.getSecondResult().compareTo(o2.getSecondResult()) );
-// tempMap.entrySet().stream().forEach(e->result);
-//
-// Map<TaxonNameParts,Integer> sortedBestMatches = tempMap.entrySet().stream().sorted(Map.Entry.comparingByValue()).limit(limit)
-// .collect(Collectors.toMap(
-// Map.Entry::getKey, Map.Entry::getValue, (e1, e2) -> e1, LinkedHashMap::new));
- return epithetList.subList(0, Math.min(limit,epithetList.size()));
+
+ List <DoubleResult<TaxonNameParts, Integer>> exactResults = NameServiceImplementBelen.exactResults(epithetList);
+ List <DoubleResult<TaxonNameParts, Integer>> bestResults = NameServiceImplementBelen.bestResults(epithetList);
+
+ if(!exactResults.isEmpty()) {
+ return exactResults;
+ } else {
+ return bestResults;
+ }
}
}
\ No newline at end of file
import java.util.ArrayList;
import java.util.List;
+import eu.etaxonomy.cdm.common.DoubleResult;
+import eu.etaxonomy.cdm.persistence.dto.TaxonNameParts;
+
public class NameServiceImplementBelen {
- private String tempInputName;
- private String tempDatabaseName;
- private String shortenedInputName;
- private String shortenedDatabaseName;
+
// Phonetic changes performed ONLY on the initial characters of each String
- public String replaceInitialCharacter(String inp) {
+ public static String replaceInitialCharacter(String inp) {
String input=inp.toLowerCase();
- String output="";
+ String output=input;
String[][] phoneticChange = {
{"ae","e"},{"cn","n"},{"ct","t"},{"cz","c"},
{"dj","d"},{"ea","e"},{"eu","u"},{"gn","n"},
// trim common characters between query and document
- public List <String> trimCommonChar(String inputName, String databaseName) {
+ public static String trimCommonChar(String inputName, String databaseName) {
+ String result;
+ String shortenedInputName="";
+ String shortenedDatabaseName="";
+ String tempInputName;
+ String tempDatabaseName;
// trim common leading characters of query and document
int inputNameLength = inputName.length();
tempInputName = inputName.substring(i);
tempDatabaseName = databaseName.substring(i);
- List <String> list= new ArrayList<>();
-
// trim common tailing characters between query and document
int restantInputNameLenght = tempInputName.length();
int restantDatabaseNameLenght = tempDatabaseName.length();
int shortestString = Math.min(restantInputNameLenght, restantDatabaseNameLenght);
-
- for (int x = 0; x < shortestString; x++) {
+ int x;
+ for (x = 0; x < shortestString; x++) {
if (tempInputName.charAt(restantInputNameLenght - x - 1) != tempDatabaseName
.charAt(restantDatabaseNameLenght - x - 1)) {
break;
}
- shortenedInputName = tempInputName.substring(0, restantInputNameLenght - x - 1);
- shortenedDatabaseName = tempDatabaseName.substring(0, restantDatabaseNameLenght - x - 1);
}
- list.add(shortenedInputName +" "+ shortenedDatabaseName);
- return list;
+ shortenedInputName = tempInputName.substring(0, restantInputNameLenght - x);
+ shortenedDatabaseName = tempDatabaseName.substring(0, restantDatabaseNameLenght - x);
+
+ result = shortenedInputName +" "+ shortenedDatabaseName;
+ return result;
}
+
+ public static List <DoubleResult<TaxonNameParts, Integer>> exactResults (List <DoubleResult<TaxonNameParts, Integer>> list){
+ List <DoubleResult<TaxonNameParts, Integer>> exactResults = new ArrayList<>();
+ for (DoubleResult<TaxonNameParts, Integer> best:list) {
+ if (best.getSecondResult()==0){
+ exactResults.add(best);
+ }
+ }
+ return exactResults;
+ }
+
+ public static List <DoubleResult<TaxonNameParts, Integer>> bestResults (List <DoubleResult<TaxonNameParts, Integer>> list){
+ List <DoubleResult<TaxonNameParts, Integer>> bestResults = new ArrayList<>();
+ for (DoubleResult<TaxonNameParts, Integer> best:list) {
+ if (best.getSecondResult()==1||best.getSecondResult()==2||best.getSecondResult()==3||best.getSecondResult()==4){
+ bestResults.add(best);
+ }
+ }
+ return bestResults;
+ }
}
@Test
@DataSet(loadStrategy=CleanSweepInsertLoadStrategy.class, value="NameServiceImplTest.testFindMatchingNames.xml")
public void testFindingMatchingNames () {
+ String inputName;
+ List<DoubleResult<TaxonNameParts, Integer>> matchResult;
+ DoubleResult<TaxonNameParts, Integer> matchRes;
- List<DoubleResult<TaxonNameParts, Integer>> matchResult = nameService.findMatchingNames("Gynxya asrerotciha", 0, 0, 10);
+ // if the query has an exact match on the DB, return the exact match
