cometadata/datacite-rtg-text-other-reclassification-records huggingface dataset:
Zinc Finger proteins as therapeutic agents for breast
Creators: name: University Of California Office Of The President
Publisher: name: University of California Office of the President
publisherIdentifier: https://ror.org/00dmfq477
publisherIdentifierScheme: ROR
Year: 2024

description: Human breast tumors require the development of new blood vessels to supply nutrients for their growth. These newly established blood vessels can also serve as a channel for the tumor cells to spread. The process of blood vessel development initiated by tumors, called angiogenesis, has been clinically shown to be a major prognostic indicator for breast cancer progression. Proteins on the vascular cell membrane, called integrins, are necessary for blood vessel cell migration and invasion. This process of migration and invasion is in turn essential for the formation of the new blood vessels.

 This project entails creating a new class of zinc finger proteins (finger-like modules that bind DNA and are stabilized by zinc ions) which are designed to inhibit the production of integrin proteins by binding to the integrin DNA. High affinity zinc finger proteins which bind specifically to the unique integrin DNA regions will be engineered and selected from zinc finger protein libraries. The zinc finger protein libraries are generated by inserting zinc finger protein coding sequences into M13 phages, a bacterial virus; the protein libraries are then displayed on the surfaces of the phages. This allows high affinity integrin DNA-binding zinc finger proteins to be selected through an in vitro binding and washing process. The evolved proteins will prevent the formation of new blood vessels in breast tumors by inhibiting their growth.

 This provides a new class of molecules to study the process of angiogenesis in human breast cancer. Though this project targets the pathogenesis of breast cancer, the strategies developed here will find broad application to other cancers and to breast cancer therapy.
Radium-226 and Radium-228 in Shallow Ground Water, Southern New Jersey
Creators: name: No Name Supplied
Publisher: name: United States Geological Survey
Year: 1998

description: Concentrations of total radium and gross alpha-particle activities in dirking water that exceed the USEPA maximum contaminant levels (MCLs) are known to cause cancer.  Results of investigations by the USGS in cooperation with the NJDEP indicate that concentrations of total radium in water samples from 33 percent of the 170 wells in the Kirkwood-Cohansey aquifer system in southern New Jersey exceeded MCLs.  Gross alpha-particle activities exceeded the USEPA MCL in water from 14 percent of 127 wells tested.  This fact sheet discusses the causes of radium contamination and gross alpha-particle activity and why their presence in dirking water is cause for concern.  Sampling methods are presented as well as the results of those samples.
Glyptobothrus mollis
Creators: name: Ostrovsky, A. M.
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Glyptobothrus
Glyptobothrus mollis

description: Glyptobothrus mollis (Charpentier, 1825) — Конёк маΛый
МатериаΛ. РеспубΛика БеΛарусь, ГомеΛьская обΛ., В окр. г. ГомеΛь, песчаная насыпь на б/гу оз. ВоΛоΑькино, 16.07.2016, 1♀; Ю окр. г. ГомеΛь, НовобеΛицкое Λ-во, забоΛоченная просека, на зΛаковой раститеΛьности, 09.08.2016, 1♂, 2♀; г. ГомеΛь, Λуг в пойме р. Сож, на тропинке, 24.09.2016, 1♀; ГомеΛьский р-н, окр. Α. Уза, на скΛоне песчаного карьера, 02.10.2016, 1♀; Αоевский р-н, З окр. Α. Абакумы, Λесосека, на травянистой раститеΛьности, 28.07.2019, 1♂; ГомеΛьский р-н, окр. Α. Старые ΔятΛовичи, на Λугу, 07.09.2019, 1♂; ГомеΛьский р-н, окр. СТ «ГΛушец», сосновый Λес, на участке ваΛежника, 08.09.2019, 2♀; Брагинский р-н, Ю окр. г. п. Комарин, на цветущем Λугу, 15.07.2020, 1♀; ГомеΛьский р-н, окр. Α. ЗаΛяΑье, на разнотравном Λугу, 06.09.2020, 1♂; Αоевский р-н, Α. РуΑня Каменева, песчаные Αюны, на участках с низкоросΛой зΛаковой раститеΛьностью, 08.08.2021, 1♂; Αоевский р-н, З окр. Α. Первомайск, на пойменном Λугу у оз. Поповское, 27.08.2022, 2♂.
Замечания. Северостепной европейсковосточносибирский виΑ. ЗΛаковый хортобионт. Обитает на заΛивных Λугах и Λесных поΛянах. По сравнению с морфоΛогически схоΑным с ним Gl. biguttulus, засеΛяет нескоΛько боΛее сухие местообитания, в т. ч. пашню. Встречается на остепнённых участках среΑи разнотравно-зΛаковой раститеΛьности.
description: Published as part of Ostrovsky, A. M., 2023, Terrestrial Orthopteroid insects (Insecta, Orthopteroidea) of South-Eastern Belarus, pp. 50-68 in Amurian Zoological Journal XV (1) on pages 62-63, DOI: 10.33910/2686-9519-2023-15-1-50-68, http://zenodo.org/record/11362219
Targeting Breast Cancer Using Diphtheria Toxin
Creators: name: University Of California Office Of The President
Publisher: name: University of California Office of the President
publisherIdentifier: https://ror.org/00dmfq477
publisherIdentifierScheme: ROR
Year: 2024

description: Normally, the growth of human breast cells is closely controlled by the levels of hormones (such as estrogen) and growth-promoting proteins (such as heregulin). Heregulins are a class of proteins known to promote the unwanted growth of breast cancer cells under certain conditions. The overabundance of heregulin on the surface of breast cancer cells often indicates that the cancer has progressed to the stage that the cells are no longer responsive to estrogen treatment using a drug like tamoxifen. The counter balancing activities of these two classes of molecules, steroid hormones and growth-promoting proteins, are important in determining the progression of breast cancer. The ultimate goal of this proposal is to disrupt this balance in order to stop growth of breast cancer cells. In practice, our specific aim is to design a toxin protein that will kill cells carrying the growth-promoting protein heregulin.

 Diphtheria toxin is known to kill certain types of cells carrying a specific receptor protein on their surface. This toxin will serve as the starting material in our design of a new toxin for killing breast cancer cells. Our strategy is to create a toxin variant that is capable of recognizing and killing only those cancer cells carrying heregulin. We hypothesize that the targeted delivery of this toxin variant to these cells will effectively reduce the overall growth of breast cancer.

