Although I have strong opinions on most subjects, most of my edits are copy edits. Occasionally I'll dig deeper on topics with which I feel comfortable. My sentences generally have fewer subclauses and big words than those they replace. I also leave pages with less minutiae and more focus on the page's main idea(s).
I avoid editing controversial pages. I'd even recommend that the powers limit such pages to links to fora that focus on the debate.
![]() | This user is a member of WikiProject United States. | ![]() |
![]() | This user is a member of WikiProject Fishes |
![]() | This user participates in WikiProject Hawaiʻi. |
![]() | This user is a member of WikiProject Cetaceans. |
![]() | This user participates in WikiProject Turtles. |
This user is a member of the Guild of Copy Editors. |
This user has participated in 24 Backlog Elimination Drives with the Guild of Copy Editors. |
This user is a member of the GOCE Hall of Fame. |
Articles that need to be written
- Hawaiian insular false killer whales [1]
- Eaton lens
- x fishery where x in (Hawaii, Florida,...)
- Oncotripsy
- Agriculture in Hawaii
- Ecology of Palau
WIP
- /List of artificial reefs
- /Coral farming
- /monobook.js
- /Community solar farm
- /Community-managed marine area
Articles I started
- Wao Kele o Puna - 8
- Shark sanctuary - many
- Amphibious caterpillar - 10
- Community solar farm - many
- Ahihi-Kinau Natural Area Reserve - 8
- Genetically modified salmon - many
- Alzheimer’s Disease Neuroimaging Initiative - 5
- Sufflogobius bibarbatus - 6
- Echinoecus pentagonus - 4
- Lybia edmondsoni - many
- Stylophora pistilata - 2
- Reflectance paper - 3
- Flat lens - 0
- Germanane - 4
- Aerographene - 6
- Graphene foam - 3
- Carbon-fiber tape - 0
- Dynamical decoupling - 0
- Diode memory - 0
- Ambient backscatter - 1
- Navia (vehicle) - 0
- Reversibly-assembled cellular composite materials - 2
- Cerebral organoid - 1
- Tube-based nanostructures - 0
- Photonic molecule - 8
- Anthranilate-based insect repellents - 1
- Tendon-driven robot - 2
- Lumitrack - 0
- Angiocrine growth factors - 0
- Proton-boron fusion - 1
- PERK inhibitors - 1
- Photoactivated peptide - 0
- Invalid science - 1/4
- Neutron microscope -1
- SafeFlame -1
- Synaptic transistor -1
- Synthetic antibody -1
- Tidal kite -2
- Membrane optics -6
- Hydrogen bromine battery
- Lithium-ion flow battery -2
- Molecular communication -2
- Adaptive clinical trial -5
- Hydrophobic light-activated adhesive -1
- Girl's court -2
- Maryland hospital payment system -4
- Borophene -8
- Pesticide research -4
- Pesticide degradation -2
- Aluminum polymer composite -1
- Bioretrosynthesis -2
- Korean natural farming -4
- Gene drive - 4
- Single layer materials
- Viridicatumtoxin B
- Genetic engineering in Hawaii
- Fexaramine
- Big mechanism
- Protected intersection
- Nanopore battery
- Thermoelectric battery
- Senolytics
- Zeroth (software)
- Dual carbon battery
- Fidgetin-like 2
- Nanophotonic coherent imager
- Magnesium sulfur battery
- Projection micro-stereolithography
- Nanodiamond
- ARC fusion reactor
- Search engine manipulation effect
- Nanolamination
- Tilth
- Sceptor (aircraft)
- HT-TALENS
- Fratricidins
- CRISPR/Cpf1
- Genetically engineered blood
- Salt water battery
- Synthetic immunology
- Passive Wi-Fi
- Moving to work
- Reference price
- ABTL0812
- Clostridium novyi-NT
- Oncotecture
- Zinc ion battery
- Athyrium haleakalae
- Tissue nanotransfection
- Relation network
- Open Neural Network Exchange
- Auwahi Dryland Forest Restoration Project
- Neural architecture search
- Carbon farming
- Cembratrienol
- List of bivalves of Hawaii
- Comparative oncology
- Darobactin
- Seq2seq 2019/12
- Squirrel AI 2020/01
- Energy based model 2020/02
- Oncotripsy 2020/02
- Corbomycin 2020/02
- School choice in Florida 2020/02
- Sentinel surveillance 2020/04
- Viral disease testing 2020/05
- Plasma magnet 2020/05
- Concretene 2020/06
- Condensed mathematics 2020/06
- Vision transformer 2020/07
- Zaila Avant-garde 2020/07
- Form Energy 2020/08
- Nickel niobate 2021/11
- Mussel foot protein 2021/11
- T cell receptor T cell therapy 2022/01
- Jedi Blue 2022/01
- Hydraulic warfare 2022/03
Outline of animal pages
This is a draft of a semi-standard outline for articles on animals. Since encyclopedias are primarily used to 'look things up' rather than for casual reading, more detailed outlines are appropriate.