+ inputName = "Nectandra magnoliifolia";
+ matchResult = nameService.findMatchingNames(inputName, null, null);
Assert.assertEquals(1, matchResult.size());
-
- matchResult = nameService.findMatchingNames("Gynxya asrerotciha", 1, 0, 10);
+ matchRes= matchResult.get(0);
+ Assert.assertEquals("Nectandra", matchRes.getFirstResult().getGenusOrUninomial());
+ Assert.assertEquals("magnoliifolia", matchRes.getFirstResult().getSpecificEpithet());
+ Assert.assertEquals(20, (int)matchRes.getFirstResult().getTaxonNameId());
+ Assert.assertEquals("10989f63-c52f-4704-9574-2cc0676afe01", matchRes.getFirstResult().getTaxonNameUuid().toString());
+ Assert.assertEquals(0,(int) matchRes.getSecondResult());
+
+ inputName = "Nectandra surinamensis";
+ matchResult = nameService.findMatchingNames(inputName, null, null);
Assert.assertEquals(2, matchResult.size());
+ matchRes= matchResult.get(0);
+ Assert.assertEquals("Nectandra", matchRes.getFirstResult().getGenusOrUninomial());
+ Assert.assertEquals("surinamensis", matchRes.getFirstResult().getSpecificEpithet());
+ Assert.assertEquals(27, (int) matchRes.getFirstResult().getTaxonNameId());
+ Assert.assertEquals("b184664e-798b-4b50-8807-2163a4de796c", matchRes.getFirstResult().getTaxonNameUuid().toString());
+ Assert.assertEquals(0,(int) matchRes.getSecondResult());
+
+ matchRes= matchResult.get(1);
+ Assert.assertEquals("Nectandra", matchRes.getFirstResult().getGenusOrUninomial());
+ Assert.assertEquals("surinamensis", matchRes.getFirstResult().getSpecificEpithet());
+ Assert.assertEquals(28, (int) matchRes.getFirstResult().getTaxonNameId());
+ Assert.assertEquals("b9c8c3ba-bc78-4229-ae7d-b3f7bf23ec85", matchRes.getFirstResult().getTaxonNameUuid().toString());
+ Assert.assertEquals(0,(int) matchRes.getSecondResult());
+
+
+ // if the query does not have an exact match on the DB, return the best matches
+ //TODO
- DoubleResult<TaxonNameParts, Integer> gynxyaAsrerotciha = matchResult.get(0);
- Assert.assertNotNull(gynxyaAsrerotciha);
- Assert.assertEquals(10, (int)gynxyaAsrerotciha.getFirstResult().getTaxonNameId());
- Assert.assertEquals("Gynxya", matchResult.get(0).getFirstResult().getGenusOrUninomial());
- Assert.assertEquals("asrerotciha", matchResult.get(0).getFirstResult().getSpecificEpithet());
- Assert.assertEquals("Distance should be 0", 0, (int)gynxyaAsrerotciha.getSecondResult());
-
- DoubleResult<TaxonNameParts, Integer> gynxyasAsrerotciha = matchResult.get(1);
- Assert.assertNotNull(gynxyasAsrerotciha);
- Assert.assertEquals(12, (int)gynxyasAsrerotciha.getFirstResult().getTaxonNameId());
- Assert.assertEquals("Gynxyas", matchResult.get(1).getFirstResult().getGenusOrUninomial());
- Assert.assertEquals("asrerotciha", matchResult.get(1).getFirstResult().getSpecificEpithet());
- Assert.assertEquals("Distance should be 1", 1, (int)gynxyasAsrerotciha.getSecondResult());
}
}
\ No newline at end of file
NameServiceImplementBelen test=new NameServiceImplementBelen();
String name = "euphorbia";
- Assert.assertEquals("uphorbia", test.replaceInitialCharacter(name));
+ Assert.assertEquals("uphorbia", NameServiceImplementBelen.replaceInitialCharacter(name));
name = "Cnemidia";
- Assert.assertEquals("nemidia", test.replaceInitialCharacter(name));
+ Assert.assertEquals("nemidia", NameServiceImplementBelen.replaceInitialCharacter(name));
name = "Gnaphalium";
- Assert.assertEquals("naphalium", test.replaceInitialCharacter(name));
+ Assert.assertEquals("naphalium", NameServiceImplementBelen.replaceInitialCharacter(name));
name = "Philodendron";
- Assert.assertEquals("filodendron", test.replaceInitialCharacter(name));
+ Assert.assertEquals("filodendron", NameServiceImplementBelen.replaceInitialCharacter(name));
name = "Tsuga";
- Assert.assertEquals("suga", test.replaceInitialCharacter(name));
+ Assert.assertEquals("suga", NameServiceImplementBelen.replaceInitialCharacter(name));
name = "Czerniaevia";
- Assert.assertEquals("cerniaevia", test.replaceInitialCharacter(name));
+ Assert.assertEquals("cerniaevia", NameServiceImplementBelen.replaceInitialCharacter(name));
}
@Test
public void testTrimCommonChar() {
NameServiceImplementBelen test=new NameServiceImplementBelen();
- String query ="this is a query string";
- String document = "this is a database string";
+ String query ="Nectandra";
+ String document = "Nectalisma";
- Assert.assertEquals("query", test.trimCommonChar(query, document).get(0).toString().split(" ")[0]);