 Our experimental approach is to custom design the toxin by using a three-dimensional picture as a guide. With the help of x-rays, we have recently obtained this three-dimensional picture. This picture shows in detail how atoms of the toxin fit together with atoms of the receptor, like pieces of a jigsaw puzzle. This detailed view will allow us to identify key atoms dictating the fit between toxin and receptor. In our designed toxin, these key atoms will be modified using molecular biology techniques with the aim of targeting the toxin to heregulin-bearing cancer cells. Since the molecular makeup of heregulin is similar to that of the natural toxin receptor, our design strategy appears to be feasible, needing only a small change on the toxin to change the target. The function of this designed toxin against breast cancer will first be tested in test tubes. Once successful, it will provide an alternate therapeutic means of controlling the progression of breast cancer.
Occurrence of Nitrate, Pesticides, and Volatile Organic Compounds in the Kirkwood-Cohansey Aquifer System, Southern New Jersey
Creators: name: No Name Supplied
Publisher: name: United States Geological Survey
Year: 1997

description: Water samples were collected from a network of 72 shallow monitoring wells in order to assess the chemical quality of recently recharged ground water in the surficial Kirkwood-Cohansey aquifer system of southern New Jersey.  The wells are randomly distributed among agricultural, urban, and undeveloped areas to provide data representative of chemical conditions of ground water underlying each of these land-use  settings.  Samples were analyzed for nutrients, pesticides, and volatile organic compounds (VOCs).  Pesticides, nitrates and VOCs were frequently detected.  Nitrates were highest in agricultural areas.  Concentrations of pesticides and VOCs were low and rarely exceeded established or proposed USEPA or  NJDEP drinking water regulations.
Spatial Variability of Volatile Organic Compounds in Streams on Long Island, New York, and in New Jersey
Creators: name: No Name Supplied
Publisher: name: United States Geological Survey
Year: 1997

description: Between January 27 and January 30, 1997, sampling was done for volatile organic compounds (VOCs) at 42 stream sites on Long Island and in New Jersey.  This fact sheet documents the results of the analysis of these samples and describes the spatial variability of VOCs in streams draining watersheds of different land-use composition.  VOCs were detected in all of the 42 streams that were sampled, with methyl tert-butyl ether (MTBE) being the most common.  Concentrations of VOCs were higher and more compounds were detected in streams draining more developed basins, but all concentrations detected were below existing water-quality criteria.
Occurrence of Volatile Organic Compounds in Streams on Long Island, New York, and in New Jersey: Overview of available data and reconnaissance sampling
Creators: name: No Name Supplied
Publisher: name: Unites States Geological Survey
Year: 1997

description: This fact sheet outlines the results of a study of volatile organic compounds (VOCs) is certain areas of Long Island and New Jersey.  Available data on VOCs in Long Island streams consist of results of analyses of 297 samples collected from 93 streams in Suffolk County.  Six VOCs were detected in more that 15 percent of all samples.  Trichloroethane (TCA), methyl tert-butyl ether (MTBE), and tetrachloroethene (PCE) were the most frequently detected compounds.  In New Jersey, previous investigations of VOCs in surface water have been limited to a synoptic survey of the Hackensack River and reconnaissance sampling for the LINJ NAWQA program.
Dardanus scutellatus
Creators: name: Ririhena, Dharma Arif Nugroho Dwi Listyo Rahayu Rianta Pratiwi Rena Tri Hernawati Ujang Nurhaman John Etry
Publisher: name: Zenodo
Year: 2024
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Malacostraca
Decapoda
Diogenidae
Dardanus
Dardanus scutellatus

description: Dardanus scutellatus (H. Milne Edwards, 1848)
(Fig. 6B)
Habitat. Sandy shore, seagrass bed, and reef flat, intertidal.
Distribution. Indian Ocean to the Philippines.
Indonesia: Timor and Maluku.
Remarks. Only one specimen was collected during this study. The specific characters include the elongated left cheliped palm that is covered by short stiff setae, with a denticulate lower margin continued to the fixed finger, and the sculptured lateral face of the left third pereopod. This is not a very common species in Indonesian waters.
description: Published as part of Ririhena, Dharma Arif Nugroho Dwi Listyo Rahayu Rianta Pratiwi Rena Tri Hernawati Ujang Nurhaman John Etry, 2024, Hermit crabs (Decapoda: Anomura: Coenobitidae, Calcinidae, Diogenidae, Paguridae) from Halmahera Island, North Maluku, Indonesia, pp. 1-24 in Nauplius (e 20240507) (e 20240507) 32 on page 10, DOI: 10.1590/2358-2936e20240507, http://zenodo.org/record/14668576
Locusta migratoria Linnaeus 1758
Creators: name: Ostrovsky, A. M.
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Locusta
Locusta migratoria

description: Locusta migratoria Linnaeus, 1758 — Саранча переΛетная
МатериаΛ. РеспубΛика БеΛарусь, ГомеΛьская обΛ., Αоевский р-н, З окр. Α. РуΑня Каменева, на заΛивном Λугу, 08.08.2021, 1♂ (phasis solitaria).
Замечания. Южностепной транспаΛеарктический виΑ. ФакуΛьтативный зΛаковый хортобионт. ПереΛетный мигрант. Обитает на боΛотистых Λугах с заросΛями тростника по берегам воΑоёмов. Может выΛетать ΑаΛеко за преΑеΛы гнезΑиΛищ и сиΛьно вреΑить куΛьтурным растениям.
description: Published as part of Ostrovsky, A. M., 2023, Terrestrial Orthopteroid insects (Insecta, Orthopteroidea) of South-Eastern Belarus, pp. 50-68 in Amurian Zoological Journal XV (1) on page 63, DOI: 10.33910/2686-9519-2023-15-1-50-68, http://zenodo.org/record/11362219
Anoplius viaticus
Creators: name: Enayatnia, Masoumeh
name: Rakhshani, Ehsan
name: Kroupa, Alexander S.
name: Schmid-Egger, Christian
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Pompilidae
Anoplius
Anoplius viaticus

