Vol. V I, No. 7

Published monthly by the Metropolitan Golf Course Superintendents Association

September, 1976

MEETING NOTICE
Date:
October 13,1976
Place:
Wood way Country Club
Golf:
12 noon on
Lunch:
available in grill room
Cocktails: 6 PM
Dinner: 7 PM
Program: Dr. Murdock, University of Hawaii
Host:
Sherwood Moore
Directions: Take Merrit Parkway to exit, take Hoyt Street
south, Wood way is on your right.
Please return your cards promptly

WELFARE:
Keep us informed. Call Dick Gonyea 914-835-3205, Dan
Cancelled 914-667-3737 or Roger Morhardt 914-279-7181 with
any information which you think should be shared.
We wish Albie Pentenaro a speedy recovery from a recent
operation. We are glad to report A1 Radko is back playing golf
and working too.

COMING EVENTS:
October 4
NJGCSAA Turf Field Day, Hominy Hills
Golf Club
October 14
LIGCSA Invitational, Mill River C.C.
October 21
LIGCSA Smithtown Landing Club
October 27-28 Wisconsin Golf Symposium, Milwaukee,
Wise.
November 18
MGCSA annual meeting
November 16-18 NY State Turfgrass Association Conference,
Albany, NY
December 6-9 NJ Turgrass Expo
December 18
MGCSA Christmas Party

METROPOLITAN GOLF COURSE SUPERINTENDENTS
ASSOCIATION RESEARCH FUND REPORT
To date the following clubs individuals and commercial
firms have supported the M.G.C.S.A. Research Fund. This
money will be used to underwrite Research by the Entomology
Department of Cornell University on the Hyperodes Weevil
and the Dung Beetle.
Clubs:
The Apawamis Club
Bonnie Briar Country Club
The Ardsley Country Club
Brae Burn Country Club
Blind Brook Club
Burning Tree Country Club

M.G.C.S.A. News: Chuck Martineau did a great job,
organizing and hosting the annual Lawrence Labriola
Tournament. Let’s hope that this Tournament grows and that
more of our own Superintendents support it. We only had 18
Superintendents in attendance. Vinnie Pentenaro, A1 Caravella took part in the G.C.S.A.A. golf tournament in Sylvania,
Ohio during the 50th anniversary celebration. It certainly was
worth the trip to see the many old pieces of equipment actually
demonstrated. They had 4 different slide presentations going
on all day. It featured the history of G.C.S.A.A., the
equipment industry from way back when. Tom Mascaro
showed the changes in the profession. Mel Lucas Jr., had some
of his old horse pads, old bronze cups, a hand greens mower
that was used for finish cut. Did you know that Arnold Palmer
had a brother who is now at Penn State and is going to be
Superintendent at Latrobe C.C. Arnold spent his whole dinner
hour signing autographs.
John Traynor is the new superintendent at Westchester C.C.
Welcome to Westchester and the M.G.C.S.A. John. John as
you know has been a member of M.G.C.S.A. for several years.

M.G.C.S.A. Nominating Committee: Ray Twombly and
Sherwood Moore are co-chairm an of the Nom inating
Committee. If you are interested in serving or becoming active
in M.G.C.S.A. please contact them.

Host Superintendent Charles Martineau greeting all the friends
of Lawrence Labriola and fellow superintendents of MGCSA.