- Taxonomy
- Etymology
- Anatomy
- Fins/Tails
- Jaws
- Nervous system
- Organs
- Size
- Skeleton or Shell
- Skin
- Teeth
- Vision
- Physiology
- Respiration
- Thermoregulation
- Osmoregulation
- Digestion
- Circulation
- Senses
- Senses
- Sight
- Smell
- Hearing
- Taste
- Touch
- Life history/behavior
- Reproduction
- Brooding
- Communication
- Sleep
- Intelligence
- Movement
- Lifespan
- Death
- Disease
- Ecology
- Range and habitat
- Population
- Diet
- Predation
- Status
- Threats
- Conservation
- Evolution
- Phylogenetics
- Transitions
- Relation to humans
- Fisheries
- Gastronomy
- Cultural significance
- Biology?
- History?
- Biotechnology
- Aquariums
- Toxicity
- Treatment
- Hazards
Wikiproject: Fish uses this alternative
- Range or geographic distribution (for higher-order taxa)
- Physical description, including size, weight, and age data from FishBase
- Habitat, diet, and related information
- Importance to humans (aquarium fish, game fish, commercial fishing, research uses, etc.)
- Conservation status (if not Secure) for species, including explanation for the classification, and mention of members classified as Vulnerable or worse for higher taxa
- Other noteworthy information (life-cycle, breeding, etc.)
- Trivia (state fish, national emblem, ships bearing the name, other uses of the name, etc.)
- Etymology of name (especially for genus names, which FishBase normally provides), alternate common names, important binomial synonyms, etc.
Articles that need a lot of work that students could perform while learning about the subject
Sharks
Turtle
Tropical
Marine mammals
North American
Non-marine
Slack-key guitar bios
To do
Find Prolific Arterlife in Sci. Am. and add url to*Whale fall
Copy-edit drive articles
List | Articles | Size | Starting backlog | Ending backog | Progress |
---|---|---|---|---|---|
/July 2010 | 73 | ||||
/September 2010 | 55 | 6300 | 5575 | 725 | |
/September 2012 | 362 | 3500 | |||
/November 2012 | 276 | 2000 | 2791 | 2690 | 101 |
/January 2013 | 41 | ||||
/May 2013 | 746 | 4200 | 3061 | 2484 | 577 |
/November 2013 | 369 | 3800 | 3104 | 2641 | 473 |
/March 2014 | 47 | 2915 | 2902 | 13 | |
/May 2014 | 602 | 5000 | 2967 | 2236 | 731 |
/November 2014 | 482 | 5000 | 2483 | 1974 | 509 |
/May 2015 | 482 | 5700 | 2627 | 2022 | 605 |
/November 2015 | 809 | 6000 | 2557 | 1849 | 708 |
/May 2016 | 809 | 7000 | 2223 | 1493 | 727 |
/November 2016 | 480 | 5000 | 1927 | 1414 | 523 |
/May 2017 | 588 | 5000 | 1875 | 1388 | 487 |
/September 2017 | 105 | 3000 | 1462 | 1432 | 30 |
/November 2017 | 513 | 6800 | 1575 | 997 | 578 |
/January 2018 | 41 | 1194 | 1141 | 53 | |
/May 2018 | 745 | 9500 | 1449 | 716 | 733 |
/November 2018 | 661 | 7300 | 1244 | 827 | 417 |
/January 2019 | 501 | 5000 | 1112 | 869 | 253 |
/March 2019 | 472 | 7900 | 1039 | 811 | 228 |
/May 2019 | 428 | 10,200 | 1055 | 598 | 457 |
/July 2019 | 345 | 10,000 | 897 | 585 | 312 |
/September 2019 | 359+8 | 11,000 | 814 | 519 | 295 |
/November 2019 | 254 | 12,000 | 683 | 479 | 204 |