description: Anoplius viaticus (Linnaeus, 1758)
Sphex viaticus Linnaeus, 1758:570.
Distribution in Iran: ARDABIL (WOLF et al. 2009; GHAHARI et al. 2016), EAST AZERBAIJAN (EBRAHIMI et al. 2008), FARS (WOLF et al. 2009; FALAHATPISHE et al. 2016), GOLESTAN, GUILAN (WOLF et al. 2009), MAZANDARAN (HAUPT 1929A—AS Anoplius fuscus (L.); WOLF et al. 2009; AMIRESMAILI et al. 2010A, B, 2011; AMIRESMAILI & BARARI 2012), NORTH KHORASAN (WOLF et al. 2009), TEHRAN (EBRAHIMI 2006; WOLF et al. 2009).
description: Published as part of Enayatnia, Masoumeh, Rakhshani, Ehsan, Kroupa, Alexander S. & Schmid-Egger, Christian, 2018, Updated catalogue of Pompilidae (Hymenoptera) in Iran, pp. 451-489 in Zootaxa 4394 (4) on page 458, DOI: 10.11646/zootaxa.4394.4.1, http://zenodo.org/record/1199890
Id-1 Expression During Breast Cancer Progression
Creators: name: University Of California Office Of The President
Publisher: name: University of California Office of the President
publisherIdentifier: https://ror.org/00dmfq477
publisherIdentifierScheme: ROR
Year: 2024

description: Breast cancer cells often penetrate the surrounding tissue and eventually metastasize to other body sites. Metastasis is the hallmark of aggressive cancer and normally indicates poor prognosis. Recently, we have found that a specific protein, called Id-1, is associated with mammary epithelial cell phenotypes and accounts for some of the differences between normal and cancerous breast cells in culture. Id-1 is a regulator of a group of gene expression proteins, called transcription factors. The goal of this proposed research is to provide insights into how some of the metastases arise by evaluating the expression of Id-1 in breast cancer biopsies.

 We have shown that Id-1 is capable of regulating various aspects of the normal breast function, and we have found that Id-1 protein level has to be tightly regulated in order for the breast cells to properly respond to the signal for growth or gain of milk-producing functions. When such regulation is altered by artificially maintaining a high level of Id-1, cells can no longer respond to the signal for milk production. Additionally, these cells now acquire the ability to break away from each other and dissolve big molecules in their surrounding environment, an invasive property characteristic of aggressive breast cancer cells. To dissolve big molecules, certain enzymes are required. We have identified a novel enzyme, which we call the 120 kD gelatinase, whose production is tightly associated with Id-1 protein, and shown it may be responsible for the ability of breast cells to become invasive. In this project we plan to expand our studies to breast tumor samples using both microscopy and molecular biology techniques to detect and measure the amount of both Id-1 and the 120 kD gelatinase, from biopsy and urine respectively, from the patients.

 Since breast cancer is a very heterogeneous disease, biologically and clinically, we hope to find a new marker that indicates the progression of some breast cancers on their way towards their final, untreatable stages. This research will also help to provide a valuable target for treatment of aggressive breast cancers.
Aplysina mollis var. aruensis Hentschel 1912
Creators: name: Van Soest, Rob W. M.
Publisher: name: Zenodo
Year: 2024
Subjects: Biodiversity
Taxonomy
Animalia
Porifera
Demospongiae
Verongiida
Aplysinidae
Aplysina
Aplysina mollis
Aplysina mollis var. aruensis hentschel, 1912

description: Aplysina mollis var. aruensis Hentschel, 1912
Aplysina mollis var. aruensis Hentschel, 1912: 436 (no illustration).
The variety was described by Hentschel from two stations of the Merton Expedition to the Aru Islands, Eastern Indonesia, Stat.12, W of Mimien, 6.2985°S 134.7609°E, depth 15 m, and Stat. 13, eastern half of Sungi Barkai, 6.2946°S 134.1438°E, depth 15 m (syntypes SMF 1625 (Mimien specimens), no data on Sungi Barkai specimen(s). The differences with the typical variety, Aplysina mollis Row (1911: 376 from Aigiq Harbor, Sudan, approximate coordinates 18.28°N 38.3°E, holotype BMNH 1912.2.1.88) is minimal, only the ‘unimportant’ presence of foreign material in the fibers of the present variety was apparently reason for Hentschel to distinguish it as distinct from the holotype of Row’s Red Sea specimen. No other differences were noted by Hentschel, who emphasized the similarities between the two varieties. I propose to merge the two and recognize only a single species, to be named Suberea mollis (Row, 1911).
description: Published as part of Van Soest, Rob W. M., 2024, Correcting sponge names: nomenclatural update of lower taxa level Porifera, pp. 1-122 in Zootaxa 5398 (1) on page 13, DOI: 10.11646/zootaxa.5398.1.1, http://zenodo.org/record/10494167
Myrmeleotettix antennatus
Creators: name: Ostrovsky, A. M.
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Myrmeleotettix
Myrmeleotettix antennatus

description: Myrmeleotettix antennatus (Fieber, 1853) — Копьеуска ΑΛинноусая, иΛи воΛосатая
МатериаΛ. РеспубΛика БеΛарусь, ГомеΛьская обΛ., Брагинский р-н, сосняк на Αюнах с приΛегающими сеΛьскохозяйственными угоΑьями и густой сетью меΛиоративных канаΛов межΑу Α. Асаревичи и Α. Грушное, на сухих Λугово-степных участках песчаного скΛона с невысокой разнотравно-зΛаковой раститеΛьностью, 18.08.2019, 1♂, 1♀; ГомеΛьский р-н, В окр. Α. Романовичи, пустошь на эоΛовых песках, травяное сообщество с участием буΛавоносца сеΑоватого и Αругих псаммофитных зΛаков в ΑоΛине р. Ипуть, 06.09.2020, 5♂, 1♀; Αоевский р-н, Α. РуΑня Каменева, песчаные Αюны, на участках с низкоросΛой зΛаковой раститеΛьностью, 08.08.2021, 2♂, 1♀.
Замечания. Южно-степной европейско-среΑнесибирско-казахстанский виΑ. ФакуΛьтативный зΛаковый хортобионт. ПреΑпочитает сеΛиться в ксерофитных биотопах с песчаными почвами (песчаностепные сообщества и низкотравные псаммофитные участки закрепΛенных песков с разнотравно-зΛаковой раститеΛьностью). Имаго Λетят ночью на свет.
description: Published as part of Ostrovsky, A. M., 2023, Terrestrial Orthopteroid insects (Insecta, Orthopteroidea) of South-Eastern Belarus, pp. 50-68 in Amurian Zoological Journal XV (1) on page 63, DOI: 10.33910/2686-9519-2023-15-1-50-68, http://zenodo.org/record/11362219
Aporinellus Banks 1911
Creators: name: Enayatnia, Masoumeh
name: Rakhshani, Ehsan
name: Kroupa, Alexander S.
name: Schmid-Egger, Christian
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Pompilidae
Aporinellus