Editorial Staff
Co-Editor
Co-Editor

Garry Crothers
Ted Horton
O F F IC E R S

President:
First Vice
President:
Second Vice
President:
Secretary:
Treasurer:

Ted Jozwick
Paul Caswell
Edward Consolati
Vic Cedrone
Metro Milorganite
We would like more clubs to be involved in the research
fund.
Research Committee
Sherwood Moore, Chairman, Woodway
Garry Crothers, Apawamis
Charles Martineau, Whippoorwill
Mel Lucas, Jr., Garden City
Dr. A.V. Virtuoso, Whippoorwill
Roger J. King, Quaker Ridge

Garry N. Crothers, Apawamis Club
Office 914-967-2100, Home 914-234-3770
Robert DePencier, Westchester C.C.
Office 914-967-6000, Home 203-531-9780
Charles Martineau, Whippoorwill C.C.
Office 914-273-3755, Home 914-428-3826
Richard Gonyea, Rye Golf Club
Office 914-835-3205, Home 914-835-3204
Robert Alonzi, Burning Tree C.C.
Office 203-869-5779, Home 914-937-1527

Not copyrighted. I f there is good here, we want to share it with
all chapters - unless author states otherwise.

Century Country Club
Country Club of Darien
Elmwood Country Club
Fenway Country Club
Fresh Meadow Country Club
Garden City Golf Club
Innis Arden Country Club
Knollwood Country Club
Metropolis Country Club
Old Oaks Country Club
Quaker Ridge Country Club
Ridgeway Country Club
Rockrimmon Country Club
Piping Rock Club
Rockland Country Club

Round Hill Club
St. Andrews Golf Club
Scarsdale Golf Club
Silver Springs Country Club
Shore Haven Golf Club
Sleepy Hollow Country Club
Sterling Farms Club
Sunningdale Country Club
Waccabuc Country Club
Wee Burn Country Club
Whippoorwill Club
Winged Foot Golf Club
Woodway Country Club
Wykagyl Country Club
Westchester Country Club

Individual Class A, B & C Members:
Garry Crothers
Robert Capstick
Robert DePencier
Tony Savone
Charles Martineau
Benjamin Zukosky
Robert Alonzi
Al Moore
Allan Tretera
Thomas A. Grywalski
Mike Maffei
Michael Jacques
Richard Gonyea
Robert Phipps
Sherwood Moore
Thomas F. Grywalski
Edward Horton
Gene Grady
Terry Boles
Phil Santucci
Dan Vernile
Roger King
Louis Vernile
Richard Alien
Angelo Gagliardo
John Wistrand
Joe Camberato
Tony Grasso
Bill Somers
Michae1Dale
Roger Harmonay
John Corsi

The three musketeers; Harry, Chuck and Al.

SULFUR AND BENTGRASS PUTTING GREEN TURF
by Dr. Roy L. Goss
Washington State University
Adequate soil fertility is of great importance to the growth
and development of turfgrasses. The major plant food
elements nitrogen, phosphorous and potassium have received
most of the attention in turfgrass fertility research and
practice; however, lack of any one of the essential plant
nutrients, N, P, K, Ca, Fe, S, Mn, B, Mg, Cu, Zn, Mo, and Cl
will result in unsatisfactory growth. The information presented
in this paper will deal mainly with sulfur, but will attempt to
bring out the influence of N, P, and S on various factors related
to putting green turfgrass quality.
The Sulfur Picture has Changed
A number of factors are responsible for increased sulfur
needs of turfgrasse. Coleman (2) indicated that the use of
high-analysis fertilizers that contain little or no sulfur,
increased growth, and decreased gain of atmospheric sulfer by
soils and plants as a result of decreased combustion of coal and
other high sulfur fuels are some of these factors.
It is common knowledge that nutrients ltach from sand at a
faster rate than from heavier textured soils. Due to current
emphasis on the use of sand for building putting greens and
tees, we should be aware of the continual need to regularly
supply all nutrients including sulfur in a reasonable ratio. In
general, the higher the application of nitrogen, the greater the
stress for sulfur and other nutrients due to increased growth.
Nitrogen applications for greens vary from less than five to
over 20 pounds per 1,000 square feet per year with eight to 12
pounds being very normal for many areas in the U.S. Volk and
Horn (5) reported that yields and sulfur content of Tifway
bermudagrass clippings from ammonium sulfate vs. am­