/January 2020 | 261 | 13,000 | 637 | 321 | 316 |
/March 2020 | 250 | 15,000 | 477 | 112 | 365 |
/July 2020 | 61 | 5,000 | 500 | 255 | 251 |
/September 2020 | 55 | 443 | |||
/November 2020 | 75 | 548 | |||
/May 2021 | 162 | NA | 537 | 329 | 208 |
/July 2021 | 268 | 10,000 | 875 | 599 | 276 |
/September 2021 | 15 | 931 | |||
/November 2021 | 239 | 1121 | |||
/January 2022 | 201 | 7,000 | 1175 | 964 | 211 |
March 2022 | 239+6 | 8,000 | 1142 | 1023 | 119 |
May 2022 | 1304 | ||||
Total | 11,494 |
Techniques
- Coordinates: Coordinates add context to an article, and icons appear on google earth (eventually). Use google images, Bing birdseye view, and google streetview to cross reference locations. Then center google maps on the location, and copy this code into the address bar and press enter: javascript:void(prompt('',"{{coord|" + gApplication.getMap().getCenter().lat() + "|" + gApplication.getMap().getCenter().lng() + "}}")); Then copy the text out of dialogue box, paste it into the article, and trim the coordinates to appropriate accuracy (usually 4 decimal places for a building).
- Columns: {{Div col}} {{Div col end}}
- Current dollars: $100,000 in 1900
- (${{formatnum:{{Inflation|US|100000|1900|r=0}}}} in current dollar terms)
- Quote box:
- {{quote box |width=20em | bgcolor= |align=right | quote= "...."<ref>{{cite web|url= |title= |date= |accessdate= }}</ref>|source= — ...}}
..from User:Epeefleche
Stats
Year | Rank | Edits | Annual | |
---|---|---|---|---|
2015 | 1,714 | 35,951 | ||
2016 | 1,583 | 40,965 | 5,014 | |
2017 | 1,576 | 44,452 | 3,487 | |
2018 | 1,524 | 48,378 | 4,426 | |
2019 | 1,471 | 53,281 | 4,903 | |
2020 | 1,518 | 54,924 | 1,643 | |
2021 | 1548 |
|
3,122 |
See: Wikipedia:List of Wikipedians by number of edits#1001–2000
Holding
The solar F10.7 index is measured daily at local noon in a bandwidth of 100 MHz centered on 2800 MHz at the Penticton site of the Dominion Radio Astrophysical Observatory (DRAO), Canada. The solar F10.7 cm record extends back to 1947, and is the longest direct non-sunspot record of solar activity.[2][3]
Artificial Intelligence articles that need writing
- Population-based training (same as Population-based incremental learning?)
- Neuro-symbolic concept learner
- A2C/A3C
- Self-imitation learning
- Multi-policy decision-making
- Memory augmented neural network
- Neural Ordinary Differential Equations
- Imitation learning
- Graph convolutional network
- Graph neural network
Notes
- ^ "NOAA Status Alert" (PDF). Pifsc.noaa.gov. Retrieved 2013-10-03.
- ^ John White; Ken Tapping (February 2012). "The Penticton Solar Flux Receiver". QST. The American Radio Relay League: 39–45.
{{cite journal}}
: Unknown parameter|last-author-amp=
ignored (|name-list-style=
suggested) (help) - ^ Davies, Kenneth (1990). Ionospheric Radio. IEE Electromagnetic Waves Series #31. London, UK: Peter Peregrinus Ltd/The Institution of Electrical Engineers. p. 34. ISBN 0-86341-186-X.
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