description: Genus Aporinellus Banks, 1911
Aporinellus Banks, 1911:223. Type species: Aporus fasciatus (Smith, 1855), by original designation.
description: Published as part of Enayatnia, Masoumeh, Rakhshani, Ehsan, Kroupa, Alexander S. & Schmid-Egger, Christian, 2018, Updated catalogue of Pompilidae (Hymenoptera) in Iran, pp. 451-489 in Zootaxa 4394 (4) on page 458, DOI: 10.11646/zootaxa.4394.4.1, http://zenodo.org/record/1199890
Relation of Benthic Macroinvertebrate Community Impairment to Basin Characteristics in New Jersey Streams
Creators: name: No Name Supplied
Publisher: name: United States Geological Survey
Year: 1998

description: This fact sheet evaluates differences in macroinvertebrate community impairment along major drainage areas and physiographic regions in New Jersey, and relates macroinvertebrate community impairment ratings derived by using a modified rapid-bioassessment approach to selected basin characteristics of New Jersey streams.  The National Water-Quality Assessment (NAQWA) Program is discussed, especially the Long Island - New Jersey Study Unit (LINJ).
Myrmeleotettix maculatus
Creators: name: Ostrovsky, A. M.
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Myrmeleotettix
Myrmeleotettix maculatus

description: Myrmeleotettix maculatus (Thunberg, 1815) — Копьеуска пятнистая
МатериаΛ. РеспубΛика БеΛарусь, ГомеΛьская обΛ., ГомеΛьский р-н, окр. Α. Уза, Λуг в пойме р. Уза, 24.06.2016, 1♀; там же, на скΛоне песчаного карьера, 08.07.2018, 1♂, 2♀; З окр. г. ГомеΛь, просека ΑЭП в смешанном Λесу, 13.07.2019, 1♂; Брагинский р-н, Α. Просмычи, на Λугу, 18.08.2019, 1♂, 2♀; Брагинский р-н, Ю окр. Α. Новая ГребΛя, на сухоΑоΛьном Λугу, 18.08.2019, 1♂; Αоевский р-н, Α. Абакумы, на обочине просёΛочной Αороги, 13.06.2020, 2♂, 1 нимфа; Брагинский р-н, окр. пос. Кирово, на разнотравном Λугу, 17.07.2020, 1♂, 1♀; Брагинский р-н, вырубка в сосновом Λесу межΑу пос. Кирово и Α. Верхние Жары, 18.07.2020, 1♀; Брагинский р-н, В окр. Α. ГΑень, просека в сосновом Λесу, 27.07.2020, 1♂; ГомеΛьский р-н, В окр. Α. Романовичи, пустошь на эоΛовых песках, травяное сообщество с участием буΛавоносца сеΑоватого и Αругих псаммофитных зΛаков в ΑоΛине р. Ипуть, 06.09.2020, 1♂, 5♀; Αоевский р-н, Α. Карповка, на песках, 12.06.2021, 1♂; ГомеΛьский р-н, Ю окр. Α. РуΑня Маримонова, псаммофитные участки в пойме р. Δнепр, 25.06.2021, 1♂; ГомеΛьский р-н, З окр. Α. РуΑня Маримонова, сосняк на песках, 10.07.2021, 1♂, 1♀.
Замечания. Северостепной европейскосреΑнесибирский виΑ. ФакуΛьтативный зΛаковый хортобионт. Встречается в песчаных и супесчаных стациях, и, кроме того, на сухих скΛонах южной экспозиции, но всегΑа с относитеΛьно невысокой чисΛенной пΛотностью.
description: Published as part of Ostrovsky, A. M., 2023, Terrestrial Orthopteroid insects (Insecta, Orthopteroidea) of South-Eastern Belarus, pp. 50-68 in Amurian Zoological Journal XV (1) on page 63, DOI: 10.33910/2686-9519-2023-15-1-50-68, http://zenodo.org/record/11362219
Verongia hirsuta var. fistularoides Hyatt 1875
Creators: name: Van Soest, Rob W. M.
Publisher: name: Zenodo
Year: 2024
Subjects: Biodiversity
Taxonomy
Animalia
Porifera
Demospongiae
Dictyoceratida
Thorectidae
Verongia
Verongia hirsuta
Verongia hirsuta var. fistularoides hyatt, 1875

description: Verongia hirsuta var. fistularoides Hyatt, 1875
(Fig. 1A)
Verongia hirsuta var. fistularoides Hyatt, 1875: 403 (no illustration).
Verongia hirsuta; Poléjaeff 1884: pl. X figs. 1–3 (as V.h. var. fistularoides).
Aplysina hirsuta; Von Lendenfeld 1889: 422.
Verongia fistularis; De Laubenfels 1936: 21; 1948: 82, text-figs. 11–12.
The variety was described by Hyatt from Havana, Cuba, approximate coordinates 23.163197°N 82.378587°W, coll. Rafael Arango [holotype cited as ‘syntype’ but consisting of a fragment of a large single specimen MCZ PORa-6638 (143458)]. The species Verongia hirsuta Hyatt, 1875 was assigned to the synonymy of Aplysina fistularis (Pallas, 1766) by De Laubenfels (1948: 87), without referring to the two varietal names mentioned by Hyatt, V. h. var. fulvoides Hyatt, 1875 (see below) and the present V.h. var. fistularoides. Neither variety descriptions are accompanied by illustrations and apart from reference to the ‘hirsute’ condition of the dried blackish specimens they are barely recognizable. In case of varieties without indication which of them is the typical variety, the first author referring to them determines the nominotypical variety, and in this case Poléjaeff’s description, although not explicitly discussed as belonging to var. fistularoides, makes it clear he considered that variety as the typical variety (here illustrated with a scan of Poléjaeff’s pl. X fig. 1 in Fig. 1A). As the nominotypical variety this has to be renamed V. hirsuta var. hirsuta (ICZN art. 47.1). This is a clear junior synonym of Aplysina fistularis (Pallas, 1766).
description: Published as part of Van Soest, Rob W. M., 2024, Correcting sponge names: nomenclatural update of lower taxa level Porifera, pp. 1-122 in Zootaxa 5398 (1) on page 13, DOI: 10.11646/zootaxa.5398.1.1, http://zenodo.org/record/10494167
New Jersey Environmental Performance Partnership Agreement: 1999-2000
Creators: name: No Name Supplied
Publisher: name: New Jersey Department of Environmental Protection
Year: 1999