monium nitrate treatments superimposed on various potas­
sium sources was significantly higher from the ammonium
sulfate treated plots grown on a loamy fine sand soil.
Woodhouse (6) has reported increased yields seven out of eight
years on Coastal bermudagrass fertilized with 62 to 123
pounds of sulfur and 0 to 1,478 pounds of N per acre when
grown on a Eustis sand. These citations support the writer’s
belief that sulfur has often been neglected on turfgrasses
growing on sand.
Role of Sulfur and Deficiency Symptoms
Sulfur deficiences seriously retard the growth of turfgrasses
because the element is needed for:
1. Synthesis of the amino acids cystine, cysteine, and methi­
onine, all required for protein synthesis.
2. Synthesis of some vitamins (biotin and thiamin, glutathione,
and coensyme A).
3. The formation of certain disulfide linkages which are
associated with the structural characteristics of protoplasm.
This is also associated with cold resistance.
4. The formation of ATP sulphurylase, an enzyme concerned
with the metabolism of sulfur.
There are several other cited needs for sulfur including its
effect on chlorophyll content which affects photosynthesis.
Sulfur Requirement for Turfgrasses
There is little information available regarding the require­
ments and tissue sulfur levels for turfgrasses. Martin et al (4)
stated that many field fertilizer experiments with S have been
carried out, but only in a few has plant content of S been
determined over a few of S rates or for an entire season. Love
(3) reported higher levels of S in seaside bentgrass tissue than
in Merion bluegrass or Pennlawn red fescue. He showed levels
of 0.19, 0.15, and 0.12 percent, respectively for the three
grasses when receiving adequate fertilizer; and levels of 0.08,
0.06, and 0.04 percent, respectively when deficient. Beaton (1)
has stated that about 0.20 percent S in turfgrass tissue would
seemingly be about normal for good growth. Data presented by
Love (3) also showed that tissue phosphorus levels were lower
than tissue sulfur. It can be assumed from the little data

available that S and P levels should be approximately equal.
Sulfur Research at Washington State
The research reported in this paper was conducted at the
Western Washington Research and Extension Center at
Puyallup, Washington. Sulfur applications were started in
1967 on Astoria bentgrass putting green turf that was
established in 1959 on a sandy loam soil. Fertilizer treatments
from 1959 through 1967 were made up of all combinations of
20, 12 and 6 pounds of Ni, O and 4 pounds P205 phosphorus,
and O, 4 and 8 pounds of K20 potassium per 1,000 square feet
per year. In 1967, sulfur was applied to all plots that previously
received potassium at rates of 0, 1.15, and 3.45 pounds of
elemental wettable S per 1,000 square feet. Subsequently all
potash was applied uniformly to all plots except the check at 8
pounds K20 per 1,000 square feet per year. All sulfur was
applied in March and April of each year in three equal
applications.
Effects of S on Color and Yield
All plots receiving 20 or 12 pounds N appeared significantly
darker green when treated with 1.15 or 3.45 pounds S,
regardless of P or K levels. The same treatments without S
were pale, showing little response to N and had less turf
density. Only slight color differences were observed at the 6
pound N level with and S treatment, but were slightly favored
by 1.15 pounds S.
Although yield is not considered a highly desirable feature
on putting greens, it still is a measure of vigor. Plots receiving
20 pounds N, 4 pounds P205 and 8 pounds K20 per 1,000
square feet at both S levels produced 71 percent more clippings
than plots receiving N only. S applied at 1.15 pounds produced
slightly more clippings than 3.45 pounds S. This indicates that
1.15 pounds S is adequate for good growth and color response
and 3.45 pounds may be slightly above optimum.
X-ray spectographic analyses have shown signficantly higher
levels of tissue S from plots receiving S than those without S at
the same N-P-K treatment. Tissue S increased also with
increasing S levels.
The significance of the above discussion is that continual