- Assert.assertEquals("database", test.trimCommonChar(query, document).get(0).toString().split(" ")[1]);
+ Assert.assertEquals("ndr", NameServiceImplementBelen.trimCommonChar(query, document).split(" ")[0]);
+ Assert.assertEquals("lism", NameServiceImplementBelen.trimCommonChar(query, document).split(" ")[1]);
}
}
<?xml version='1.0' encoding='UTF-8'?>
<dataset xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="../../database/schema/dataset.xsd">
- <TAXONNAME NAMETYPE="ICNAFP" ID="10" UUID="6dbd41d1-fe13-4d9c-bb58-31f051c2c384" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Gynxya asrerotciha" AUTHORSHIPCACHE="" NAMECACHE="Gynxya asrerotciha" GENUSORUNINOMIAL="Gynxya" SPECIFICEPITHET="asrerotciha" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
- <TAXONNAME NAMETYPE="ICNAFP" ID="11" UUID="f9e9c13f-5fa5-48d3-88cf-712c921a099e" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Gynxsa axrerotciha" AUTHORSHIPCACHE="[null]" NAMECACHE="Gynxsa axrerotciha" GENUSORUNINOMIAL="Gynxsa" SPECIFICEPITHET="axrerotciha" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
- <TAXONNAME NAMETYPE="ICNAFP" ID="12" UUID="e1e66264-f16a-4df9-80fd-6ab5028a3c28" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Gynxyas asrerotciha" AUTHORSHIPCACHE="Turl." NAMECACHE="Gynxyas asrerotciha" GENUSORUNINOMIAL="Gynxyas" SPECIFICEPITHET="asrerotciha" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="10" UUID="6dbd41d1-fe13-4d9c-bb58-31f051c2c384" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra abortiens" AUTHORSHIPCACHE="" NAMECACHE="Nectandra abortiens" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="abortiens" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="11" UUID="f9e9c13f-5fa5-48d3-88cf-712c921a099e" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra acuminata" AUTHORSHIPCACHE="[null]" NAMECACHE="Nectandra acuminata" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="acuminata" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="12" UUID="e1e66264-f16a-4df9-80fd-6ab5028a3c28" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra acutangula" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra acutangula" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="acutangula" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="13" UUID="9062eb8a-2139-4432-bcd7-5dc058b4e91a" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra cinnamomoides" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra cinnamomoides" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="cinnamomoides" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="14" UUID="11a18f85-d426-4e41-b094-e1ecb1af1b37" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra glandulifolia" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra glandulifolia" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="glandulifolia" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="15" UUID="c3fb2798-3cd4-4d29-ba6c-dfc0debee4b4" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra guadaripo" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra guadaripo" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="guadaripo" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="16" UUID="a17ae30e-d2c1-4d38-a06f-641fd952215d" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra laevis" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra laevis" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="laevis" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="17" UUID="13fff68e-58bf-4ada-acda-7e772b2c2fdc" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra leucocome" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra leucocome" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="leucocome" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="18" UUID="36a2592e-707d-4c11-a137-0251b143ed61" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra leucothyrsus" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra leucothyrsus" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="leucothyrsus" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="19" UUID="34918b5d-cd11-47b0-9593-eea48dfa5033" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra magnoliaefolia" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra magnoliaefolia" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="magnoliaefolia" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="20" UUID="10989f63-c52f-4704-9574-2cc0676afe01" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra magnoliifolia" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra magnoliifolia" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="magnoliifolia" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="21" UUID="cae90b7a-5deb-4838-940f-f85bb685286e" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra nigra" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra nigra" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="nigra" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="22" UUID="8ad82243-b902-4eb6-990d-59774454b6e7" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra nigrita" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra nigrita" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="nigrita" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="23" UUID="ffb79b15-879f-4271-a3c9-ff182252cc39" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra petenensis" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra petenensis" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="petenensis" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="24" UUID="ecfac2f2-5ff4-4ce3-9ad0-12058867383e" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra salicina" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra salicina" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="salicina" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="25" UUID="cf152170-fafe-48c6-8f19-c4d51acd0e77" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra saligna" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra saligna" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="asrerotciha" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="26" UUID="2364789a-5877-4857-b24c-fd66eb14eb82" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra sanguinea" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra sanguinea" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="sanguinea" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="27" UUID="b184664e-798b-4b50-8807-2163a4de796c" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra surinamensis" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra surinamensis" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="surinamensis" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="28" UUID="b9c8c3ba-bc78-4229-ae7d-b3f7bf23ec85" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra surinamensis" AUTHORSHIPCACHE="Mez." NAMECACHE="Nectandra surinamensis" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="surinamensis" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
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+ <TAXONNAME NAMETYPE="ICNAFP" ID="30" UUID="ce57d385-acf5-471f-80b2-2942f65a7161" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectalisma aequatium" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectalisma aequatium" GENUSORUNINOMIAL="Nectalisma" SPECIFICEPITHET="aequatium" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="31" UUID="c990da38-d8ca-409b-bb43-f59323e5683b" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Nectandra phylium" AUTHORSHIPCACHE="Turl." NAMECACHE="Nectandra phylium" GENUSORUNINOMIAL="Nectandra" SPECIFICEPITHET="phylium" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="32" UUID="617697ab-5cfe-445f-b65f-6b596a324ade" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Philodendron alatum" AUTHORSHIPCACHE="Turl." NAMECACHE="Philodendron alatum" GENUSORUNINOMIAL="Philodendron" SPECIFICEPITHET="alatum" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
+ <TAXONNAME NAMETYPE="ICNAFP" ID="33" UUID="0e16e411-e472-48ab-8b32-da9d3968092c" PROTECTEDTITLECACHE="false" PROTECTEDAUTHORSHIPCACHE="false" PROTECTEDFULLTITLECACHE="false" PROTECTEDNAMECACHE="false" TITLECACHE="Philodendron aristeguietae" AUTHORSHIPCACHE="Turl." NAMECACHE="Philodendron aristeguietae" GENUSORUNINOMIAL="Philodendron" SPECIFICEPITHET="aristeguietae" COMBINATIONAUTHORSHIP_ID="1" BINOMHYBRID="false" HYBRIDFORMULA="false" MONOMHYBRID="false" TRINOMHYBRID="false" ANAMORPHIC="false" RANK_ID="765"/>
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BGBM BDI Projects / cdmlib.git / commitdiff