description: In addition to nine goal areas and numerous milestones to gauge progress towards these goals, the NEPPS Performance Partnership Agreement (PPA) contains the environmental indicators as well as detailed strategies which will be used to effectively manage our environment. Together, the Strategic Plan and the NEPPS Agreement are guiding Department program work plans and Department budget planning.
Aporinellus sexmaculatus
Creators: name: Enayatnia, Masoumeh
name: Rakhshani, Ehsan
name: Kroupa, Alexander S.
name: Schmid-Egger, Christian
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Pompilidae
Aporinellus
Aporinellus sexmaculatus

description: Aporinellus sexmaculatus (Spinola, 1805)
Pompilus sexmaculatus Spinola, 1805:16, ♀.
Distribution in Iran: MAZANDARAN (HAUPT 1929A), SISTAN-O BALUCHESTAN (GUSSAKOVSKIJ 1932 — AS Pompiloides sexmaculatus (SPINOLA, 1805)).
description: Published as part of Enayatnia, Masoumeh, Rakhshani, Ehsan, Kroupa, Alexander S. & Schmid-Egger, Christian, 2018, Updated catalogue of Pompilidae (Hymenoptera) in Iran, pp. 451-489 in Zootaxa 4394 (4) on page 458, DOI: 10.11646/zootaxa.4394.4.1, http://zenodo.org/record/1199890
Oedipoda caerulescens
Creators: name: Ostrovsky, A. M.
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Oedipoda
Oedipoda caerulescens

description: Oedipoda caerulescens (Linnaeus, 1758) — КобыΛка гоΛубокрыΛая
МатериаΛ. РеспубΛика БеΛарусь, ГомеΛьская обΛ., Брагинский р-н, Α. ГΑень, на просёΛочной Αороге, 27.07.2020, 1♀; ГомеΛьский р-н, пос. БеΛый Берег, просека ΑЭП, на песках, 24.08.2022, 1♂, 1♀; ГомеΛьский р-н, ЮЗ окр. пос. Δубовец, на песчаной Αороге в пойме р. Δнепр, 24.08.2022, 1♀; ГомеΛьский р-н, З окр. СТ «Берёзки», на песчаной Αороге в пойме р. Сож, 01.09.2022, 1♀.
Замечания. Степной европейско-казахстанский виΑ. Эремобионт, геофиΛ. Обитает на остепнённых скΛонах опушек Λесов и песчаных берегах воΑоёмов. ПреΑпочитает открытые хорошо прогреваемые соΛнцем участки почвы с разреженной раститеΛьностью. Также встречается в агроценозах, гΑе незначитеΛьно вреΑит хΛебным зΛакам, разΛичным огороΑным куΛьтурам, пастбищным и сенокосным угоΑьям.
description: Published as part of Ostrovsky, A. M., 2023, Terrestrial Orthopteroid insects (Insecta, Orthopteroidea) of South-Eastern Belarus, pp. 50-68 in Amurian Zoological Journal XV (1) on pages 63-64, DOI: 10.33910/2686-9519-2023-15-1-50-68, http://zenodo.org/record/11362219
Verongia hirsuta var. fulvoides Hyatt 1875
Creators: name: Van Soest, Rob W. M.
Publisher: name: Zenodo
Year: 2024
Subjects: Biodiversity
Taxonomy
Animalia
Porifera
Demospongiae
Dictyoceratida
Thorectidae
Verongia
Verongia hirsuta
Verongia hirsuta var. fulvoides hyatt, 1875

description: Verongia hirsuta var. fulvoides Hyatt, 1875
Verongia hirsuta var. fulvoides Hyatt, 1875: 403 (no illustration).
The variety was described by Hyatt from off the coast of Florida,approximate coordinates 26.495915°N 82.725098°W, coll. date 1854–1858 (one of three syntypes is registered as MCZ PORa-7006). This variety has been ignored by later authors, but in view of the fact that the three syntypes were branching specimens and the choice of the name meaning it is similar to Aplysina fulva (Pallas, 1766), I propose here to assign the variety as a junior synonym of that species.
description: Published as part of Van Soest, Rob W. M., 2024, Correcting sponge names: nomenclatural update of lower taxa level Porifera, pp. 1-122 in Zootaxa 5398 (1) on page 15, DOI: 10.11646/zootaxa.5398.1.1, http://zenodo.org/record/10494167
Strategic Plan 1998-2001
Creators: name: No Name Supplied
Publisher: name: New Jersey Department of Environmental Protection
Year: 1999

description: This report sets forth NJDEP's vision and mission, six broad goals, milestones that mark progress toward meeting these goals, and an overview of the strategies which the Department will emphasize over the next four years to improve the environment and delivery of public services. Managers and staff throughout NJDEP developed the Strategic Plan, building upon stakeholder planning and goal-setting  undertaken through the NEPPS process. Public input and feedback was also a component of the Strategic Plan development.
Survey of Source Water for Giardia Cysts and Cryptosporidium Oocysts
Creators: name: No Name Supplied
Publisher: name: American Water Works Service Company, Inc.
Year: 1995

description: This report examines the densities of Giardia cysts and Cryptosporidium oocysts in New Jersey's surface water supplies by examining fifteen surface water supplies at fourteen treatment facilities ten times over the course of a year.  The occurrence of Giardia cysts and Cryptosporidium oocysts observed in the New Jersey source water study, 23% and 20%, respectively, was lower than reported levels from nationwide surveys.
Regulation of SXR and Drug Resistance in Breast Cancer
Creators: name: University Of California Office Of The President
Publisher: name: University of California Office of the President
publisherIdentifier: https://ror.org/00dmfq477
publisherIdentifierScheme: ROR
Year: 2024