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removal of clippings stimulated by high levels of N can result
in S deficiency unless fertilizers contain adequate amounts.
These plots received N from urea, P from phosphoric acid, and
K from muriate of potash, hence, essentially no S is applied as
fertilizer impurity.
Effects of S on Poa Annua
A significant reduction in Poa annua populations was
observed in all plots that received 3.45 pounds S regardless of
N and K levels. The most significant Poa annua decrease was
noted in plots receiving 6 pounds N as compared to 12 and 20
pounds N.
Phosphorus is an important element for the development of
Poa annua. All plots receiving P, regardless of N, K and S
levels, had higher populations of Poa annua than those without
P. Plots that received 1.15 pounds S had higher populations of
Poa annua than those receiving 3.45 pounds at all levels of N,
P, and K. It appears that 1.15 pounds S provides the greatest
stimulus to growth and color of both bentgrass and Poa annua.
The highest populations of Poa annua were recorded from all
N and P treatments. Plots receiving 1.15 pounds S without P at
all N levels had less Poa annua than those receiving P.
Effects of S on Disease and Winter Hardiness
All plots receiving S had less Fusarium patch caused by
Fusarium nivale than those without S, regardless of N, P, and
K treatment. Plots that received the highest N levels, in
general, had more disease than the lowest N plots. The mode of
action of S in this case is not well understood, but may be
related to a direct effect on the fungus itself or the increased
formation of S containing substances which may make the
plants more resistant. No Ophiobolus patch disease, caused by
the fungus Ophiobolus graminis var. avenae, has been
observed in any of the S treated plots, but does occur in some
plots without S.
Increased resistance to low temperature injury was noted
during one winter. The winters in western Washington are
usually wet and mild, but occasionally temperatures fall below
15 degrees F. accompanied with wind and no snow cover. After
one such winter, all plots receiving S showed less scorching and
greened up much faster than those without S. This is in
agreement with statements made by Beaton (1) regarding the
effects of S on structural characteristics of protoplasm.

The Effects of S on Soil PH
Sulfur does increase soil acidity (lower pH) through
reactions in the soil. Annual applications of 3.45 pound S per
1,000 square feet lowered the pH in some plots from 5.6 to 4.8
over a period of seven years. There was no noticeable effect
from the lowered pH, and as pointed out previously, turfgrass
quality was best in all plots receiving S. It should be pointed
out that applications of 20 pounds of N per 1,000 square feet
from urea without S reduced pH much lower than 12 or 6
pounds of N with the highest S rates. No time has been applied
to any of these plots since the research began; although
calcium levels have fallen to as low as 1 meq. per 100 gm of
soil, there is no plant evidence of calcium deficiency.
Conclusions
Several important conclusions can be drawn with regard to
sulfur applications to putting green turf as related to the
conditions of this test.
1. Increased color, vigor and nitrogen utilization.
2. Highly reduced populations of Poa annua at the highest
levels of S without regard to N, P, or K.
3. Low S levels (1.15 pounds per 1,000 square feet) caused an
increase in Poa annua and general turf vigor.
4. Additions of P in excess of minimum maintenance re­
quirements increased Poa annua in all treatments.
5. Decreased incidence of Fusarium patch disease and
complete elimination of Ophiobolus patch disease.
6. Reduced earthworm activity.
7. Elimination of black algae.
8. Increased cold and dessication tolerance.
Sulfur investigations are continuing and it is hoped that
more specific reasons for S activity can be clearly defined. Golf
course superintendents have been advised to proceed with
some caution since variable soil conditions, other chemical
programs, and management practices may influence results.
We acknowledge with g ratitude financial assistance
provided by the USGA Green Section to aid in this research
and advice and observations from Drs. C.J. Gould and S.E.
Brauen.
Literature Cited
1. BEATON, J.D. 1970. Role of Sulfur in Turfgrass Fertiliza­
tion. Proceedings of Eighth British Columbia Turfgrass

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2.
3.

4.

5.

6.