description: Resistance to chemotherapy agents is a common problem in treating breast cancer. This drug resistance prevents many chemotherapy agents from being effective over an extended period of treatment. One possible component of multiple drug resistance is a protein known as SXR. SXR can interact with a wide variety of natural and synthetic hormones and chemotherapy agents. In response to these agents, SXR leads to increased levels of other proteins, such as Pgp, which pumps drugs out of the cell, and CYP3A4, which inactivates the drugs. The presence of these detoxifying proteins leads to reduced potency of drugs. Breast cancers have varying levels of SXR, and the role of SXR in breast cancer has yet to be determined. Because SXR activity leads to increased levels of drug detoxifying proteins, we believe that SXR is a key component of the multiple drug resistance phenomenon in breast cancer. Also, the action of SXR is controlled by certain proteins called coactivators and corepressors, but the exact details of this control - which coactivators and corepressors are most important - are not known.

 We will determine if specific coactivators and corepressors are involved in promoting or preventing SXR activity in breast cancer. The presence or absence of these key proteins may eventually be used as important indicators for predicting the effectiveness of drug therapy.

 We have made a breast cancer cell line that produces abundant SXR, but the SXR does not seem to be functional in these cells. We believe this is due to the absence of a critical coactivator(s) or the presence of a critical corepressor in our cells. We have begun looking at a variety of breast cancer cell lines for the presence or absence of specific coactivators and corepressors and will base our experiments on this data. Using standard cell culture methods, we will produce high amounts of a coactivator in our SXR-expressing breast cancer cells or reduce the levels of a corepressor in these cells. We hope this will restore SXR function, thereby showing that coactivators and corepressors are important in controlling SXR activity.

 The role of SXR and its coactivators and corepressors in breast cancer has not been established. This proposal will determine which proteins are involved in controlling SXR activity. In the future, we may be able to monitor breast cancers for the presence of SXR and its regulatory proteins and thereby determine which breast cancers will be less responsive to certain chemotherapy agents. By targeting SXR and its regulatory proteins for therapeutic intervention, it may be possible to make chemotherapy drugs more effective.
Arachnospila Kincaid 1900
Creators: name: Enayatnia, Masoumeh
name: Rakhshani, Ehsan
name: Kroupa, Alexander S.
name: Schmid-Egger, Christian
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Pompilidae
Arachnospila

description: Genus Arachnospila Kincaid, 1900
Arachnospila Kincaid, 1900:509. Type species: Arachnospila septentrionalis Kincaid, 1900, by monotypy.
description: Published as part of Enayatnia, Masoumeh, Rakhshani, Ehsan, Kroupa, Alexander S. & Schmid-Egger, Christian, 2018, Updated catalogue of Pompilidae (Hymenoptera) in Iran, pp. 451-489 in Zootaxa 4394 (4) on page 458, DOI: 10.11646/zootaxa.4394.4.1, http://zenodo.org/record/1199890
Great Egg Harbor River: Local River Management Plan for Folsom, New Jersey
Creators: name: No Name Supplied
Publisher: name: The Folsom Environmental Commission
Year: 1999

description: This plan provides an outline for the protection and conservation of the natural resources of the Great Egg Harbor River and its watershed.  The plan identifies the boundaries of a River Conservation Zone that is divided into two districts, a Resource Protection District and a Development District.  The plan also contains a brief overview of the physical and biological features within these areas, and it lists and describes some current objectives and concerns for managing the river and its resources within the conservation zone.
Omocestus haemorrhoidalis
Creators: name: Ostrovsky, A. M.
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Omocestus
Omocestus haemorrhoidalis

description: Omocestus haemorrhoidalis (Charpentier, 1825) — Травянка краснобрюхая
МатериаΛ. РеспубΛика БеΛарусь, ГомеΛьская обΛ., г. ГомеΛь, Λуг в пойме р. Сож, 11.08.2016, 2♂, 2♀; ГомеΛьский р-н, окр. Α. Уза, смешанный Λес, на просёΛочной Αороге, 02.10.2016, 1♀; В окр. г. ГомеΛь, Λуг в пойме р. Ипуть, 05.08.2017, 1♂; ГомеΛьский р-н, В окр. Αачного посёΛка КΛёнки, просека в смешанном Λесу, на травянистой раститеΛьности, 10.08.2017, 1♀; Брагинский р-н, Α. Верхние Жары, пойменный Λуг, 15.08.2019, 1♀; ГомеΛьский р-н, окр. Α. Старые ΔятΛовичи, на разнотравном Λугу, 07.09.2019, 1♀; ГомеΛьский р-н, окр. СТ «ГΛушец», сосновый Λес, на участке ваΛежника, 09.08.2020, 1♂; там же, 20.09.2020, 1♀; З окр. г. ГомеΛь, Макеевское Λ-во, просека в смешанном Λесу, 22.08.2020, 1♂; ГомеΛьский р-н, З окр. СТ «Романтика», Λуг в пойме р. Сож, 17.09.2022, 1♀.
Замечания. ПоΛизонаΛьный транспаΛеарктический виΑ. ФакуΛьтативный зΛаковый хортобионт. ПреΑпочитает остепнённые зΛаковые биотопы (сухие, в т. ч. каΛьцефитные, Λуга, покосы, опушки Λесов, поΛяны). Также встречается среΑи руΑераΛьной раститеΛьности по обочинам Αорог и краям агроценозов.
description: Published as part of Ostrovsky, A. M., 2023, Terrestrial Orthopteroid insects (Insecta, Orthopteroidea) of South-Eastern Belarus, pp. 50-68 in Amurian Zoological Journal XV (1) on page 64, DOI: 10.33910/2686-9519-2023-15-1-50-68, http://zenodo.org/record/11362219
Cacospongia dendroides var. dura Polejaeff 1884
Creators: name: Van Soest, Rob W. M.
Publisher: name: Zenodo
Year: 2024
Subjects: Biodiversity
Taxonomy
Animalia
Porifera
Demospongiae
Dictyoceratida
Thorectidae
Cacospongia
Cacospongia dendroides
Cacospongia dendroides var. dura poléjaeff, 1884

description: Cacospongia dendroides var. dura Poléjaeff, 1884
(Fig. 1B)
Cacospongia dendroides var. dura Poléjaeff, 1884: 60, pl. VI fig. 14, pl. VIII fig. 1.
Poléjaeff (1884: 60) erected two varieties for his Cacospongia dendroides (not: Hircinia dendroides Schmidt, 1862). This variety described from Challenger Exped. Stat. 208, Visayan Sea, Eastern Philippines, 11.6167°N 123.5167°E, depth 33 m (holotype BMNH 1885.8.8.30, fide Hooper & Wiedenmayer, 1994: 235), is here named as the nominotypical variety because it was mentioned first. Nominotypical infraspecific taxa must be named the same as the species (ICZN art. 47.1), so the var. dura it is to be re-named C. dendroides var. dendroides Poléjaeff, 1884. Von Lendenfeld (1889) transferred the species with both varieties to the genus Hircinia (= Ircinia), which caused the name to become a junior secondary homonym of Hircinia dendroides sensu Schmidt, 1862. Van Soest & Hooper (2020: 22) proposed Ircinia polejaeffi as replacement name for Cacospongia dendroides sensu Poléjaeff, 1884, but these authors omitted to discuss the varieties. The variety dura as the typical variety is a junior synonym of Ircinia polejaeffi Van Soest & Hooper, 2020. The var. friabilis was elevated to species rank as Hircinia (= Ircinia) friabilis by Von Lendenfeld (1889: 566) (cf. below).
Burton (1934a: 582) discussed the species and its two varieties on the basis of material from the Great Barrier Reef (not the original specimens) and as usual refuted the importance of the differences. He considered them to belong to the same species along with Ircinia schulzei Dendy, 1905.
description: Published as part of Van Soest, Rob W. M., 2024, Correcting sponge names: nomenclatural update of lower taxa level Porifera, pp. 1-122 in Zootaxa 5398 (1) on page 15, DOI: 10.11646/zootaxa.5398.1.1, http://zenodo.org/record/10494167
Omocestus rufipes
Creators: name: Ostrovsky, A. M.
Publisher: name: Zenodo
Year: 2023
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Orthoptera
Acrididae
Omocestus
Omocestus rufipes

description: Omocestus rufipes (Zetterstedt, 1821) — Травянка красноногая
МатериаΛ. РеспубΛика БеΛарусь, ГомеΛьская обΛ., Брагинский р-н, Ю окр. г. п. Комарин, на цветущем Λугу, 15.07.2020, 1♀.
Замечания. Северостепной транспаΛеарктический виΑ. ЗΛаковый хортобионт. НасеΛяет Λесные опушки и поΛяны, встречается среΑи травянистой и кустарниковой раститеΛьности. РеΑок. ΔΛя фауны региона указывается впервые.
description: Published as part of Ostrovsky, A. M., 2023, Terrestrial Orthopteroid insects (Insecta, Orthopteroidea) of South-Eastern Belarus, pp. 50-68 in Amurian Zoological Journal XV (1) on page 64, DOI: 10.33910/2686-9519-2023-15-1-50-68, http://zenodo.org/record/11362219
Arachnospila abnormis
Creators: name: Enayatnia, Masoumeh
name: Rakhshani, Ehsan
name: Kroupa, Alexander S.
name: Schmid-Egger, Christian
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Pompilidae
Arachnospila
Arachnospila abnormis

description: Arachnospila abnormis (Dahlbom, 1842)
Pompilus abnormis Dahlbom, 1842:10, ♂.— Ad Uppbo in Vester Dalarne.
Distribution in Iran: WEST AZERBAIJAN (SAKENIN et al. 2010); NO LOCALITy CITED (WOLF et al. 2009).
description: Published as part of Enayatnia, Masoumeh, Rakhshani, Ehsan, Kroupa, Alexander S. & Schmid-Egger, Christian, 2018, Updated catalogue of Pompilidae (Hymenoptera) in Iran, pp. 451-489 in Zootaxa 4394 (4) on page 458, DOI: 10.11646/zootaxa.4394.4.1, http://zenodo.org/record/1199890
Novel Technologies to Identify Tissue-Selective Estrogens
Creators: name: University Of California Office Of The President
Publisher: name: University of California Office of the President
publisherIdentifier: https://ror.org/00dmfq477
publisherIdentifierScheme: ROR
Year: 2024

description: Breast tumors are broadly classified into one of two categories, those that contain, or do not contain, a specific protein that binds estrogen (the "estrogen receptor"). In estrogen receptor-containing tumors, estrogen binding to the estrogen receptor causes tumor growth. Growth of these tumors is counteracted by the drug tamoxifen that, when bound to the estrogen receptor, prevents estrogen binding. As such, tamoxifen is very effective in treating these tumors. However, the tamoxifen-bound receptor behaves like the estrogen-bound receptor in some other organs, particularly the uterus, in which tamoxifen weakly promotes the growth of uterine tumors.

 A goal of modern medicine is to prevent disease before it occurs. Blockage of estrogen action would prevent the development of estrogen-dependent tumors, but long-term treatment would block the highly beneficial effects of estrogens in most organs. Preventative therapy requires the identification of drugs that act like estrogen in most organs but that block estrogen in the breast and uterus. We aim to develop methods to speed the identification of cheap drugs with organ-specific actions ideal for wide-spread breast cancer prevention and improved therapy.

 For estrogens to have different actions in different organs, something other the estrogen receptor must be different in each organ. Different proteins interact with the estrogen receptor bound to estrogen, tamoxifen, or other breast cancer drugs. There also are two different estrogen receptors and differences between them may account for organ-specific actions. We will determine which proteins interact with which estrogen receptor bound by estrogens and existing breast cancer drugs. These interactions will be compared with the interactions regulated by novel compounds to identify new drugs with potentially new organ-selective actions.