Conference. Victoria, B.C.
COLEMAN, R. 1966. The Importance of Sulfur as a Plant
Nutrient in World Crop Production. Soil Sci. 101:230-239.
LOVE, J.R. 1962. Mineral Deficiency Symptoms on Turfgrass. I. Major and Secondary Nutrient Elements. Wise.
Acad. Sci. Arts and Letters. 51:135-140.
MARTIN, W.E. and T.W. WALKER, 1966. Sulfur Re­
quirements and Fertilization of Pasture and Forage Crops.
Soil Sci. 101:248-257.
VOLK, G.M. and G.C. HORN, 1972. Response of Tifway
Bermudagrass to Sulfur on Sandy Soils. Agron. J.
64:359-361.
WOODHOUSE, W.W. Jr. 1969. Long-Term Fertility Re­
quirements of Coastal Bermudagrass. III. Sulfur Agron.
J. 61-705-708.
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SEMINARS—A NEW AVENUE
TO GCSAA RECERTIFICATION
Certified Golf Course Superintendents may retain their
certification status by successfully completing three GCSAA
sponsored seminars, according to newly approved procedures
for the program.
At the Spring Meeting the Executive Committee revised
previously adopted procedures which limited the application of
seminar attendance to only one event, or two points, when a
total of six are required. Recognizing that recertification needs
of educational advancement can well be met via continued
seminars, the Committee rescinded its previous decision in
favor of complete recertification through seminar completion.
This new avenue of maintaining recertification will become
effective immediately.
Director of Education Bill Knoop continues to review the
status of all certified members and will advise them of their
needs to apply for recertification.
Credit: National News, September, 1976
CALIFORNIA’S MONTEREY PENINSULA WILL BE
SETTING FOR GCSAA PRE-CONFERENCE
TOURNAMENT
February 3 and 4, 1977, are the dates for the 1977 GCSAA
Golf Tournament. Participants will play Monterey Peninsula
Country Club’s Dunes Course and Spyglass Hill—both famous
for their beauty and uniqueness. The 36-hole stroke play is
open to GCSAA members, exhibitors, club officials and guests
of GCSAA members. Women’s play will be February 3 on the
Rancho Canada Golf Club.
Complete information including advance registration forms
will be found in the forthcoming Conference Brochure. In
brief, check-in will be Wednesday, February 2 from 9:00 a.m.
to 6:30 p.m. at the Monterey Holiday Inn—Tournament Head­
quarters. Housing for participants will be at the Holiday Inns
in Monterey and Carmel. The Victory Banquet for awards and
prizes will be February 4 at the Monterey Holiday Inn.
Make plans now to enter and choose your members for the
Chapter team competition.
Credit: National News, September, 1976

Tony Urbanowicz, center, receiving the trophy for low gross
from Al and host golf professional, Harry Montevideo.

GCSAA LEARNS EPA HAS LIFTED BAN ON MERCURY
FOR WINTER DISEASE
Apparently, a settlement has been reached between the EPA
and Manufacturers of pesticides containing Mercury—with
Golf Superintendents coming out the real winners! Use of
pesticides containing mercury were reinstated for control of
winter turf diseases with two restrictions: (1) its use will only be
allowed by professional golf superintendents or persons under
their supervision; and, (2) it cannot be used within 25 feet of
water where fish can be taken out for human consumption.
The settlem ent provides for producers to phase out
manufacture of mercurial pesticides used to treat summer golf
turf diseases.
The easing of the ban is particularly noteworthy because of
the active role played by many local chapters, GCSAA’s
G overnm ental R elations Com m ittee and the Industrial
Advisory Council. Petitions and letters expressing the
superintendents reasons for opposition to EPA’s initial ban
were instrumental in bringing about the revised policy. This is
yet another example of the important role your professional
associations can and do play in speaking on the issues of the
turf industry and turf management.

and ( S U P P LÌ, IUC.

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