 Most current studies of the interactions of estrogen receptor with other proteins are conducted in test tubes. To determine the organ-selective actions of breast cancer drugs, it would be far superior to study the interactions in living cells representing the estrogen-responsive tissues. We have developed unique techniques that allow these interactions to be precisely measured in living cells. These innovative methods are so sensitive that they detect even minor variations in the direction in which two molecules interact with each other. This huge advance will be very important for discerning differences in the way that existing and novel breast cancer drugs affect those interactions and will permit the identification of drugs that selectively regulate different interactions.
Protein Factor PPARg & Vitamin A Compounds in Breast Cancer
Creators: name: University Of California Office Of The President
Publisher: name: University of California Office of the President
publisherIdentifier: https://ror.org/00dmfq477
publisherIdentifierScheme: ROR
Year: 2024

description: Vitamin A compounds, collectively called retinoids, show promise as anti-cancer agents for breast cancer prevention and treatment. However, clinical effects of classical retinoids are limited to hormone-dependent breast cancer. Retinoids exhibit their anti-cancer effects through binding to two types of protein factors, retinoic acid receptor (RAR) and retinoid X receptor (RXR). Induction of the protein factor RARb is required for inhibition of breast cancer cell growth by retinoids. Unfortunately, classical retinoids fail to induce (cause the production of) RARb in hormone-independent breast cancer cells. Scientists have synthesized retinoids which specifically bind to the RXR protein factor. These class of retinoids are more effective at inhibiting hormone-independent breast cancer cells than classical retinoids. In addition, these RXR-specific drugs are thought to modulate binding partners of RXR, such as another protein factor called PPARg, which in combination may act to induce RARb levels. The increase of RARb in hormone-independent breast cancer cells mediated by RXR specific drugs and other drugs such as PPARg could then render them more susceptible to undergo growth inhibition and cell death. However, the mechanism of action of these drugs are not fully known.

 We will test the hypothesis that expression of PPARg is required for RXR specific drugs to increase RARb and that compounds that modulate PPARg activity can enhance anticancer activity of RXR specific drugs by inducing RARb.

 Molecular biology techniques will be employed to insert specific DNA sequences from the RXR and PPARg protein factors into breast cancer cells, and then treat them with different RXR and PPARg specific drugs to determine whether they act to restore RARb expression. Other studies will be conducted to examine what happens when the PPARg protein factor is removed or overexpressed in these cells. Different RXR and PPARg drugs will be used to evaluate which combinations increase or decrease RARb expression.

 Because RXR and PPARg compounds possess anti-cancer properties in breast cancer cells irrespective of hormone status, it is hoped that these agents used at optimal concentrations may be effective chemotherapeutic agents for breast cancer treatment. However, in order to identify the effectiveness of such compounds, it is essential to understand their precise mechanism of action. By use of hormone-dependent and hormone-independent breast cancer cells, these studies will attempt to unravel the complex signaling pathways which determine a breast cancer cell’s responsiveness to chemotherapeutic agents. Restoration of RARb levels by these compounds may present one aspect of mechanistic action, which can be positively exploited for potential clinical application.
Arachnospila anceps
Creators: name: Enayatnia, Masoumeh
name: Rakhshani, Ehsan
name: Kroupa, Alexander S.
name: Schmid-Egger, Christian
Publisher: name: Zenodo
Year: 2018
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Hymenoptera
Pompilidae
Arachnospila
Arachnospila anceps

description: Arachnospila anceps (Wesmael, 1851)
Pompilus anceps Wasmael, 1851:463.
Distribution in Iran: FARS (FALAHATPISHE et al. 2016), KHORASAN-E RAZAVI (WOLF et al. 2009), MAZANDARAN (HAUPT 1929A; WOLF 1977 — AS Psammochares unguicularis (THOMSON, 1870); AMIRESMAILI et al. 2011; AMIRESMAILI & BARARI 2012), NORTHERN IRAN (WOLF 1959 — AS Pompilus unguicularis THOMSON, 1870); NO LOCALITy CITED (MÓCZÁR 1968; WOLF 1971; WOLF et al. 2009).
description: Published as part of Enayatnia, Masoumeh, Rakhshani, Ehsan, Kroupa, Alexander S. & Schmid-Egger, Christian, 2018, Updated catalogue of Pompilidae (Hymenoptera) in Iran, pp. 451-489 in Zootaxa 4394 (4) on page 458, DOI: 10.11646/zootaxa.4394.4.1, http://zenodo.org/record/1199890
title: [Vierteilige Sammelhandschrift]; 1525-1528
title: (1r) Distichon. (2r) Tabulae alphabeticae in libros Caspar Schatzgeyer. (66r) [Henricus Roch]: Quadragesimale. (96r) Nachtrag. (98r) Sermo historialis de passione domini. (133r) Sermones VIII in dominica Palmarum. (141r) Sermo et schema de passione domini. (142r) Henricus Roch: Sermo historialis de passione domini. (170r) Augustinus de Alveld: Sermo de confessione sacramentali. (175v) Henricus Roch: Sermo historialis de passione domini. (RD) "De beneficiis quas exhibuit dominus populo Israelitico.".
titleType: Subtitle
Creators: name: Alveldt, Augustin von
Publisher: name: Universitätsbibliothek der Ludwig-Maximilians-Universität München
Year: 2024

description: Datierende und lokalisierende Schreibervermerke (65v, 66r, 67r, 90v, 169v und 195r)
description: Papier - Bastarda von zwei Händen (Schreiber: Heinricus Roch), Nachträge von weniger jüngeren Händen, rubriziert, Lombarden
description: Heller Schweinslederband mit Rollen- und Einzelstempeln, zwei Schließen erhalten
description: Vorbesitz: handschriftlicher Besitzeintrag von [Caspar] Rindfleisch (1r und 2r); Franziskanerkloster Landshut; Stempel der Universitätsbibliothek Landshut (2r); Stempel der Universitätsbibliothek München (2v)
description: Kurzaufnahme einer Handschrift = 8° Cod.ms. 69
Natural Features Inventory of Borough of West Long Branch, Monmouth County, New Jersey
Creators: name: No Name Supplied
Publisher: name: F.X. Browne Associates, Inc.
Year: 1992

description: The Natural Resource Inventory (West Long Branch) includes soils, wetlands, surface water resources floodplains, public lands, zoning boundaries, voting districts, important open spaces, cultural features and potential public recreation and conservation lands.  This report summarizes the information depicted on six Natural Resource Inventory maps that were prepared as part of the Natural Resource Inventory project.